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All these tests are described in more details in this [article](http://www.rimea.de/fileadmin/files/dok/richtlinien/r2.2.1.pdf).
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All these tests are described in more details in this [article](http://www.rimea.de/fileadmin/files/dok/richtlinien/r2.2.1.pdf).
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The notes give hints about specific implementation in JuPedSim.
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The notes give hints about specific implementation in JuPedSim.
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... | @@ -28,9 +27,9 @@ The notes give hints about specific implementation in JuPedSim. |
... | @@ -28,9 +27,9 @@ The notes give hints about specific implementation in JuPedSim. |
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Pedestrians should not cross walls.
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Pedestrians should not cross walls.
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- **Test 7**: Distribute pedestrian's speed according to the Table in Page 6. Four different groups are distributed according to their velocity:
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- **Test 7**: Distribute pedestrian's speed according to the Table in Page 6. Four different groups are distributed according to their velocity:
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1. \(v<30\)
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1. $`v<30`$
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2. \(30<v<50\)
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2. $`30<v<50`$
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3. \(v>50\)
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3. $`v>50`$
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4. handicapped.
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4. handicapped.
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Verify whether the speed values are within the specified range.
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Verify whether the speed values are within the specified range.
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... | @@ -104,7 +103,7 @@ The notes give hints about specific implementation in JuPedSim. |
... | @@ -104,7 +103,7 @@ The notes give hints about specific implementation in JuPedSim. |
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In the simulation pedestrians disappear once they are outside therefore we check if a pedestrian goes through line `exit - displacement`.
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In the simulation pedestrians disappear once they are outside therefore we check if a pedestrian goes through line `exit - displacement`.
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[^rimeaNote4]: The condition of this test is not clear enough...
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[^rimeaNote4]: The condition of this test is not clear enough...
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In the last exit there should be no jam, which means $$J_{bottleneck} >= J_{last}.$$
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In the last exit there should be no jam, which means $`J_{bottleneck} >= J_{last}.`$
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However, this condition is not enough to quantify a jam.
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However, this condition is not enough to quantify a jam.
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[^rimeaNote5]: The reduced speed on stairs (up) is according to Tab 1 in [Burghardt2014][#Burghardt2014].
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[^rimeaNote5]: The reduced speed on stairs (up) is according to Tab 1 in [Burghardt2014][#Burghardt2014].
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... | @@ -118,7 +117,7 @@ The notes give hints about specific implementation in JuPedSim. |
... | @@ -118,7 +117,7 @@ The notes give hints about specific implementation in JuPedSim. |
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Therefore, we choose for $$v^0_{upstairs}$$ a Gauss-distribution with $$\mu = 0.675$$ and $$\sigma = 0.04$$.
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Therefore, we choose for $`v^0_{upstairs}`$ a Gauss-distribution with $`\mu = 0.675`$ and $`\sigma = 0.04`$.
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[#Burghardt2014]: http://link.springer.com/chapter/10.1007%2F978-3-319-02447-9_27 "Burghardt, Sebastian and Seyfried, Armin and Klingsch, Wolfram. Fundamental diagram of stairs: Critical review and topographical measurements. Pedestrian and Evacuation Dynamics 2012" |
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[#Burghardt2014]: http://link.springer.com/chapter/10.1007%2F978-3-319-02447-9_27 "Burghardt, Sebastian and Seyfried, Armin and Klingsch, Wolfram. Fundamental diagram of stairs: Critical review and topographical measurements. Pedestrian and Evacuation Dynamics 2012" |