Difference between revisions of "Flood evacuation"
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*'''Project name''': Flood evacuation | *'''Project name''': Flood evacuation | ||
| − | *'''Class''': 4IT495 Simulation of Systems (WS 2014/2015) | + | *'''Class''': 4IT495 Simulation of Systems (WS 2014/2015)<ref>ŠALAMON, By Tomáš. Design of agent-based models: developing computer simulations for a better understanding of social processes. Řepín-Živonín: Tomáš Bruckner, 2011. ISBN 978-809-0466-111. </ref> |
*'''Author''': Kristýna Gubišová | *'''Author''': Kristýna Gubišová | ||
*'''Model type''': Agent-based simulation | *'''Model type''': Agent-based simulation | ||
Revision as of 13:03, 17 January 2015
This project simulates the process of evacuation of people living on the coast during the coming flood.
- Project name: Flood evacuation
- Class: 4IT495 Simulation of Systems (WS 2014/2015)[1]
- Author: Kristýna Gubišová
- Model type: Agent-based simulation
- Software used: NetLogo 5.0.1
Global variables used in this simulation
- Actual flood height - actual-flood-height
- Start flood - start-flood?
- Start evacuate - start-evacuate?
- Rise count - rise-count
- Low - low
- High - high
- Range - range
- Xlow - xlow
- Xhight - xhigh
- Xrange - xrange
- Old patch - old-patch
Terrain creation:
- Number of hills before diffuse - number-of-hills-before-diffuse
- Number of diffuse repeating - number-of-diffuse-repeating
- Number of people - number-of-people
Flood parameters:
- Maximal flood height - max-flood-height
- Flood height step - flood-height-step
- Rise speed - rise-speed
Detailed description of the simulation
Button Sliders
References
- ↑ ŠALAMON, By Tomáš. Design of agent-based models: developing computer simulations for a better understanding of social processes. Řepín-Živonín: Tomáš Bruckner, 2011. ISBN 978-809-0466-111.
