2 authored page(s) + 6 required evidence page(s) · revision 2
Document UC-MED-A-submission · source src-facbccd0-f1d3-4b37-9e10-c511f73c228f · 2026-10-09T12:17:24.272Z
{"documentId":"UC-MED-A-submission","metrics":[{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"run.arrived","resourceId":null,"scope":"run","side":"baseline"},"runs":20,"seed":20261009,"unit":"count","value":43.35,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"run.arrived","resourceId":null,"scope":"run","side":"candidate"},"runs":20,"seed":20261009,"unit":"count","value":43.35,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":{"high":0,"low":0,"withinNoise":true},"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"run.arrived","resourceId":null,"scope":"run","side":"delta"},"runs":20,"seed":20261009,"unit":"count","value":0,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"run.wait.mean","resourceId":null,"scope":"run","side":"baseline"},"runs":20,"seed":20261009,"unit":"s","value":1902.16270762074,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"run.wait.mean","resourceId":null,"scope":"run","side":"candidate"},"runs":20,"seed":20261009,"unit":"s","value":1922.536314288935,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":{"high":30.77435012764803,"low":9.972863208741476,"withinNoise":false},"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"run.wait.mean","resourceId":null,"scope":"run","side":"delta"},"runs":20,"seed":20261009,"unit":"s","value":20.373606668194753,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"run.cycle.mean","resourceId":null,"scope":"run","side":"baseline"},"runs":20,"seed":20261009,"unit":"s","value":2854.2932563953214,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"run.cycle.mean","resourceId":null,"scope":"run","side":"candidate"},"runs":20,"seed":20261009,"unit":"s","value":2857.2482302390945,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":{"high":13.364472367035209,"low":-7.454524679489832,"withinNoise":true},"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"run.cycle.mean","resourceId":null,"scope":"run","side":"delta"},"runs":20,"seed":20261009,"unit":"s","value":2.954973843772689,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"run.distance.total","resourceId":null,"scope":"run","side":"baseline"},"runs":20,"seed":20261009,"unit":"m","value":4101.452453229362,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"run.distance.total","resourceId":null,"scope":"run","side":"candidate"},"runs":20,"seed":20261009,"unit":"m","value":3345.4639028562538,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":{"high":-689.2960843409162,"low":-822.6810164052984,"withinNoise":false},"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"run.distance.total","resourceId":null,"scope":"run","side":"delta"},"runs":20,"seed":20261009,"unit":"m","value":-755.9885503731073,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"process.time.mean","resourceId":"checkin-wait","scope":"process","side":"baseline"},"runs":20,"seed":20261009,"unit":"s","value":18.705477380671418,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"process.time.mean","resourceId":"checkin-wait","scope":"process","side":"candidate"},"runs":20,"seed":20261009,"unit":"s","value":122.93101026935054,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":{"high":137.1356328873578,"low":71.31543289000035,"withinNoise":false},"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"process.time.mean","resourceId":"checkin-wait","scope":"process","side":"delta"},"runs":20,"seed":20261009,"unit":"s","value":104.22553288867907,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"process.time.mean","resourceId":"doctor-wait","scope":"process","side":"baseline"},"runs":20,"seed":20261009,"unit":"s","value":1698.3705860772639,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"process.time.mean","resourceId":"doctor-wait","scope":"process","side":"candidate"},"runs":20,"seed":20261009,"unit":"s","value":1619.499102056592,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":{"high":-47.80229344552859,"low":-109.94067459581501,"withinNoise":false},"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"process.time.mean","resourceId":"doctor-wait","scope":"process","side":"delta"},"runs":20,"seed":20261009,"unit":"s","value":-78.8714840206718,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"process.time.mean","resourceId":"payment-wait","scope":"process","side":"baseline"},"runs":20,"seed":20261009,"unit":"s","value":9.484422133528332,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"process.time.mean","resourceId":"payment-wait","scope":"process","side":"candidate"},"runs":20,"seed":20261009,"unit":"s","value":11.312732338517694,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":{"high":4.366852259871348,"low":-0.7102318498926252,"withinNoise":true},"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"process.time.mean","resourceId":"payment-wait","scope":"process","side":"delta"},"runs":20,"seed":20261009,"unit":"s","value":1.8283102049893614,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"zone.occupancy.peak","resourceId":"waiting-demand","scope":"zone","side":"baseline"},"runs":20,"seed":20261009,"unit":"count","value":14.3,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"zone.occupancy.peak","resourceId":"waiting-demand","scope":"zone","side":"candidate"},"runs":20,"seed":20261009,"unit":"count","value":13.75,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":{"high":-0.19470876827297678,"low":-0.9052912317270233,"withinNoise":false},"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"zone.occupancy.peak","resourceId":"waiting-demand","scope":"zone","side":"delta"},"runs":20,"seed":20261009,"unit":"count","value":-0.55,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":"missing_value","ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"receptionists","scope":"resource","side":"baseline"},"runs":20,"seed":20261009,"unit":"ratio","value":0.21275376189386913,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":"missing_value","ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"checkin-receptionist","scope":"resource","side":"candidate"},"runs":20,"seed":20261009,"unit":"ratio","value":0.24430847037628864,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":"missing_value","ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"payment-receptionist","scope":"resource","side":"candidate"},"runs":20,"seed":20261009,"unit":"ratio","value":0.18119905341144965,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"doctors","scope":"resource","side":"baseline"},"runs":20,"seed":20261009,"unit":"ratio","value":0.5056519563426073,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"doctors","scope":"resource","side":"candidate"},"runs":20,"seed":20261009,"unit":"ratio","value":0.5056665668460949,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"nurses","scope":"resource","side":"baseline"},"runs":20,"seed":20261009,"unit":"ratio","value":0.12189310230216592,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"nurses","scope":"resource","side":"candidate"},"runs":20,"seed":20261009,"unit":"ratio","value":0.12189310230216592,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"radiographer","scope":"resource","side":"baseline"},"runs":20,"seed":20261009,"unit":"ratio","value":0.08711011776053709,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"radiographer","scope":"resource","side":"candidate"},"runs":20,"seed":20261009,"unit":"ratio","value":0.08711011776053709,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"room1","scope":"resource","side":"baseline"},"runs":20,"seed":20261009,"unit":"ratio","value":0.2649691770995189,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"room1","scope":"resource","side":"candidate"},"runs":20,"seed":20261009,"unit":"ratio","value":0.2654073935533545,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"room2","scope":"resource","side":"baseline"},"runs":20,"seed":20261009,"unit":"ratio","value":0.25653721914499594,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"room2","scope":"resource","side":"candidate"},"runs":20,"seed":20261009,"unit":"ratio","value":0.25822529104225106,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"room3","scope":"resource","side":"baseline"},"runs":20,"seed":20261009,"unit":"ratio","value":0.2446198412868495,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"room3","scope":"resource","side":"candidate"},"runs":20,"seed":20261009,"unit":"ratio","value":0.24455027088001763,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"room4","scope":"resource","side":"baseline"},"runs":20,"seed":20261009,"unit":"ratio","value":0.24517767515385,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]},{"assumptions":["Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation.","Collisions, avoidance, following, passing and re-routing between agents (robots or people): only capacities and FIFO queues are computed.","Density-dependent slowing, crowd pressure and the physical length of a queue (waiting agents overlap at one point): pedestrian flow is counts and capacities, not crowd physics.","Optimised lift group control (destination dispatch, load weighing beyond a full car, zoning, parking) and lift jerk: lifts with cars follow the fixed collective rules of the process catalog, at constant speed unless the scenario gives an acceleration and seconds per person boarding and alighting; an elevator without cars has only capacity and travel speed, so its waits are close to a lower bound.","Door opening times (except the fixed door and dwell time of a lift car at each stop, and its seconds per person boarding and alighting when given), acceleration (except a lift car's, when the scenario gives one), turning and vehicle orientation (circular footprints only), loaded shape, charging, batteries and failures.","Evacuation, safety codes and legal compliance, lines of sight and cameras.","Human decision-making beyond weighted branches and branches by the state of the run, learning or adaptive behaviour, and time-of-day changes other than arrival rate profiles, scheduled times and shifts set in advance (capacities of resources and zones, and the units of a pool in service, from given times).","Cleaning quality (coverage comes from simulate_space).","Agreement with real robots or real sites: determinism guarantees reproducibility, not field accuracy; calibrate separately.","Two-station transport (simulate_space) and process-scenario transport are separate implementations, kept consistent only by a matching test on one shared case; other layouts can differ.","Random values, poisson arrivals, branches and random picks draw from each arrival's and each job's own stream of the seed: the same scenario and seed give the same result, and a job keeps its draws when other jobs or streams change. Times are seconds and distances are metres.","goto follows the shortest route on a roadmap for each agent class, with the same circle-versus-obstacle clearance as the robot engine; connections are edges with their length and speed.","Capacities on resources, zones and connections are strict FIFO queues without preemption; waiting agents stand at one point, and nothing else slows movement.","Zones do not steer routes. An occupy zone counts agents that stop inside it; a transit zone counts every agent inside it, passing or not.","A connection end or a place on a blocking part moves to the nearest point the agent fits within 3 m; that offset is not added to the connection length.","Finish returns every resource still held by that job. Resources held by unfinished or blocked jobs remain in use.","Average wait includes every arrived job and unfinished waits up to the observation endpoint. Cycle averages include completed jobs only.","Repeated runs use seeds seed, seed + 1, …. Jobs, timelines, traces, series and warnings are the first run’s; replicates give every measure per run and spread its minimum, mean, maximum and population standard deviation."],"baselineInputHash":"fnv1a-aff24d3e","baselineSpaceHash":"fnv1a-11feab13","bound":null,"candidateInputHash":"fnv1a-b0c2596c","candidateSpaceHash":"fnv1a-9911c034","differentArrivals":null,"engineVersion":"process-des-2.7.0","horizonSeconds":21600,"interval":null,"reason":null,"ref":{"comparisonId":"e1c7afaf-93af-4d9c-baea-350c4f28811b","metricId":"resource.utilization","resourceId":"room4","scope":"resource","side":"candidate"},"runs":20,"seed":20261009,"unit":"ratio","value":0.24315017821656623,"warmupSeconds":0,"warmupSelect":"completion","warnings":[]}],"rendererVersion":"laydyne-report-svg-1.0.0","revision":2,"source":{"building":{"activeFloor":"floor-1","floors":[{"id":"floor-1","level":0,"scene":{"assumptions":["Agent-created spatial draft. Verify object footprints and passage widths.","Robot settings, workload and station positions are illustrative defaults."],"coverageWidth":0.6,"demandPerHour":30,"depth":15,"destination":{"x":10.5,"z":6},"dock":{"x":10.5,"z":14.1},"durationMinutes":30,"fleetSize":1,"kind":"facility","name":"Linden Street Clinic / UC-MED-01 A — shared reception","objects":[{"color":14410462,"d":0.2,"h":3,"id":"north","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":21,"x":0,"z":0},{"color":14410462,"d":14.6,"h":3,"id":"west","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.2,"x":0,"z":0.2},{"color":14410462,"d":14.6,"h":3,"id":"east","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.2,"x":20.8,"z":0.2},{"color":14410462,"d":0.2,"h":3,"id":"south","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":21,"x":0,"z":14.8},{"color":11919333,"d":0.2,"h":2.9,"id":"glaze-w","kind":"window","label":"Street glazing","note":"Full-height shopfront assumed; mullions to survey.","source":"assumed","w":9.4,"x":0.2,"y":0.05,"z":14.8},{"color":11919333,"d":0.2,"h":2.9,"id":"glaze-e","kind":"window","label":"Street glazing","note":"Full-height shopfront assumed; mullions to survey.","source":"assumed","w":9.4,"x":11.4,"y":0.05,"z":14.8},{"d":0.2,"doorType":"automatic","h":2.2,"id":"entrance","kind":"door","label":"Entrance 1.8 m automatic","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1.8,"x":9.6,"z":14.8},{"d":0.2,"doorType":"hinged","h":2.2,"id":"service","kind":"door","label":"Staff / service exit 1.1 m","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1.1,"x":19.1,"z":0},{"color":6911869,"d":0.5,"h":3,"id":"col-7-5","kind":"column","label":"EXISTING fixed column","note":"Fixed position and 500 × 500 mm size supplied in brief; not surveyed.","source":"assumed","tags":["existing"],"w":0.5,"x":6.75,"z":4.75},{"color":6911869,"d":0.5,"h":3,"id":"col-7-10","kind":"column","label":"EXISTING fixed column","note":"Fixed position and 500 × 500 mm size supplied in brief; not surveyed.","source":"assumed","tags":["existing"],"w":0.5,"x":6.75,"z":9.75},{"color":6911869,"d":0.5,"h":3,"id":"col-14-5","kind":"column","label":"EXISTING fixed column","note":"Fixed position and 500 × 500 mm size supplied in brief; not surveyed.","source":"assumed","tags":["existing"],"w":0.5,"x":13.75,"z":4.75},{"color":6911869,"d":0.5,"h":3,"id":"col-14-10","kind":"column","label":"EXISTING fixed column","note":"Fixed position and 500 × 500 mm size supplied in brief; not surveyed.","source":"assumed","tags":["existing"],"w":0.5,"x":13.75,"z":9.75},{"color":14410462,"d":3.6,"h":3,"id":"c1-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":3.2,"z":0.2},{"color":14410462,"d":0.15,"h":3,"id":"c1-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":3,"x":0.2,"z":3.8},{"color":14413030,"d":3.6,"h":0.02,"id":"c1","kind":"zone","label":"Consult 1 · 3.0 × 3.6","source":"assumed","w":3,"x":0.2,"z":0.2},{"d":0.15,"doorType":"sliding","h":2.2,"id":"c1-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":0.35,"z":3.8},{"d":0.6,"h":0.75,"id":"c1-desk","kind":"desk","label":"Consult desk","note":"Client to confirm consult desk dimensions, specification and placement.","source":"assumed","w":1.15,"x":0.4,"z":0.95},{"d":0.5,"h":0.85,"id":"c1-dr","kind":"chair","label":"Doctor","note":"Client to confirm doctor dimensions, specification and placement.","source":"assumed","w":0.5,"x":0.65,"z":0.3},{"d":0.5,"facing":180,"h":0.85,"id":"c1-pt","kind":"chair","label":"Patient","note":"Client to confirm patient dimensions, specification and placement.","source":"assumed","w":0.5,"x":0.65,"z":1.85},{"color":14149867,"d":1.9,"h":0.65,"id":"c1-couch","kind":"exam_couch","label":"Examination couch","note":"Current medical part, at the inherited assumed footprint. Clinical access and supplier clearances require review.","source":"assumed","w":0.7,"x":2.5,"z":0.2},{"d":0.45,"h":0.85,"id":"c1-basin","kind":"washbasin","label":"Hand basin","note":"Client to confirm hand basin dimensions, specification and placement.","source":"assumed","w":0.5,"x":2.6,"z":3.15},{"color":14410462,"d":3.6,"h":3,"id":"c2-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":6.35,"z":0.2},{"color":14410462,"d":0.15,"h":3,"id":"c2-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":3,"x":3.35,"z":3.8},{"color":14413030,"d":3.6,"h":0.02,"id":"c2","kind":"zone","label":"Consult 2 · 3.0 × 3.6","source":"assumed","w":3,"x":3.35,"z":0.2},{"d":0.15,"doorType":"sliding","h":2.2,"id":"c2-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":3.5,"z":3.8},{"d":0.6,"h":0.75,"id":"c2-desk","kind":"desk","label":"Consult desk","note":"Client to confirm consult desk dimensions, specification and placement.","source":"assumed","w":1.15,"x":3.5500000000000003,"z":0.95},{"d":0.5,"h":0.85,"id":"c2-dr","kind":"chair","label":"Doctor","note":"Client to confirm doctor dimensions, specification and placement.","source":"assumed","w":0.5,"x":3.8000000000000003,"z":0.3},{"d":0.5,"facing":180,"h":0.85,"id":"c2-pt","kind":"chair","label":"Patient","note":"Client to confirm patient dimensions, specification and placement.","source":"assumed","w":0.5,"x":3.8,"z":1.85},{"color":14149867,"d":1.9,"h":0.65,"id":"c2-couch","kind":"exam_couch","label":"Examination couch","note":"Current medical part, at the inherited assumed footprint. Clinical access and supplier clearances require review.","source":"assumed","w":0.7,"x":5.6499999999999995,"z":0.2},{"d":0.45,"h":0.85,"id":"c2-basin","kind":"washbasin","label":"Hand basin","note":"Client to confirm hand basin dimensions, specification and placement.","source":"assumed","w":0.5,"x":5.75,"z":3.15},{"color":14410462,"d":3.6,"h":3,"id":"c3-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":9.5,"z":0.2},{"color":14410462,"d":0.15,"h":3,"id":"c3-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":3,"x":6.5,"z":3.8},{"color":14413030,"d":3.6,"h":0.02,"id":"c3","kind":"zone","label":"Consult 3 · 3.0 × 3.6","source":"assumed","w":3,"x":6.5,"z":0.2},{"d":0.15,"doorType":"sliding","h":2.2,"id":"c3-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":7.55,"z":3.8},{"d":0.6,"h":0.75,"id":"c3-desk","kind":"desk","label":"Consult desk","note":"Client to confirm consult desk dimensions, specification and placement.","source":"assumed","w":1.15,"x":6.7,"z":0.95},{"d":0.5,"h":0.85,"id":"c3-dr","kind":"chair","label":"Doctor","note":"Client to confirm doctor dimensions, specification and placement.","source":"assumed","w":0.5,"x":6.95,"z":0.3},{"d":0.5,"facing":180,"h":0.85,"id":"c3-pt","kind":"chair","label":"Patient","note":"Client to confirm patient dimensions, specification and placement.","source":"assumed","w":0.5,"x":6.95,"z":1.85},{"color":14149867,"d":1.9,"h":0.65,"id":"c3-couch","kind":"exam_couch","label":"Examination couch","note":"Current medical part, at the inherited assumed footprint. Clinical access and supplier clearances require review.","source":"assumed","w":0.7,"x":8.8,"z":0.2},{"d":0.45,"h":0.85,"id":"c3-basin","kind":"washbasin","label":"Hand basin","note":"Client to confirm hand basin dimensions, specification and placement.","source":"assumed","w":0.5,"x":8.899999999999999,"z":3.15},{"color":14410462,"d":3.6,"h":3,"id":"c4-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":12.649999999999999,"z":0.2},{"color":14410462,"d":0.15,"h":3,"id":"c4-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":3,"x":9.649999999999999,"z":3.8},{"color":14413030,"d":3.6,"h":0.02,"id":"c4","kind":"zone","label":"Consult 4 · 3.0 × 3.6","source":"assumed","w":3,"x":9.649999999999999,"z":0.2},{"d":0.15,"doorType":"sliding","h":2.2,"id":"c4-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":9.799999999999999,"z":3.8},{"d":0.6,"h":0.75,"id":"c4-desk","kind":"desk","label":"Consult desk","note":"Client to confirm consult desk dimensions, specification and placement.","source":"assumed","w":1.15,"x":9.849999999999998,"z":0.95},{"d":0.5,"h":0.85,"id":"c4-dr","kind":"chair","label":"Doctor","note":"Client to confirm doctor dimensions, specification and placement.","source":"assumed","w":0.5,"x":10.099999999999998,"z":0.3},{"d":0.5,"facing":180,"h":0.85,"id":"c4-pt","kind":"chair","label":"Patient","note":"Client to confirm patient dimensions, specification and placement.","source":"assumed","w":0.5,"x":10.1,"z":1.85},{"color":14149867,"d":1.9,"h":0.65,"id":"c4-couch","kind":"exam_couch","label":"Examination couch","note":"Current medical part, at the inherited assumed footprint. Clinical access and supplier clearances require review.","source":"assumed","w":0.7,"x":11.95,"z":0.2},{"d":0.45,"h":0.85,"id":"c4-basin","kind":"washbasin","label":"Hand basin","note":"Client to confirm hand basin dimensions, specification and placement.","source":"assumed","w":0.5,"x":12.049999999999999,"z":3.15},{"color":14410462,"d":4.5,"h":3,"id":"staff-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":14.5,"z":0.2},{"color":14410462,"d":0.15,"h":3,"id":"staff-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":6.3,"x":14.5,"z":4.7},{"color":15196113,"d":4.5,"h":0.02,"id":"staff","kind":"zone","label":"Staff room / lockers / kitchenette","source":"assumed","w":6.15,"x":14.65,"z":0.2},{"d":0.15,"doorType":"sliding","h":2.2,"id":"staff-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":15,"z":4.7},{"d":0.5,"h":1.8,"id":"locker-0","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":14.85,"z":0.4},{"d":0.5,"h":1.8,"id":"locker-1","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":15.33,"z":0.4},{"d":0.5,"h":1.8,"id":"locker-2","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":15.809999999999999,"z":0.4},{"d":0.5,"h":1.8,"id":"locker-3","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":16.29,"z":0.4},{"d":0.5,"h":1.8,"id":"locker-4","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":16.77,"z":0.4},{"d":0.5,"h":1.8,"id":"locker-5","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":17.25,"z":0.4},{"d":0.5,"h":1.8,"id":"locker-6","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":17.73,"z":0.4},{"d":0.6,"h":0.9,"id":"kitchen","kind":"kitchen","label":"Kitchenette","note":"Client to confirm kitchenette dimensions, specification and placement.","source":"assumed","w":2.4,"x":18.15,"z":4.1},{"d":0.65,"h":1.8,"id":"fridge","kind":"fridge","label":"Fridge","note":"Client to confirm fridge dimensions, specification and placement.","source":"assumed","w":0.65,"x":20.15,"z":3.05},{"d":0.75,"h":0.74,"id":"staff-table","kind":"table","label":"Staff table","note":"Client to confirm staff table dimensions, specification and placement.","source":"assumed","w":1.5,"x":16.65,"z":2.05},{"d":0.5,"h":0.85,"id":"staff-chair-0-0","kind":"chair","label":"Staff chair","note":"Client to confirm staff chair dimensions, specification and placement.","source":"assumed","w":0.5,"x":16.65,"z":1.35},{"d":0.5,"facing":180,"h":0.85,"id":"staff-chair-0-1","kind":"chair","label":"Staff chair","note":"Client to confirm staff chair dimensions, specification and placement.","source":"assumed","w":0.5,"x":16.65,"z":3.15},{"d":0.5,"h":0.85,"id":"staff-chair-1-0","kind":"chair","label":"Staff chair","note":"Client to confirm staff chair dimensions, specification and placement.","source":"assumed","w":0.5,"x":17.5,"z":1.35},{"d":0.5,"facing":180,"h":0.85,"id":"staff-chair-1-1","kind":"chair","label":"Staff chair","note":"Client to confirm staff chair dimensions, specification and placement.","source":"assumed","w":0.5,"x":17.5,"z":3.15},{"color":15789020,"d":1.65,"h":0.02,"id":"clinical","kind":"zone","label":"Clinical circulation · 1.65 m min main lane","source":"assumed","tags":["passage"],"w":16.45,"x":0.2,"z":5.25},{"color":15789020,"d":4.8,"h":0.02,"id":"spine","kind":"zone","label":"Patient circulation","source":"assumed","tags":["passage"],"w":1.85,"x":9.45,"z":7.05},{"color":14410462,"d":4,"h":3,"id":"treat-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":4.2,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"treat-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":4.3,"x":0.05000000000000002,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"treat-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":4.3,"x":0.05000000000000002,"z":11.05},{"color":14018790,"d":4,"h":0.02,"id":"treat","kind":"zone","label":"Treatment · 4.0 × 4.0","source":"assumed","w":4,"x":0.2,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"treat-door","kind":"door","label":"Treatment 1.2 m clear","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1.2,"x":2.85,"z":6.9},{"color":12703967,"d":2,"h":0.65,"id":"treat-bed-0","kind":"exam_couch","label":"Treatment couch","note":"Current medical part, at the inherited assumed footprint. Clinical access and supplier clearances require review.","source":"assumed","w":0.75,"x":0.2,"z":9.05},{"color":12703967,"d":2,"h":0.65,"id":"treat-bed-1","kind":"exam_couch","label":"Treatment couch","note":"Current medical part, at the inherited assumed footprint. Clinical access and supplier clearances require review.","source":"assumed","w":0.75,"x":3.45,"z":9.05},{"blocks":false,"d":1.8,"h":0.3,"id":"treat-screen","kind":"partition","label":"Ceiling privacy curtain track","note":"Client to confirm ceiling privacy curtain track dimensions, specification and placement.","source":"assumed","w":0.08,"x":2.15,"y":2.2,"z":9.15},{"d":0.5,"h":0.85,"id":"treat-basin","kind":"washbasin","label":"Hand basin","note":"Client to confirm hand basin dimensions, specification and placement.","source":"assumed","w":0.6,"x":0.5,"z":7.3},{"d":0.45,"h":1,"id":"treat-supply","kind":"cabinet","label":"Clinical supplies","note":"Client to confirm clinical supplies dimensions, specification and placement.","source":"assumed","w":1,"x":1.25,"z":7.05},{"color":14410462,"d":2.4,"h":3,"id":"awc-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":4.35,"z":7.05},{"color":14410462,"d":2.4,"h":3,"id":"awc-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":6.9,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"awc-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.6999999999999997,"x":4.35,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"awc-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.6999999999999997,"x":4.35,"z":9.45},{"color":14736624,"d":2.4,"h":0.02,"id":"awc","kind":"zone","label":"Accessible WC · 2.4 × 2.4","source":"assumed","w":2.4,"x":4.5,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"awc-door","kind":"door","label":"Accessible WC 1.0 m clear","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":5.5,"z":6.9},{"d":0.7,"facing":180,"h":0.8,"id":"awc-toilet","kind":"toilet","label":"WC with side-transfer space","note":"Client to confirm grab rails: locations, heights, fixings and transfer side with accessibility specialist; retain clear turning area.","source":"assumed","w":0.4,"x":4.75,"z":8.55},{"d":0.45,"h":0.8,"id":"awc-basin","kind":"washbasin","label":"Accessible basin","note":"Client to confirm accessible basin dimensions, specification and placement.","source":"assumed","w":0.5,"x":4.65,"z":7.3},{"color":15854840,"d":1.5,"footprint":[{"x":1.5,"z":0.75},{"x":1.4855889603024228,"z":0.8963177415120962},{"x":1.442909649383465,"z":1.0370125742738172},{"x":1.373602209226909,"z":1.1666776747647016},{"x":1.2803300858899107,"z":1.2803300858899105},{"x":1.1666776747647019,"z":1.373602209226909},{"x":1.0370125742738174,"z":1.442909649383465},{"x":0.8963177415120962,"z":1.4855889603024228},{"x":0.75,"z":1.5},{"x":0.6036822584879038,"z":1.4855889603024228},{"x":0.4629874257261827,"z":1.442909649383465},{"x":0.33332232523529853,"z":1.3736022092269091},{"x":0.2196699141100894,"z":1.2803300858899107},{"x":0.126397790773091,"z":1.1666776747647016},{"x":0.057090350616535,"z":1.0370125742738174},{"x":0.014411039697577177,"z":0.8963177415120964},{"x":0,"z":0.7500000000000001},{"x":0.014411039697577177,"z":0.6036822584879038},{"x":0.05709035061653489,"z":0.46298742572618273},{"x":0.12639779077309088,"z":0.33332232523529853},{"x":0.2196699141100893,"z":0.2196699141100894},{"x":0.33332232523529837,"z":0.1263977907730911},{"x":0.46298742572618223,"z":0.05709035061653511},{"x":0.6036822584879035,"z":0.014411039697577288},{"x":0.7499999999999999,"z":0},{"x":0.8963177415120962,"z":0.014411039697577177},{"x":1.0370125742738174,"z":0.057090350616535},{"x":1.1666776747647014,"z":0.12639779077309088},{"x":1.2803300858899105,"z":0.2196699141100893},{"x":1.373602209226909,"z":0.33332232523529837},{"x":1.442909649383465,"z":0.46298742572618223},{"x":1.4855889603024228,"z":0.6036822584879035}],"h":0.02,"id":"awc-turn","kind":"zone","label":"Ø 1.5 m clear turning circle","source":"assumed","symbol":"wheelchair","w":1.5,"x":5.25,"z":7.65},{"color":14410462,"d":2.4,"h":3,"id":"wc-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":7.35,"z":7.05},{"color":14410462,"d":2.4,"h":3,"id":"wc-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":9.3,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"wc-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.1,"x":7.35,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"wc-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.1,"x":7.35,"z":9.45},{"color":14736624,"d":2.4,"h":0.02,"id":"wc","kind":"zone","label":"WC · 1.8 × 2.4","source":"assumed","w":1.8,"x":7.5,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"wc-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":7.65,"z":6.9},{"d":0.7,"facing":180,"h":0.8,"id":"wc-toilet","kind":"toilet","label":"WC","note":"Client to confirm wc dimensions, specification and placement.","source":"assumed","w":0.4,"x":8.55,"z":8.55},{"d":0.4,"h":0.85,"id":"wc-basin","kind":"washbasin","label":"Basin","note":"Client to confirm basin dimensions, specification and placement.","source":"assumed","w":0.45,"x":8.65,"z":7.3},{"color":14410462,"d":2.4,"h":3,"id":"utility-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":11.299999999999999,"z":7.05},{"color":14410462,"d":2.4,"h":3,"id":"utility-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":14.45,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"utility-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":3.3,"x":11.299999999999999,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"utility-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":3.3,"x":11.299999999999999,"z":9.45},{"color":14871000,"d":2.4,"h":0.02,"id":"utility","kind":"zone","label":"Nurse / clean utility","source":"assumed","w":3,"x":11.45,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"utility-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":11.8,"z":6.9},{"d":0.55,"h":0.9,"id":"utility-work","kind":"counter","label":"Nurse worktop","note":"Client to confirm nurse worktop dimensions, specification and placement.","source":"assumed","w":2.45,"x":11.7,"z":8.9},{"d":0.45,"h":0.85,"id":"utility-basin","kind":"washbasin","label":"Hand basin","note":"Client to confirm hand basin dimensions, specification and placement.","source":"assumed","w":0.55,"x":13.65,"z":7.3},{"color":14410462,"d":2.2,"h":3,"id":"control-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":14.6,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"control-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.1999999999999997,"x":14.6,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"control-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.1999999999999997,"x":14.6,"z":9.25},{"color":14475241,"d":2.2,"h":0.02,"id":"control","kind":"zone","label":"X-ray control","source":"assumed","w":1.9,"x":14.75,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"control-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":14.9,"z":6.9},{"d":1.3,"h":0.75,"id":"control-console","kind":"desk","label":"Control console","note":"Client to confirm control console dimensions, specification and placement.","source":"assumed","w":0.55,"x":16.1,"z":7.35},{"d":0.5,"facing":90,"h":0.85,"id":"control-chair","kind":"chair","label":"Radiographer","note":"Client to confirm radiographer dimensions, specification and placement.","source":"assumed","w":0.5,"x":15.1,"z":8.35},{"color":14410462,"d":4.5,"h":3,"id":"xray-w","kind":"wall","label":"Control shielding screen · shielding by specialist","note":"shielding by specialist; confirm barrier, glazing, door and equipment operating envelopes.","source":"assumed","w":0.15,"x":16.650000000000002,"z":6.55},{"color":14410462,"d":0.15,"h":3,"id":"xray-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":4.3,"x":16.650000000000002,"z":6.3999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"xray-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":4.3,"x":16.650000000000002,"z":11.049999999999999},{"color":14475241,"d":4.5,"h":0.02,"id":"xray","kind":"zone","label":"X-ray · 4.0 × 4.5","source":"assumed","w":4,"x":16.8,"z":6.55},{"d":1.2,"doorType":"sliding","h":2.2,"id":"xray-door","kind":"door","label":"X-ray 1.2 m clear","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":0.15,"x":16.65,"z":9.75},{"d":1.1,"h":0.8,"id":"control-window","kind":"window","label":"Specialist shielding / viewing glass","note":"All X-ray shielding, door, glazing and equipment clearances by radiation specialist.","source":"assumed","w":0.15,"x":16.65,"y":1.1,"z":7.45},{"d":1.2,"h":2,"id":"xray-table","kind":"xray_unit","label":"X-ray unit / representative equipment","note":"Current X-ray unit replaces the old table and box stand-ins. Assumed supplier envelope; radiation shielding, clinical use and operating clearances are not validated.","source":"assumed","w":2.4,"x":18.2,"z":8.1},{"d":0.45,"h":1.1,"id":"xray-store","kind":"cabinet","label":"Imaging storage","note":"Client to confirm imaging storage dimensions, specification and placement.","source":"assumed","w":1.1,"x":17.15,"z":6.55},{"color":15067865,"d":3.55,"h":0.02,"id":"waiting","kind":"zone","label":"Waiting · 20 seats + 2 wheelchair spaces","source":"assumed","w":8.05,"x":0.2,"z":11.25},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-0","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":0.5,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-1","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":1.1800000000000002,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-2","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":1.86,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-3","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":2.54,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-4","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":3.22,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-5","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":3.9000000000000004,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-6","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":4.58,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-7","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":5.260000000000001,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-8","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":5.94,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-9","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":6.62,"z":11.3},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-0","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":2.65,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-1","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":3.2,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-2","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":3.75,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-3","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":4.3,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-4","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":4.85,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-5","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":5.4,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-6","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":5.95,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-7","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":6.5,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-8","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":7.05,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-9","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":7.6,"z":14.15},{"color":13098711,"d":1.4,"h":0.02,"id":"wheel-0","kind":"zone","label":"Wheelchair","note":"Keep clear. Client to confirm wheelchair bay dimensions and approach.","source":"assumed","symbol":"wheelchair","w":0.9,"x":0.5,"z":13.35},{"color":13098711,"d":1.4,"h":0.02,"id":"wheel-1","kind":"zone","label":"Wheelchair","note":"Keep clear. Client to confirm wheelchair bay dimensions and approach.","source":"assumed","symbol":"wheelchair","w":0.9,"x":1.65,"z":13.35},{"color":14410462,"d":2.8,"h":3,"id":"lobby-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":8.25,"z":12},{"color":14410462,"d":2.8,"h":3,"id":"lobby-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":12.6,"z":12},{"color":14410462,"d":0.15,"h":3,"id":"lobby-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":4.5,"x":8.25,"z":11.85},{"color":15002091,"d":2.8,"h":0.02,"id":"lobby","kind":"zone","label":"Wind lobby · wheelchair / buggy parking","source":"assumed","w":4.2,"x":8.4,"z":12},{"d":0.15,"doorType":"automatic","h":2.2,"id":"lobby-inner","kind":"door","label":"Lobby 1.8 m automatic","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1.8,"x":9.6,"z":11.85},{"color":13098711,"d":1.4,"h":0.02,"id":"lobby-wc","kind":"zone","label":"Wheelchair park","source":"assumed","symbol":"wheelchair","w":0.85,"x":8.55,"z":13.35},{"color":14278618,"d":1.3,"h":0.02,"id":"lobby-buggy","kind":"zone","label":"Buggy park","source":"assumed","w":0.8,"x":11.6,"z":13.35},{"color":15261127,"d":2.1,"h":0.02,"id":"reception","kind":"zone","label":"Reception / payment · 2 staff","source":"assumed","w":3.5,"x":12.9,"z":11.4},{"color":11836537,"d":0.7,"h":1.05,"id":"reception-counter","kind":"counter","label":"Reception / payment","note":"Client to confirm reception / payment dimensions, specification and placement.","source":"assumed","w":2.6,"x":12.75,"z":12.6},{"d":0.7,"h":0.76,"id":"reception-low","kind":"counter","label":"Accessible counter","note":"Lower section; detail knee recess and hearing loop.","source":"assumed","w":1,"x":15.35,"z":12.6},{"d":0.55,"h":0.85,"id":"recept-chair-0","kind":"chair","label":"Receptionist","note":"Client to confirm receptionist dimensions, specification and placement.","source":"assumed","w":0.55,"x":13.35,"z":11.8},{"d":0.55,"h":0.85,"id":"recept-chair-1","kind":"chair","label":"Receptionist","note":"Client to confirm receptionist dimensions, specification and placement.","source":"assumed","w":0.55,"x":14.95,"z":11.8},{"color":15851979,"d":2.5,"h":0.02,"id":"kids","kind":"zone","label":"Kids corner","source":"assumed","w":3.3,"x":17.2,"z":12.1},{"d":0.7,"h":0.5,"id":"kids-table","kind":"round_table","label":"Kids table","note":"Client to confirm kids table dimensions, specification and placement.","source":"assumed","w":0.7,"x":18.4,"z":13},{"d":0.35,"h":0.3,"id":"kids-stool-0","kind":"stool","label":"Kids seat","note":"Client to confirm kids seat dimensions, specification and placement.","source":"assumed","w":0.35,"x":17.9,"z":13.2},{"d":0.35,"h":0.3,"id":"kids-stool-1","kind":"stool","label":"Kids seat","note":"Client to confirm kids seat dimensions, specification and placement.","source":"assumed","w":0.35,"x":19.2,"z":13.2},{"d":1.5,"h":0.8,"id":"kids-shelf","kind":"bookshelf","label":"Books / toys","note":"Client to confirm books / toys dimensions, specification and placement.","source":"assumed","w":0.35,"x":20.45,"z":12.4},{"color":15196113,"d":3.6,"h":0.02,"id":"linen","kind":"zone","label":"Linen / storage · 1.7 × 3.6","source":"assumed","w":1.7,"x":12.8,"z":0.2},{"d":0.15,"h":3,"id":"linen-s","kind":"wall","label":"Storage partition","source":"assumed","w":1.7,"x":12.8,"z":3.8},{"d":0.15,"doorType":"sliding","h":2.2,"id":"linen-door","kind":"door","label":"Storage 1.0 m clear","source":"assumed","w":1,"x":13,"z":3.8},{"d":2.2,"h":1.8,"id":"linen-shelves","kind":"shelf","label":"Linen shelving","note":"Client to confirm linen shelving dimensions, specification and placement.","source":"assumed","w":0.5,"x":14,"z":0.2},{"color":14410462,"d":2.4,"h":3,"id":"toilet-chase","kind":"block","label":"Plumbing service void","source":"assumed","w":0.3,"x":7.05,"z":7.05},{"d":1.55,"h":2.75,"id":"lobby-glass-w","kind":"window","label":"Glazed lobby screen","source":"assumed","w":0.15,"x":8.25,"y":0.1,"z":13.2},{"d":2.7,"h":2.75,"id":"lobby-glass-e","kind":"window","label":"Glazed lobby screen","source":"assumed","w":0.15,"x":12.6,"y":0.1,"z":12.05},{"d":0.15,"h":2.75,"id":"lobby-glass-nw","kind":"window","label":"Lobby glazing","source":"assumed","w":1.2,"x":8.4,"y":0.1,"z":11.85},{"d":0.15,"h":2.75,"id":"lobby-glass-ne","kind":"window","label":"Lobby glazing","source":"assumed","w":1.2,"x":11.4,"y":0.1,"z":11.85},{"d":1.1,"doorType":"sliding","h":2.2,"id":"waiting-door","kind":"door","label":"Waiting 1.1 m clear sliding","source":"assumed","w":0.15,"x":8.25,"z":12.1},{"d":1.5,"h":0.02,"id":"xray-approach","kind":"zone","label":"X-ray approach · 1.5 m clear","source":"assumed","tags":["passage"],"w":5.35,"x":11.3,"z":10.25},{"d":0.5,"facing":90,"h":0.85,"id":"c1-companion","kind":"chair","label":"Companion chair","note":"Client to confirm companion seating and usable approach with selected chairs.","source":"assumed","w":0.5,"x":0.3,"z":2.37},{"d":0.35,"h":1.1,"id":"c1-cabinet","kind":"cabinet","label":"Clinical cabinet","note":"Client to confirm storage capacity, lock and cleanable finish.","source":"assumed","w":0.7,"x":1.65,"z":0.2},{"d":0.5,"facing":90,"h":0.85,"id":"c2-companion","kind":"chair","label":"Companion chair","note":"Client to confirm companion seating and usable approach with selected chairs.","source":"assumed","w":0.5,"x":3.45,"z":2.37},{"d":0.35,"h":1.1,"id":"c2-cabinet","kind":"cabinet","label":"Clinical cabinet","note":"Client to confirm storage capacity, lock and cleanable finish.","source":"assumed","w":0.7,"x":4.8,"z":0.2},{"d":0.5,"facing":90,"h":0.85,"id":"c3-companion","kind":"chair","label":"Companion chair","note":"Client to confirm companion seating and usable approach with selected chairs.","source":"assumed","w":0.5,"x":6.6,"z":2.37},{"d":0.35,"h":1.1,"id":"c3-cabinet","kind":"cabinet","label":"Clinical cabinet","note":"Client to confirm storage capacity, lock and cleanable finish.","source":"assumed","w":0.7,"x":7.95,"z":0.2},{"d":0.5,"facing":90,"h":0.85,"id":"c4-companion","kind":"chair","label":"Companion chair","note":"Client to confirm companion seating and usable approach with selected chairs.","source":"assumed","w":0.5,"x":9.75,"z":2.37},{"d":0.35,"h":1.1,"id":"c4-cabinet","kind":"cabinet","label":"Clinical cabinet","note":"Client to confirm storage capacity, lock and cleanable finish.","source":"assumed","w":0.7,"x":11.099999999999998,"z":0.2},{"d":0.65,"h":0.85,"id":"treat-trolley","kind":"platform_trolley","label":"Clinical trolley","note":"Platform trolley proxy; client to confirm clinical trolley model and parking position.","source":"assumed","w":0.55,"x":0.2,"z":8.05},{"d":0.4,"h":0.65,"id":"treat-cabinet-2","kind":"cabinet","label":"Treatment cabinet","note":"Client to confirm wall cabinet storage and mounting height.","source":"assumed","w":0.9,"x":1.3,"y":1.5,"z":7.05},{"color":12245203,"d":1.8,"h":1.95,"id":"treat-curtain","kind":"screen","label":"Privacy curtain between couches","note":"Screen proxy for retractable curtain; client to confirm privacy coverage and track arrangement.","source":"assumed","w":0.06,"x":2.15,"z":9.15},{"color":15059361,"d":1.3,"h":0.01,"id":"kids-rug","kind":"rug","label":"Kids corner rug","note":"Client to confirm washable, slip-resistant rug and cleaning policy.","source":"assumed","w":2.2,"x":17.6,"y":0.025,"z":12.75},{"d":0.4,"h":1.1,"id":"wait-plant-1","kind":"plant","label":"Waiting plant","note":"Client to confirm planting and infection-control/maintenance policy.","source":"assumed","w":0.4,"x":0.2,"z":11.95},{"d":0.4,"h":1.1,"id":"wait-plant-2","kind":"plant","label":"Waiting plant","note":"Client to confirm planting and maintenance; 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Clinical access and supplier clearances require review.","source":"assumed","w":0.7,"x":5.6499999999999995,"z":0.2},{"d":0.45,"h":0.85,"id":"c2-basin","kind":"washbasin","label":"Hand basin","note":"Client to confirm hand basin dimensions, specification and placement.","source":"assumed","w":0.5,"x":5.75,"z":3.15},{"color":14410462,"d":3.6,"h":3,"id":"c3-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":9.5,"z":0.2},{"color":14410462,"d":0.15,"h":3,"id":"c3-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":3,"x":6.5,"z":3.8},{"color":14413030,"d":3.6,"h":0.02,"id":"c3","kind":"zone","label":"Consult 3 · 3.0 × 3.6","source":"assumed","w":3,"x":6.5,"z":0.2},{"d":0.15,"doorType":"sliding","h":2.2,"id":"c3-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":7.55,"z":3.8},{"d":0.6,"h":0.75,"id":"c3-desk","kind":"desk","label":"Consult desk","note":"Client to confirm consult desk dimensions, specification and placement.","source":"assumed","w":1.15,"x":6.7,"z":0.95},{"d":0.5,"h":0.85,"id":"c3-dr","kind":"chair","label":"Doctor","note":"Client to confirm doctor dimensions, specification and placement.","source":"assumed","w":0.5,"x":6.95,"z":0.3},{"d":0.5,"facing":180,"h":0.85,"id":"c3-pt","kind":"chair","label":"Patient","note":"Client to confirm patient dimensions, specification and placement.","source":"assumed","w":0.5,"x":6.95,"z":1.85},{"color":14149867,"d":1.9,"h":0.65,"id":"c3-couch","kind":"exam_couch","label":"Examination couch","note":"Current medical part, at the inherited assumed footprint. Clinical access and supplier clearances require review.","source":"assumed","w":0.7,"x":8.8,"z":0.2},{"d":0.45,"h":0.85,"id":"c3-basin","kind":"washbasin","label":"Hand basin","note":"Client to confirm hand basin dimensions, specification and placement.","source":"assumed","w":0.5,"x":8.899999999999999,"z":3.15},{"color":14410462,"d":3.6,"h":3,"id":"c4-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":12.649999999999999,"z":0.2},{"color":14410462,"d":0.15,"h":3,"id":"c4-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":3,"x":9.649999999999999,"z":3.8},{"color":14413030,"d":3.6,"h":0.02,"id":"c4","kind":"zone","label":"Consult 4 · 3.0 × 3.6","source":"assumed","w":3,"x":9.649999999999999,"z":0.2},{"d":0.15,"doorType":"sliding","h":2.2,"id":"c4-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":9.799999999999999,"z":3.8},{"d":0.6,"h":0.75,"id":"c4-desk","kind":"desk","label":"Consult desk","note":"Client to confirm consult desk dimensions, specification and placement.","source":"assumed","w":1.15,"x":9.849999999999998,"z":0.95},{"d":0.5,"h":0.85,"id":"c4-dr","kind":"chair","label":"Doctor","note":"Client to confirm doctor dimensions, specification and placement.","source":"assumed","w":0.5,"x":10.099999999999998,"z":0.3},{"d":0.5,"facing":180,"h":0.85,"id":"c4-pt","kind":"chair","label":"Patient","note":"Client to confirm patient dimensions, specification and placement.","source":"assumed","w":0.5,"x":10.1,"z":1.85},{"color":14149867,"d":1.9,"h":0.65,"id":"c4-couch","kind":"exam_couch","label":"Examination couch","note":"Current medical part, at the inherited assumed footprint. Clinical access and supplier clearances require review.","source":"assumed","w":0.7,"x":11.95,"z":0.2},{"d":0.45,"h":0.85,"id":"c4-basin","kind":"washbasin","label":"Hand basin","note":"Client to confirm hand basin dimensions, specification and placement.","source":"assumed","w":0.5,"x":12.049999999999999,"z":3.15},{"color":14410462,"d":4.5,"h":3,"id":"staff-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":14.5,"z":0.2},{"color":14410462,"d":0.15,"h":3,"id":"staff-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":6.3,"x":14.5,"z":4.7},{"color":15196113,"d":4.5,"h":0.02,"id":"staff","kind":"zone","label":"Staff room / lockers / kitchenette","source":"assumed","w":6.15,"x":14.65,"z":0.2},{"d":0.15,"doorType":"sliding","h":2.2,"id":"staff-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":15,"z":4.7},{"d":0.5,"h":1.8,"id":"locker-0","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":14.85,"z":0.4},{"d":0.5,"h":1.8,"id":"locker-1","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":15.33,"z":0.4},{"d":0.5,"h":1.8,"id":"locker-2","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":15.809999999999999,"z":0.4},{"d":0.5,"h":1.8,"id":"locker-3","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":16.29,"z":0.4},{"d":0.5,"h":1.8,"id":"locker-4","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":16.77,"z":0.4},{"d":0.5,"h":1.8,"id":"locker-5","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":17.25,"z":0.4},{"d":0.5,"h":1.8,"id":"locker-6","kind":"locker","label":"Staff locker","note":"Client to confirm staff locker dimensions, specification and placement.","source":"assumed","w":0.45,"x":17.73,"z":0.4},{"d":0.6,"h":0.9,"id":"kitchen","kind":"kitchen","label":"Kitchenette","note":"Client to confirm kitchenette dimensions, specification and placement.","source":"assumed","w":2.4,"x":18.15,"z":4.1},{"d":0.65,"h":1.8,"id":"fridge","kind":"fridge","label":"Fridge","note":"Client to confirm fridge dimensions, specification and placement.","source":"assumed","w":0.65,"x":20.15,"z":3.05},{"d":0.75,"h":0.74,"id":"staff-table","kind":"table","label":"Staff table","note":"Client to confirm staff table dimensions, specification and placement.","source":"assumed","w":1.5,"x":16.65,"z":2.05},{"d":0.5,"h":0.85,"id":"staff-chair-0-0","kind":"chair","label":"Staff chair","note":"Client to confirm staff chair dimensions, specification and placement.","source":"assumed","w":0.5,"x":16.65,"z":1.35},{"d":0.5,"facing":180,"h":0.85,"id":"staff-chair-0-1","kind":"chair","label":"Staff chair","note":"Client to confirm staff chair dimensions, specification and placement.","source":"assumed","w":0.5,"x":16.65,"z":3.15},{"d":0.5,"h":0.85,"id":"staff-chair-1-0","kind":"chair","label":"Staff chair","note":"Client to confirm staff chair dimensions, specification and placement.","source":"assumed","w":0.5,"x":17.5,"z":1.35},{"d":0.5,"facing":180,"h":0.85,"id":"staff-chair-1-1","kind":"chair","label":"Staff chair","note":"Client to confirm staff chair dimensions, specification and placement.","source":"assumed","w":0.5,"x":17.5,"z":3.15},{"color":15789020,"d":1.65,"h":0.02,"id":"clinical","kind":"zone","label":"Clinical circulation · 1.65 m min main lane","source":"assumed","tags":["passage"],"w":16.45,"x":0.2,"z":5.25},{"color":15789020,"d":4.8,"h":0.02,"id":"spine","kind":"zone","label":"Patient circulation","source":"assumed","tags":["passage"],"w":1.85,"x":9.45,"z":7.05},{"color":14410462,"d":4,"h":3,"id":"treat-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":4.2,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"treat-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":4.3,"x":0.05000000000000002,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"treat-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":4.3,"x":0.05000000000000002,"z":11.05},{"color":14018790,"d":4,"h":0.02,"id":"treat","kind":"zone","label":"Treatment · 4.0 × 4.0","source":"assumed","w":4,"x":0.2,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"treat-door","kind":"door","label":"Treatment 1.2 m clear","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1.2,"x":2.85,"z":6.9},{"color":12703967,"d":2,"h":0.65,"id":"treat-bed-0","kind":"exam_couch","label":"Treatment couch","note":"Current medical part, at the inherited assumed footprint. Clinical access and supplier clearances require review.","source":"assumed","w":0.75,"x":0.2,"z":9.05},{"color":12703967,"d":2,"h":0.65,"id":"treat-bed-1","kind":"exam_couch","label":"Treatment couch","note":"Current medical part, at the inherited assumed footprint. Clinical access and supplier clearances require review.","source":"assumed","w":0.75,"x":3.45,"z":9.05},{"blocks":false,"d":1.8,"h":0.3,"id":"treat-screen","kind":"partition","label":"Ceiling privacy curtain track","note":"Client to confirm ceiling privacy curtain track dimensions, specification and placement.","source":"assumed","w":0.08,"x":2.15,"y":2.2,"z":9.15},{"d":0.5,"h":0.85,"id":"treat-basin","kind":"washbasin","label":"Hand basin","note":"Client to confirm hand basin dimensions, specification and placement.","source":"assumed","w":0.6,"x":0.5,"z":7.3},{"d":0.45,"h":1,"id":"treat-supply","kind":"cabinet","label":"Clinical supplies","note":"Client to confirm clinical supplies dimensions, specification and placement.","source":"assumed","w":1,"x":1.25,"z":7.05},{"color":14410462,"d":2.4,"h":3,"id":"awc-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":4.35,"z":7.05},{"color":14410462,"d":2.4,"h":3,"id":"awc-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":6.9,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"awc-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.6999999999999997,"x":4.35,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"awc-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.6999999999999997,"x":4.35,"z":9.45},{"color":14736624,"d":2.4,"h":0.02,"id":"awc","kind":"zone","label":"Accessible WC · 2.4 × 2.4","source":"assumed","w":2.4,"x":4.5,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"awc-door","kind":"door","label":"Accessible WC 1.0 m clear","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":5.5,"z":6.9},{"d":0.7,"facing":180,"h":0.8,"id":"awc-toilet","kind":"toilet","label":"WC with side-transfer space","note":"Client to confirm grab rails: locations, heights, fixings and transfer side with accessibility specialist; retain clear turning area.","source":"assumed","w":0.4,"x":4.75,"z":8.55},{"d":0.45,"h":0.8,"id":"awc-basin","kind":"washbasin","label":"Accessible basin","note":"Client to confirm accessible basin dimensions, specification and placement.","source":"assumed","w":0.5,"x":4.65,"z":7.3},{"color":15854840,"d":1.5,"footprint":[{"x":1.5,"z":0.75},{"x":1.4855889603024228,"z":0.8963177415120962},{"x":1.442909649383465,"z":1.0370125742738172},{"x":1.373602209226909,"z":1.1666776747647016},{"x":1.2803300858899107,"z":1.2803300858899105},{"x":1.1666776747647019,"z":1.373602209226909},{"x":1.0370125742738174,"z":1.442909649383465},{"x":0.8963177415120962,"z":1.4855889603024228},{"x":0.75,"z":1.5},{"x":0.6036822584879038,"z":1.4855889603024228},{"x":0.4629874257261827,"z":1.442909649383465},{"x":0.33332232523529853,"z":1.3736022092269091},{"x":0.2196699141100894,"z":1.2803300858899107},{"x":0.126397790773091,"z":1.1666776747647016},{"x":0.057090350616535,"z":1.0370125742738174},{"x":0.014411039697577177,"z":0.8963177415120964},{"x":0,"z":0.7500000000000001},{"x":0.014411039697577177,"z":0.6036822584879038},{"x":0.05709035061653489,"z":0.46298742572618273},{"x":0.12639779077309088,"z":0.33332232523529853},{"x":0.2196699141100893,"z":0.2196699141100894},{"x":0.33332232523529837,"z":0.1263977907730911},{"x":0.46298742572618223,"z":0.05709035061653511},{"x":0.6036822584879035,"z":0.014411039697577288},{"x":0.7499999999999999,"z":0},{"x":0.8963177415120962,"z":0.014411039697577177},{"x":1.0370125742738174,"z":0.057090350616535},{"x":1.1666776747647014,"z":0.12639779077309088},{"x":1.2803300858899105,"z":0.2196699141100893},{"x":1.373602209226909,"z":0.33332232523529837},{"x":1.442909649383465,"z":0.46298742572618223},{"x":1.4855889603024228,"z":0.6036822584879035}],"h":0.02,"id":"awc-turn","kind":"zone","label":"Ø 1.5 m clear turning circle","source":"assumed","symbol":"wheelchair","w":1.5,"x":5.25,"z":7.65},{"color":14410462,"d":2.4,"h":3,"id":"wc-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":7.35,"z":7.05},{"color":14410462,"d":2.4,"h":3,"id":"wc-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":9.3,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"wc-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.1,"x":7.35,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"wc-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.1,"x":7.35,"z":9.45},{"color":14736624,"d":2.4,"h":0.02,"id":"wc","kind":"zone","label":"WC · 1.8 × 2.4","source":"assumed","w":1.8,"x":7.5,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"wc-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":7.65,"z":6.9},{"d":0.7,"facing":180,"h":0.8,"id":"wc-toilet","kind":"toilet","label":"WC","note":"Client to confirm wc dimensions, specification and placement.","source":"assumed","w":0.4,"x":8.55,"z":8.55},{"d":0.4,"h":0.85,"id":"wc-basin","kind":"washbasin","label":"Basin","note":"Client to confirm basin dimensions, specification and placement.","source":"assumed","w":0.45,"x":8.65,"z":7.3},{"color":14410462,"d":2.4,"h":3,"id":"utility-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":11.299999999999999,"z":7.05},{"color":14410462,"d":2.4,"h":3,"id":"utility-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":14.45,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"utility-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":3.3,"x":11.299999999999999,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"utility-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":3.3,"x":11.299999999999999,"z":9.45},{"color":14871000,"d":2.4,"h":0.02,"id":"utility","kind":"zone","label":"Nurse / clean utility","source":"assumed","w":3,"x":11.45,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"utility-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":11.8,"z":6.9},{"d":0.55,"h":0.9,"id":"utility-work","kind":"counter","label":"Nurse worktop","note":"Client to confirm nurse worktop dimensions, specification and placement.","source":"assumed","w":2.45,"x":11.7,"z":8.9},{"d":0.45,"h":0.85,"id":"utility-basin","kind":"washbasin","label":"Hand basin","note":"Client to confirm hand basin dimensions, specification and placement.","source":"assumed","w":0.55,"x":13.65,"z":7.3},{"color":14410462,"d":2.2,"h":3,"id":"control-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":14.6,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"control-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.1999999999999997,"x":14.6,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"control-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.1999999999999997,"x":14.6,"z":9.25},{"color":14475241,"d":2.2,"h":0.02,"id":"control","kind":"zone","label":"X-ray control","source":"assumed","w":1.9,"x":14.75,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"control-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":14.9,"z":6.9},{"d":1.3,"h":0.75,"id":"control-console","kind":"desk","label":"Control console","note":"Client to confirm control console dimensions, specification and placement.","source":"assumed","w":0.55,"x":16.1,"z":7.35},{"d":0.5,"facing":90,"h":0.85,"id":"control-chair","kind":"chair","label":"Radiographer","note":"Client to confirm radiographer dimensions, specification and placement.","source":"assumed","w":0.5,"x":15.1,"z":8.35},{"color":14410462,"d":4.5,"h":3,"id":"xray-w","kind":"wall","label":"Control shielding screen · shielding by specialist","note":"shielding by specialist; confirm barrier, glazing, door and equipment operating envelopes.","source":"assumed","w":0.15,"x":16.650000000000002,"z":6.55},{"color":14410462,"d":0.15,"h":3,"id":"xray-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":4.3,"x":16.650000000000002,"z":6.3999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"xray-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":4.3,"x":16.650000000000002,"z":11.049999999999999},{"color":14475241,"d":4.5,"h":0.02,"id":"xray","kind":"zone","label":"X-ray · 4.0 × 4.5","source":"assumed","w":4,"x":16.8,"z":6.55},{"d":1.2,"doorType":"sliding","h":2.2,"id":"xray-door","kind":"door","label":"X-ray 1.2 m clear","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":0.15,"x":16.65,"z":9.75},{"d":1.1,"h":0.8,"id":"control-window","kind":"window","label":"Specialist shielding / viewing glass","note":"All X-ray shielding, door, glazing and equipment clearances by radiation specialist.","source":"assumed","w":0.15,"x":16.65,"y":1.1,"z":7.45},{"d":1.2,"h":2,"id":"xray-table","kind":"xray_unit","label":"X-ray unit / representative equipment","note":"Current X-ray unit replaces the old table and box stand-ins. Assumed supplier envelope; radiation shielding, clinical use and operating clearances are not validated.","source":"assumed","w":2.4,"x":18.2,"z":8.1},{"d":0.45,"h":1.1,"id":"xray-store","kind":"cabinet","label":"Imaging storage","note":"Client to confirm imaging storage dimensions, specification and placement.","source":"assumed","w":1.1,"x":17.15,"z":6.55},{"color":15067865,"d":3.55,"h":0.02,"id":"waiting","kind":"zone","label":"Waiting · 20 seats + 2 wheelchair spaces","source":"assumed","w":8.05,"x":0.2,"z":11.25},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-0","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":0.5,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-1","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":1.1800000000000002,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-2","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":1.86,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-3","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":2.54,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-4","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":3.22,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-5","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and 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retain clear turning area.","source":"assumed","w":0.4,"x":4.75,"z":8.55},{"d":0.45,"h":0.8,"id":"awc-basin","kind":"washbasin","label":"Accessible basin","note":"Client to confirm accessible basin dimensions, specification and placement.","source":"assumed","w":0.5,"x":4.65,"z":7.3},{"color":15854840,"d":1.5,"footprint":[{"x":1.5,"z":0.75},{"x":1.4855889603024228,"z":0.8963177415120962},{"x":1.442909649383465,"z":1.0370125742738172},{"x":1.373602209226909,"z":1.1666776747647016},{"x":1.2803300858899107,"z":1.2803300858899105},{"x":1.1666776747647019,"z":1.373602209226909},{"x":1.0370125742738174,"z":1.442909649383465},{"x":0.8963177415120962,"z":1.4855889603024228},{"x":0.75,"z":1.5},{"x":0.6036822584879038,"z":1.4855889603024228},{"x":0.4629874257261827,"z":1.442909649383465},{"x":0.33332232523529853,"z":1.3736022092269091},{"x":0.2196699141100894,"z":1.2803300858899107},{"x":0.126397790773091,"z":1.1666776747647016},{"x":0.057090350616535,"z":1.0370125742738174},{"x":0.014411039697577177,"z":0.8963177415120964},{"x":0,"z":0.7500000000000001},{"x":0.014411039697577177,"z":0.6036822584879038},{"x":0.05709035061653489,"z":0.46298742572618273},{"x":0.12639779077309088,"z":0.33332232523529853},{"x":0.2196699141100893,"z":0.2196699141100894},{"x":0.33332232523529837,"z":0.1263977907730911},{"x":0.46298742572618223,"z":0.05709035061653511},{"x":0.6036822584879035,"z":0.014411039697577288},{"x":0.7499999999999999,"z":0},{"x":0.8963177415120962,"z":0.014411039697577177},{"x":1.0370125742738174,"z":0.057090350616535},{"x":1.1666776747647014,"z":0.12639779077309088},{"x":1.2803300858899105,"z":0.2196699141100893},{"x":1.373602209226909,"z":0.33332232523529837},{"x":1.442909649383465,"z":0.46298742572618223},{"x":1.4855889603024228,"z":0.6036822584879035}],"h":0.02,"id":"awc-turn","kind":"zone","label":"Ø 1.5 m clear turning circle","source":"assumed","symbol":"wheelchair","w":1.5,"x":5.25,"z":7.65},{"color":14410462,"d":2.4,"h":3,"id":"wc-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":7.35,"z":7.05},{"color":14410462,"d":2.4,"h":3,"id":"wc-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":9.3,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"wc-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.1,"x":7.35,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"wc-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.1,"x":7.35,"z":9.45},{"color":14736624,"d":2.4,"h":0.02,"id":"wc","kind":"zone","label":"WC · 1.8 × 2.4","source":"assumed","w":1.8,"x":7.5,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"wc-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":7.65,"z":6.9},{"d":0.7,"facing":180,"h":0.8,"id":"wc-toilet","kind":"toilet","label":"WC","note":"Client to confirm wc dimensions, specification and placement.","source":"assumed","w":0.4,"x":8.55,"z":8.55},{"d":0.4,"h":0.85,"id":"wc-basin","kind":"washbasin","label":"Basin","note":"Client to confirm basin dimensions, specification and placement.","source":"assumed","w":0.45,"x":8.65,"z":7.3},{"color":14410462,"d":2.4,"h":3,"id":"utility-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":11.299999999999999,"z":7.05},{"color":14410462,"d":2.4,"h":3,"id":"utility-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":14.45,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"utility-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":3.3,"x":11.299999999999999,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"utility-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":3.3,"x":11.299999999999999,"z":9.45},{"color":14871000,"d":2.4,"h":0.02,"id":"utility","kind":"zone","label":"Nurse / clean utility","source":"assumed","w":3,"x":11.45,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"utility-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":11.8,"z":6.9},{"d":0.55,"h":0.9,"id":"utility-work","kind":"counter","label":"Nurse worktop","note":"Client to confirm nurse worktop dimensions, specification and placement.","source":"assumed","w":2.45,"x":11.7,"z":8.9},{"d":0.45,"h":0.85,"id":"utility-basin","kind":"washbasin","label":"Hand basin","note":"Client to confirm hand basin dimensions, specification and placement.","source":"assumed","w":0.55,"x":13.65,"z":7.3},{"color":14410462,"d":2.2,"h":3,"id":"control-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":14.6,"z":7.05},{"color":14410462,"d":0.15,"h":3,"id":"control-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.1999999999999997,"x":14.6,"z":6.8999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"control-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":2.1999999999999997,"x":14.6,"z":9.25},{"color":14475241,"d":2.2,"h":0.02,"id":"control","kind":"zone","label":"X-ray control","source":"assumed","w":1.9,"x":14.75,"z":7.05},{"d":0.15,"doorType":"sliding","h":2.2,"id":"control-door","kind":"door","label":"1.0 m clear door","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1,"x":14.9,"z":6.9},{"d":1.3,"h":0.75,"id":"control-console","kind":"desk","label":"Control console","note":"Client to confirm control console dimensions, specification and placement.","source":"assumed","w":0.55,"x":16.1,"z":7.35},{"d":0.5,"facing":90,"h":0.85,"id":"control-chair","kind":"chair","label":"Radiographer","note":"Client to confirm radiographer dimensions, specification and placement.","source":"assumed","w":0.5,"x":15.1,"z":8.35},{"color":14410462,"d":4.5,"h":3,"id":"xray-w","kind":"wall","label":"Control shielding screen · shielding by specialist","note":"shielding by specialist; confirm barrier, glazing, door and equipment operating envelopes.","source":"assumed","w":0.15,"x":16.650000000000002,"z":6.55},{"color":14410462,"d":0.15,"h":3,"id":"xray-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":4.3,"x":16.650000000000002,"z":6.3999999999999995},{"color":14410462,"d":0.15,"h":3,"id":"xray-s","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":4.3,"x":16.650000000000002,"z":11.049999999999999},{"color":14475241,"d":4.5,"h":0.02,"id":"xray","kind":"zone","label":"X-ray · 4.0 × 4.5","source":"assumed","w":4,"x":16.8,"z":6.55},{"d":1.2,"doorType":"sliding","h":2.2,"id":"xray-door","kind":"door","label":"X-ray 1.2 m clear","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":0.15,"x":16.65,"z":9.75},{"d":1.1,"h":0.8,"id":"control-window","kind":"window","label":"Specialist shielding / viewing glass","note":"All X-ray shielding, door, glazing and equipment clearances by radiation specialist.","source":"assumed","w":0.15,"x":16.65,"y":1.1,"z":7.45},{"d":1.2,"h":2,"id":"xray-table","kind":"xray_unit","label":"X-ray unit / representative equipment","note":"Current X-ray unit replaces the old table and box stand-ins. Assumed supplier envelope; radiation shielding, clinical use and operating clearances are not validated.","source":"assumed","w":2.4,"x":18.2,"z":8.1},{"d":0.45,"h":1.1,"id":"xray-store","kind":"cabinet","label":"Imaging storage","note":"Client to confirm imaging storage dimensions, specification and placement.","source":"assumed","w":1.1,"x":17.15,"z":6.55},{"color":15067865,"d":3.55,"h":0.02,"id":"waiting","kind":"zone","label":"Waiting · 20 seats + 2 wheelchair spaces","source":"assumed","w":8.05,"x":0.2,"z":11.25},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-0","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":0.5,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-1","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":1.1800000000000002,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-2","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":1.86,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-3","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":2.54,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-4","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":3.22,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-5","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":3.9000000000000004,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-6","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":4.58,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-7","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":5.260000000000001,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-8","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":5.94,"z":11.3},{"color":6589308,"d":0.55,"h":0.85,"id":"wait-0-9","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":6.62,"z":11.3},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-0","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":2.65,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-1","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":3.2,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-2","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":3.75,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-3","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":4.3,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-4","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":4.85,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-5","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":5.4,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-6","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":5.95,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-7","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":6.5,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-8","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":7.05,"z":14.15},{"color":6589308,"d":0.55,"facing":180,"h":0.85,"id":"wait-1-9","kind":"chair","label":"Waiting seat","note":"Client to confirm waiting seat dimensions, specification and placement.","source":"assumed","w":0.55,"x":7.6,"z":14.15},{"color":13098711,"d":1.4,"h":0.02,"id":"wheel-0","kind":"zone","label":"Wheelchair","note":"Keep clear. Client to confirm wheelchair bay dimensions and approach.","source":"assumed","symbol":"wheelchair","w":0.9,"x":0.5,"z":13.35},{"color":13098711,"d":1.4,"h":0.02,"id":"wheel-1","kind":"zone","label":"Wheelchair","note":"Keep clear. Client to confirm wheelchair bay dimensions and approach.","source":"assumed","symbol":"wheelchair","w":0.9,"x":1.65,"z":13.35},{"color":14410462,"d":2.8,"h":3,"id":"lobby-w","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":8.25,"z":12},{"color":14410462,"d":2.8,"h":3,"id":"lobby-e","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":0.15,"x":12.6,"z":12},{"color":14410462,"d":0.15,"h":3,"id":"lobby-n","kind":"wall","label":"Partition","note":"150 mm concept partition; verify construction.","source":"assumed","w":4.5,"x":8.25,"z":11.85},{"color":15002091,"d":2.8,"h":0.02,"id":"lobby","kind":"zone","label":"Wind lobby · wheelchair / buggy parking","source":"assumed","w":4.2,"x":8.4,"z":12},{"d":0.15,"doorType":"automatic","h":2.2,"id":"lobby-inner","kind":"door","label":"Lobby 1.8 m automatic","note":"Width represents assumed clear opening; frame and pocket detailing to follow.","source":"assumed","w":1.8,"x":9.6,"z":11.85},{"color":13098711,"d":1.4,"h":0.02,"id":"lobby-wc","kind":"zone","label":"Wheelchair park","source":"assumed","symbol":"wheelchair","w":0.85,"x":8.55,"z":13.35},{"color":14278618,"d":1.3,"h":0.02,"id":"lobby-buggy","kind":"zone","label":"Buggy park","source":"assumed","w":0.8,"x":11.6,"z":13.35},{"color":15261127,"d":2.1,"h":0.02,"id":"reception","kind":"zone","label":"Check-in + payment / one staff each","source":"assumed","w":3.5,"x":12.9,"z":11.4},{"color":11836537,"d":0.7,"h":1.05,"id":"reception-counter","kind":"counter","label":"Check-in / one receptionist","note":"Client to confirm reception / payment dimensions, specification and placement.","source":"assumed","w":1.35,"x":14,"z":12.6},{"d":0.7,"h":0.76,"id":"reception-low","kind":"counter","label":"Accessible counter","note":"Lower section; detail knee recess and hearing loop.","source":"assumed","w":1,"x":15.35,"z":12.6},{"d":0.55,"facing":-90,"h":0.85,"id":"recept-chair-0","kind":"chair","label":"Payment receptionist","note":"Client to confirm receptionist dimensions, specification and placement.","source":"assumed","w":0.55,"x":13.35,"z":12.05},{"d":0.55,"h":0.85,"id":"recept-chair-1","kind":"chair","label":"Check-in receptionist","note":"Client to confirm receptionist dimensions, specification and placement.","source":"assumed","w":0.55,"x":14.95,"z":11.8},{"color":15851979,"d":2.5,"h":0.02,"id":"kids","kind":"zone","label":"Kids corner","source":"assumed","w":3.3,"x":17.2,"z":12.1},{"d":0.7,"h":0.5,"id":"kids-table","kind":"round_table","label":"Kids table","note":"Client to confirm kids table dimensions, specification and placement.","source":"assumed","w":0.7,"x":18.4,"z":13},{"d":0.35,"h":0.3,"id":"kids-stool-0","kind":"stool","label":"Kids seat","note":"Client to confirm kids seat dimensions, specification and placement.","source":"assumed","w":0.35,"x":17.9,"z":13.2},{"d":0.35,"h":0.3,"id":"kids-stool-1","kind":"stool","label":"Kids seat","note":"Client to confirm kids seat dimensions, specification and placement.","source":"assumed","w":0.35,"x":19.2,"z":13.2},{"d":1.5,"h":0.8,"id":"kids-shelf","kind":"bookshelf","label":"Books / toys","note":"Client to confirm books / toys dimensions, specification and placement.","source":"assumed","w":0.35,"x":20.45,"z":12.4},{"color":15196113,"d":3.6,"h":0.02,"id":"linen","kind":"zone","label":"Linen / storage · 1.7 × 3.6","source":"assumed","w":1.7,"x":12.8,"z":0.2},{"d":0.15,"h":3,"id":"linen-s","kind":"wall","label":"Storage partition","source":"assumed","w":1.7,"x":12.8,"z":3.8},{"d":0.15,"doorType":"sliding","h":2.2,"id":"linen-door","kind":"door","label":"Storage 1.0 m clear","source":"assumed","w":1,"x":13,"z":3.8},{"d":2.2,"h":1.8,"id":"linen-shelves","kind":"shelf","label":"Linen shelving","note":"Client to confirm linen shelving dimensions, specification and placement.","source":"assumed","w":0.5,"x":14,"z":0.2},{"color":14410462,"d":2.4,"h":3,"id":"toilet-chase","kind":"block","label":"Plumbing service void","source":"assumed","w":0.3,"x":7.05,"z":7.05},{"d":1.55,"h":2.75,"id":"lobby-glass-w","kind":"window","label":"Glazed lobby screen","source":"assumed","w":0.15,"x":8.25,"y":0.1,"z":13.2},{"d":1.5,"h":2.75,"id":"lobby-glass-e","kind":"window","label":"Glazed lobby screen","source":"assumed","w":0.15,"x":12.6,"y":0.1,"z":13.25},{"d":0.15,"h":2.75,"id":"lobby-glass-nw","kind":"window","label":"Lobby glazing","source":"assumed","w":1.2,"x":8.4,"y":0.1,"z":11.85},{"d":0.15,"h":2.75,"id":"lobby-glass-ne","kind":"window","label":"Lobby glazing","source":"assumed","w":1.2,"x":11.4,"y":0.1,"z":11.85},{"d":1.1,"doorType":"sliding","h":2.2,"id":"waiting-door","kind":"door","label":"Waiting 1.1 m clear sliding","source":"assumed","w":0.15,"x":8.25,"z":12.1},{"d":1.5,"h":0.02,"id":"xray-approach","kind":"zone","label":"X-ray approach · 1.5 m clear","source":"assumed","tags":["passage"],"w":5.35,"x":11.3,"z":10.25},{"d":0.5,"facing":90,"h":0.85,"id":"c1-companion","kind":"chair","label":"Companion chair","note":"Client to confirm companion seating and usable approach with selected chairs.","source":"assumed","w":0.5,"x":0.3,"z":2.37},{"d":0.35,"h":1.1,"id":"c1-cabinet","kind":"cabinet","label":"Clinical cabinet","note":"Client to confirm storage capacity, lock and cleanable finish.","source":"assumed","w":0.7,"x":1.65,"z":0.2},{"d":0.5,"facing":90,"h":0.85,"id":"c2-companion","kind":"chair","label":"Companion chair","note":"Client to confirm companion seating and usable approach with selected chairs.","source":"assumed","w":0.5,"x":3.45,"z":2.37},{"d":0.35,"h":1.1,"id":"c2-cabinet","kind":"cabinet","label":"Clinical cabinet","note":"Client to confirm storage capacity, lock and cleanable finish.","source":"assumed","w":0.7,"x":4.8,"z":0.2},{"d":0.5,"facing":90,"h":0.85,"id":"c3-companion","kind":"chair","label":"Companion chair","note":"Client to confirm companion seating and usable approach with selected chairs.","source":"assumed","w":0.5,"x":6.6,"z":2.37},{"d":0.35,"h":1.1,"id":"c3-cabinet","kind":"cabinet","label":"Clinical cabinet","note":"Client to confirm storage capacity, lock and cleanable finish.","source":"assumed","w":0.7,"x":7.95,"z":0.2},{"d":0.5,"facing":90,"h":0.85,"id":"c4-companion","kind":"chair","label":"Companion chair","note":"Client to confirm companion seating and usable approach with selected chairs.","source":"assumed","w":0.5,"x":9.75,"z":2.37},{"d":0.35,"h":1.1,"id":"c4-cabinet","kind":"cabinet","label":"Clinical cabinet","note":"Client to confirm storage capacity, lock and cleanable finish.","source":"assumed","w":0.7,"x":11.099999999999998,"z":0.2},{"d":0.65,"h":0.85,"id":"treat-trolley","kind":"platform_trolley","label":"Clinical trolley","note":"Platform trolley proxy; 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