scalation.simulation.agent.example_1
Members list
Type members
Classlikes
The BankModel class defines a simple agent-based simulation model of a bank where service is provided by one or more tellers.
The BankModel class defines a simple agent-based simulation model of a bank where service is provided by one or more tellers.
Value parameters
- aniRatio
-
the ratio of simulation speed vs. animation speed
- animating
-
whether to animate the model
- nStop
-
the number arrivals before stopping
- name
-
the name of the simulation model
- reps
-
the number of independent replications to run
- startSim
-
the start time of the simulation
- stream
-
the base random number stream (0 to 999)
Attributes
- Supertypes
The CallCenterModel class defines a simple agent-based simulation model of a call center where service is provided by one or more tele-service representatives.
The CallCenterModel class defines a simple agent-based simulation model of a call center where service is provided by one or more tele-service representatives.
Value parameters
- aniRatio
-
the ratio of simulation speed vs. animation speed
- animating
-
whether to animate the model
- nStop
-
the number arrivals before stopping
- name
-
the name of the simulation model
- reps
-
the number of independent replications to run
- startSim
-
the start time of the simulation
- stream
-
the base random number stream (0 to 999)
Attributes
- Supertypes
The Traffic2LModel class simulates an intersection with four traffic lights Gates and four roads. Each road consists of two Transports with one in each direction.
The Traffic2LModel class simulates an intersection with four traffic lights Gates and four roads. Each road consists of two Transports with one in each direction.
Value parameters
- aniRatio
-
the ratio of simulation speed vs. animation speed
- animating
-
whether to animate the model
- nStop
-
the number arrivals before stopping
- name
-
the name of the simulation model
- reps
-
the number of independent replications to run
- startSim
-
the start time of the simulation
- stream
-
the base random number stream (0 to 999)
Attributes
- Supertypes
The Traffic4LModel class simulates an intersection with four traffic lights Gates and four roads. Each road consists of two routes with one in each direction. Each Route has two lanes (Transports).
The Traffic4LModel class simulates an intersection with four traffic lights Gates and four roads. Each road consists of two routes with one in each direction. Each Route has two lanes (Transports).
Value parameters
- aniRatio
-
the ratio of simulation speed vs. animation speed
- animating
-
whether to animate the model
- nStop
-
the number arrivals before stopping
- name
-
the name of the simulation model
- reps
-
the number of independent replications to run
- startSim
-
the start time of the simulation
- stream
-
the base random number stream (0 to 999)
Attributes
- Supertypes
The UGABusRoutesModel class simulates buses travelling through an intersection with four traffic lights Gates and four roads. Each road consists of two Transports with one in each direction.
The UGABusRoutesModel class simulates buses travelling through an intersection with four traffic lights Gates and four roads. Each road consists of two Transports with one in each direction.
Value parameters
- aniRatio
-
the ratio of simulation speed vs. animation speed
- animating
-
whether to animate the model
- nStop
-
the number arrivals before stopping
- name
-
the name of the simulation model
- reps
-
the number of independent replications to run
- startSim
-
the start time of the simulation
- stream
-
the base random number stream (0 to 999)
Attributes
- Supertypes
Attributes
- Supertypes
-
class Objecttrait Matchableclass Any
Attributes
- Supertypes
-
class Objecttrait Matchableclass Any
Attributes
- Supertypes
-
class Objecttrait Matchableclass Any
Attributes
- Supertypes
-
class Objecttrait Matchableclass Any
Attributes
- Supertypes
-
class Objecttrait Matchableclass Any
Attributes
- Supertypes
-
class Objecttrait Matchableclass Any
Attributes
- Supertypes
-
class Objecttrait Matchableclass Any
Value members
Concrete methods
The runBank function is used to launch the BankModel class.
The runBank function is used to launch the BankModel class.
runMain scalation.simulation.agent.example_1.runBank
Attributes
The runCallCenter function is used to launch the CallCenterModel class.
The runCallCenter function is used to launch the CallCenterModel class.
runMain scalation.simulation.agent.example_1.runCallCenter
Attributes
The runTraffic2L function is used to launch the Traffic2LModel class.
The runTraffic2L function is used to launch the Traffic2LModel class.
runMain scalation.simulation.agent.example_1.runTraffic2L
Attributes
The runTraffic2L function is used to launch the Traffic2LModel class in structure testing mode, where each Source will create just one agent.
The runTraffic2L function is used to launch the Traffic2LModel class in structure testing mode, where each Source will create just one agent.
runMain scalation.simulation.agent.example_1.runTraffic2L1
Attributes
The runTraffic4L function is used to launch the Traffic4LModel class.
The runTraffic4L function is used to launch the Traffic4LModel class.
runMain scalation.simulation.agent.example_1.runTraffic4L
Attributes
The runUGABusRoutes function is used to launch the UGABusRoutesModel class.
The runUGABusRoutes function is used to launch the UGABusRoutesModel class.
runMain scalation.simulation.agent.example_1.runUGABusRoutes
Attributes
The runUGABusRoutes function is used to launch the UGABusRoutesModel class in structure testing mode, where each Source will create just one agent.
The runUGABusRoutes function is used to launch the UGABusRoutesModel class in structure testing mode, where each Source will create just one agent.
runMain scalation.simulation.agent.example_1.runUGABusRoutes1