Crossroad simulation - Revision history

Xhudj17: /* Trams */

2016-01-17T18:45:17Z

‎Trams

2016-01-17T18:44:39Z

‎Results

2016-01-17T18:42:18Z

‎Results

2016-01-17T18:37:11Z

‎Pedestrians

2016-01-17T18:35:43Z

‎Pedestrians

2016-01-17T18:35:00Z

‎Simulation controll

2016-01-17T18:32:36Z

‎Cars

2016-01-17T18:28:45Z

‎Model source code

2016-01-17T18:28:33Z

‎Model source code

2016-01-17T18:27:45Z

‎Model source code

@@ Line 54: / Line 54: @@
 == Trams ==
-Trams are spawned on one of the spawn points on one of the ends of the tram rail (brown). Then they will go towards the other end of the tram rail. If the traffic light for trams in front of the tram is red, it will wait for the green light. Also the tram will stop, if any other tram is in front of it.
+Trams (Triangle shape) are spawned on one of the spawn points on one of the ends of the tram rail (brown). Then they will go towards the other end of the tram rail. If the traffic light for trams in front of the tram is red, it will wait for the green light. Also the tram will stop, if any other tram is in front of it.
 *'''speed''' – the distance that will agent travel in one tick. It’s also used as checking distance for lights

@@ Line 84: / Line 84: @@
 The results of the simulation are visible in the following table. The AVG-TTL times are in seconds (5 ticks = 1 second). These times was marked after around 40 000 ticks.
 <div> The light intervals are changed by the change1 and change2 inputs. The global-time should stay the same, as the crossroad should reset every minute.
 <div>[[File:Tab17.jpg]]

@@ Line 83: / Line 83: @@
 = Results =
-The results of the simulation are visible in the following table. The AVG-TTL times are in seconds (5 ticks = 1 second).
+The results of the simulation are visible in the following table. The AVG-TTL times are in seconds (5 ticks = 1 second). These times was marked after around 40 000 ticks.
 <div> The light intervals are changed by the change1 and change2 inputs. The global-time should stay the same, as the crossroad should reset every minute.
 <div>[[File:Tab17.jpg]]

@@ Line 49: / Line 49: @@
 Pedestrians are using sidewalks (blue). They are randomly spawned on one of the number-marked points and their destination is also selected as random number. Then they are moving forward until they hit one of the letter-marked patch or their destination. On the letter-marked patches (decision points) they will decide, which direction they will go next. If they reach destination, they will die. If there is a crosswalk in front of them with red traffic light, they will wait for the green light. They will ignore red light, if they are already crossing the road. On the crosswalks without lights, they won’t stop (they take precedence).
-*'''speed''' – the distance that will agent  travel in one tick. It’s also used as checking distance for lights, set randomly around 5km/h
+*'''speed''' – the distance that will agent  travel in one tick. It’s also used as checking distance for lights
 *'''destination''' – random number (1-14) marking the destination of the agent. Used for making decisions
 *'''spawn-time''' – time (ticks) when agent was spawned

@@ Line 49: / Line 49: @@
 Pedestrians are using sidewalks (blue). They are randomly spawned on one of the number-marked points and their destination is also selected as random number. Then they are moving forward until they hit one of the letter-marked patch or their destination. On the letter-marked patches (decision points) they will decide, which direction they will go next. If they reach destination, they will die. If there is a crosswalk in front of them with red traffic light, they will wait for the green light. They will ignore red light, if they are already crossing the road. On the crosswalks without lights, they won’t stop (they take precedence).
-*'''speed''' – the distance that will agent  travel in one tick. It’s also used as checking distance for lights
+*'''speed''' – the distance that will agent  travel in one tick. It’s also used as checking distance for lights, set randomly around 5km/h
 *'''destination''' – random number (1-14) marking the destination of the agent. Used for making decisions
 *'''spawn-time''' – time (ticks) when agent was spawned

@@ Line 75: / Line 75: @@
 *'''go (G)''' – will start/pause the simulation
 *'''sim-speed''' – speed of the simulation, will change the wait times between the ticks
-*'''Xprob''' – probability for spawning certain agent in next tick (P – pedestrian, C – car, T – Tram)
+*'''Psize''' - size of the patches
 *'''change1, change2, global-time''' – settings of the timing of traffic lights

@@ Line 60: / Line 60: @@
 == Cars ==
-Cars are using roads (black). They are randomly spawned on one of the spawning points (number-marked black patches on the edges of the map). Also their destination is selected randomly as one of the letter marked points. Depending on their destination cars can change lines (red marked areas) or turn (number marked points in the crossroads). If the traffic light for cars in front of the car is red, it will wait for the green light. Also the car will stop, if any other car or pedestrians are in front of it.
+Cars are using roads (black). They are randomly spawned on one of the spawning points. Also their destination is selected randomly as one of the leaving end of the road. Depending on their destination cars can change lines (red marked areas) or turn (yellow marked points in the crossroads). If the traffic light for cars in front of the car is red, it will wait for the green light. Also the car will stop, if any other car or pedestrians are in front of it.
 *'''speed''' – the distance that will agent  travel in one tick. It’s also used as checking distance for lights

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 Following link is containing the code of the simulation
-[[Media:Simulation_Xhudj17.nlogo]]
+<div>[[Media:Simulation_Xhudj17.nlogo]]
 <div> Following link is containing the simulation itself
 <div>[[Media:Simulation_Xhudj17rar.rar]]

← Older revision		Revision as of 18:27, 17 January 2016
Line 102:		Line 102:
	Following link is containing the code of the simulation		Following link is containing the code of the simulation
	[[Media:Simulation_Xhudj17.nlogo]]		[[Media:Simulation_Xhudj17.nlogo]]
		+	<div> Following link is containing the simulation itself
		+	[[Media:Simulation_Xhudj17.rar]]