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Commit 690ae1a6 authored by Daniel Lehmberg's avatar Daniel Lehmberg
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Merge branch 'master' into... 

Merge branch 'master' into 241-new-flag-to-compute-metric-for-the-quality-of-the-stepcircleoptimizer

# Conflicts:
#	VadereState/src/org/vadere/state/scenario/Pedestrian.java
parents 1652e2e5 9b1a4add
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CHANGELOG.md
View file @ 690ae1a6
......@@ -7,7 +7,7 @@
### Added
- Scenario elements like obstacles and targets can now be resized using the mouse in the topography creator tab (first, select element via left-click and then move mouse to one of its edges to get the resize handles).
- Draw also Voronoi diagram in `TikeGenerator`.
- Draw also Voronoi diagram in `TikzGenerator`.
- Added new scenario element `AbsorbingArea` to absorb agents immediately.
* The new scenario element can be selected in `TopographyCreator` via the "emergency exit" button.
* The new scenario element is also taken into account by `SettingsDialaog` and `TikzGenerator`.
......@@ -42,9 +42,9 @@
will check for overlapping `ScenarioElements` and check for inconsistence
settings such as missing TargetIDs for sources or inconsistenct speed ranges
for pedestrians. See this
[table](Documentation/changelLogImages/TopographyCheckerMessages.md) for
[table](Documentation/changelog/TopographyCheckerMessages.md) for
supported warnings and erros as well as this
[picture](Documentation/changelLogImages/TopographyChecker.png) to see which
[picture](Documentation/changelog/TopographyChecker.png) to see which
kind of overlap produces erros or warnings.
- `VadereConsole`: Add `--output-dir [on, off]` (default: `on`) switch to `scenario-run`
sub-command. This will will turn the ScenarioChecker on or off for the command
......
Documentation/installation/OpenCL-Installation.md 0 → 100644
View file @ 690ae1a6
# OpenCL Installation (optional but recommended)
Vadere uses computer's video card to speed up some computations. Therefore, following OpenCL components should be installed:
* the OpenCL Installable Client Driver loader also called ICD loader (Opencl.dll for Windows and libOpenCL.so for Linux)
* drivers for your device(s)
Both should be offered by the vendor of your device (often there are also open-source solutions). The device can be a CPU as well as a GPU (recommanded). For example, if you have a NVIDIA GPU instaling your drivers should be enough to install both components.
Vadere will search for the best suiable device which is supported. On a desktop workstation this should be your video card (GPU). If there is no device supporting OpenCL Vadere will use a plain and slower Java-implementation instead.
Please, use following instructions to set up the OpenCL components for your operating system:
* Windows: For further information using OpenCL on Windows read the paragraph Running an OpenCL application [click here](https://streamcomputing.eu/blog/2015-03-16/how-to-install-opencl-on-windows/).
* OS X: OpenCL is pre-installed for OS X.
* Linux: Please refer to the installation manual of your Linux distribution.
* [Sources: OpenCL HowTo](https://wiki.tiker.net/OpenCLHowTo)
* Tips and official packages (Ubuntu):
<details>
* Use the console tool `clinfo` (`sudo apt-get install clinfo`) to see the current status in terminal
* Drivers commonly have the prefix `opencl-icd` (to look at most opencl related packages run `apt search opencl`). Some that may be helpful:
* `beignet-opencl-icd` (OpenCL library for Intel GPUs)
* `mesa-opencl-icd` (free and open source implementation of the OpenCL API)
* `nvidia-opencl-icd`
* `ocl-icd-opencl-dev` (installs opencl development files and can be required for compiling)
* `ocl-icd-libopencl1` (Generic OpenCL ICD Loader)
</details>
* [Intel Driverpack (only driver needed)](https://software.intel.com/en-us/articles/opencl-drivers#latest_linux_driver)
README.md
View file @ 690ae1a6
......@@ -24,13 +24,19 @@ The Vadere framework includes a mesh generator for unstructured high-quality 2D
## Installation
### Download Releases
### Dependencies
* Java 11 (OpenJDK recommended)
* OpenCL (optional but recommended -> see the [install instructions](https://gitlab.lrz.de/vadere/vadere/tree/master/Documentation/installation/OpenCL-Installation.md) for details)
### Pre-Built Releases
Latest build of master:
* [Windows](http://www.vadere.org/builds/master/vadere.master.windows.zip)
* [Linux](http://www.vadere.org/builds/master/vadere.master.linux.zip)
Stable releases and selected branch-builds are located on [www.vadere.org/releases/](http://www.vadere.org/releases/)
Stable releases and selected branch-builds:
* [www.vadere.org/releases/](http://www.vadere.org/releases/)
The ZIP file contains:
* **README.md** - this README file.
......@@ -38,11 +44,23 @@ The ZIP file contains:
* **vadere-console.jar** - provides the command line version of Vadere and allows easy integration into other applications.
* **VadereModelTests** - contains test scenarios for pedestrian locomotion models. Note: The tests are also useful for a "getting started" (see below "Run Built-In Examples" for details).
To execute the `.jar` files it is highly recommended to use Java 11 (OpenJDK).
### Run the Application
1. Start the Application: After building the application, you can start Vadere by running `java -jar VadereGui/target/vadere-gui.jar`.
2. (If you only want to use the Postvisualization-Tool you can do so by running `java -jar VadereGui/target/postvis.jar`).
### Run Built-In Examples
With the following steps, you can run a simulation with one of the built-in examples from [VadereModelTests](VadereModelTests):
- start Vadere
- *Project* > *Open*
- choose `vadere.project` of one of the projects e.g. [TestOSM](https://gitlab.lrz.de/vadere/vadere/tree/master/VadereModelTests/TestOSM) and click *open*
- select the scenario on the left and press *run selected scenario*
### Build from Source
## Build from Source
#### Dependencies
### Dependencies
* Java 11 (OpenJDK recommended)
* Maven 3.0
......@@ -51,52 +69,12 @@ To execute the `.jar` files it is highly recommended to use Java 11 (OpenJDK).
**Note:** Please, ensure that the Git executable can be found in the `PATH` variable of your operating system.
#### Install OpenCL (optional but recommended)
Vadere uses computer's video card to speed up some computations. Therefore, following OpenCL components should be installed:
* the OpenCL Installable Client Driver loader also called ICD loader (Opencl.dll for Windows and libOpenCL.so for Linux)
* drivers for your device(s)
### Build Instructions
Both should be offered by the vendor of your device (often there are also open-source solutions). The device can be a CPU as well as a GPU (recommanded). For example, if you have a NVIDIA GPU instaling your drivers should be enough to install both components.
Vadere will search for the best suiable device which is supported. On a desktop workstation this should be your video card (GPU). If there is no device supporting OpenCL Vadere will use a plain and slower Java-implementation instead.
Please, use following instructions to set up the OpenCL components for your operating system:
* Windows: For further information using OpenCL on Windows read the paragraph Running an OpenCL application [click here](https://streamcomputing.eu/blog/2015-03-16/how-to-install-opencl-on-windows/).
* OS X: OpenCL is pre-installed for OS X.
* Linux: Please refer to the installation manual of your Linux distribution.
* [Sources: OpenCL HowTo](https://wiki.tiker.net/OpenCLHowTo)
* Tips and official packages (Ubuntu):
<details>
* Use the console tool `clinfo` (`sudo apt-get install clinfo`) to see the current status in terminal
* Drivers commonly have the prefix `opencl-icd` (to look at most opencl related packages run `apt search opencl`). Some that may be helpful:
* `beignet-opencl-icd` (OpenCL library for Intel GPUs)
* `mesa-opencl-icd` (free and open source implementation of the OpenCL API)
* `nvidia-opencl-icd`
* `ocl-icd-opencl-dev` (installs opencl development files and can be required for compiling)
* `ocl-icd-libopencl1` (Generic OpenCL ICD Loader)
</details>
* [Intel Driverpack (only driver needed)](https://software.intel.com/en-us/articles/opencl-drivers#latest_linux_driver)
#### Run the Application
1. Get the Source: Run `git clone https://gitlab.lrz.de/vadere/vadere.git`.
2. Build the Application: Go to the project directory and run `mvn clean package` (or `mvn clean package -Dmaven.test.skip` if you want to skip the unit tests). This will build `vadere.jar`, `vadere-console.jar` and `postvis.jar`.
3. Start the Application: After building the application, you can start Vadere by running `java -jar VadereGui/target/vadere.jar`.
4. (If you only want to use the Postvisualization-Tool you can do so by running `java -jar VadereGui/target/postvis.jar`).
## Run Built-In Examples
With the following steps, you can run a simulation with one of the built-in examples from [VadereModelTests](VadereModelTests):
- start Vadere
- *Project* > *Open*
- choose `vadere.project` of one of the projects e.g. [TestOSM](https://gitlab.lrz.de/vadere/vadere/tree/master/VadereModelTests/TestOSM) and click *open*
- select the scenario on the left and press *run selected scenario*
1. git clone https://gitlab.lrz.de/vadere/vadere.git
2. cd vadere
3. mvn clean
4. mvn -Dmaven.test.skip=true package
## Changelog
......
Tools/Notebooks/TrajectoryMetric.ipynb
View file @ 690ae1a6
This diff is collapsed.
VadereModelCalibration/TestOSM_zhang-2011/scenarios/C-050-180-180.scenario
View file @ 690ae1a6
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......@@ -210,7 +211,8 @@
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"fixedSeed" : 5116495530058623348,
"simulationSeed" : 0
"simulationSeed" : 0,
"useSalientBehavior" : false
},
"topography" : {
"attributes" : {
......@@ -355,7 +357,11 @@
"speedDistributionStandardDeviation" : 0.15,
"minimumSpeed" : 1.37,
"maximumSpeed" : 1.73,
"acceleration" : 2.0
"acceleration" : 2.0,
"footStepsToStore" : 4,
"searchRadius" : 1.0,
"angleCalculationType" : "USE_CENTER",
"targetOrientationAngleThreshold" : 45.0
},
"teleporter" : null,
"attributesCar" : {
......
VadereModelCalibration/TestOSM_zhang-2011/scenarios/C-050-180-180_GNM.scenario
View file @ 690ae1a6
{
"name" : "C-050-180-180_GNM",
"description" : "",
"release" : "0.9",
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......@@ -194,7 +195,8 @@
"digitsPerCoordinate" : 2,
"useFixedSeed" : true,
"fixedSeed" : 5116495530058623348,
"simulationSeed" : 0
"simulationSeed" : 0,
"useSalientBehavior" : false
},
"topography" : {
"attributes" : {
......@@ -339,7 +341,11 @@
"speedDistributionStandardDeviation" : 0.26,
"minimumSpeed" : 0.5,
"maximumSpeed" : 2.2,
"acceleration" : 2.0
"acceleration" : 2.0,
"footStepsToStore" : 4,
"searchRadius" : 1.0,
"angleCalculationType" : "USE_CENTER",
"targetOrientationAngleThreshold" : 45.0
},
"teleporter" : null,
"attributesCar" : {
......
VadereModelCalibration/TestOSM_zhang-2011/scenarios/C-050-180-180_Q.scenario
View file @ 690ae1a6
{
"name" : "C-050-180-180_Q",
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......@@ -210,7 +211,8 @@
"digitsPerCoordinate" : 2,
"useFixedSeed" : true,
"fixedSeed" : 5116495530058623348,
"simulationSeed" : 0
"simulationSeed" : 0,
"useSalientBehavior" : false
},
"topography" : {
"attributes" : {
......@@ -355,7 +357,11 @@
"speedDistributionStandardDeviation" : 0.15,
"minimumSpeed" : 1.37,
"maximumSpeed" : 1.73,
"acceleration" : 2.0
"acceleration" : 2.0,
"footStepsToStore" : 4,
"searchRadius" : 1.0,
"angleCalculationType" : "USE_CENTER",
"targetOrientationAngleThreshold" : 45.0
},
"teleporter" : null,
"attributesCar" : {
......
VadereModelCalibration/TestOSM_zhang-2011/scenarios/C-060-180-180.scenario
View file @ 690ae1a6
{
"name" : "C-060-180-180",
"description" : "",
"release" : "0.9",
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......@@ -210,7 +211,8 @@
"digitsPerCoordinate" : 2,
"useFixedSeed" : true,
"fixedSeed" : 5116495530058623348,
"simulationSeed" : 0
"simulationSeed" : 0,
"useSalientBehavior" : false
},
"topography" : {
"attributes" : {
......@@ -355,7 +357,11 @@
"speedDistributionStandardDeviation" : 0.15,
"minimumSpeed" : 1.37,
"maximumSpeed" : 1.73,
"acceleration" : 2.0
"acceleration" : 2.0,
"footStepsToStore" : 4,
"searchRadius" : 1.0,
"angleCalculationType" : "USE_CENTER",
"targetOrientationAngleThreshold" : 45.0
},
"teleporter" : null,
"attributesCar" : {
......
VadereModelCalibration/TestOSM_zhang-2011/scenarios/C-060-180-180_Q.scenario
View file @ 690ae1a6
{
"name" : "C-060-180-180_Q",
"description" : "",
"release" : "0.9",
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"commithash" : "warning: no commit hash",
"processWriters" : {
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"type" : "org.vadere.simulator.projects.dataprocessing.outputfile.TimestepPedestrianIdOutputFile",
......@@ -210,7 +211,8 @@
"digitsPerCoordinate" : 2,
"useFixedSeed" : true,
"fixedSeed" : 5116495530058623348,
"simulationSeed" : 0
"simulationSeed" : 0,
"useSalientBehavior" : false
},
"topography" : {
"attributes" : {
......@@ -355,7 +357,11 @@
"speedDistributionStandardDeviation" : 0.15,
"minimumSpeed" : 1.37,
"maximumSpeed" : 1.73,
"acceleration" : 2.0
"acceleration" : 2.0,
"footStepsToStore" : 4,
"searchRadius" : 1.0,
"angleCalculationType" : "USE_CENTER",
"targetOrientationAngleThreshold" : 45.0
},
"teleporter" : null,
"attributesCar" : {
......
VadereModelCalibration/TestOSM_zhang-2011/scenarios/C-070-180-180.scenario
View file @ 690ae1a6
{
"name" : "C-070-180-180",
"description" : "",
"release" : "0.9",
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"commithash" : "warning: no commit hash",
"processWriters" : {
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......@@ -210,7 +211,8 @@
"digitsPerCoordinate" : 2,
"useFixedSeed" : true,
"fixedSeed" : 5116495530058623348,
"simulationSeed" : 0
"simulationSeed" : 0,
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"topography" : {
"attributes" : {
......@@ -355,7 +357,11 @@
"speedDistributionStandardDeviation" : 0.15,
"minimumSpeed" : 1.37,
"maximumSpeed" : 1.73,
"acceleration" : 2.0
"acceleration" : 2.0,
"footStepsToStore" : 4,
"searchRadius" : 1.0,
"angleCalculationType" : "USE_CENTER",
"targetOrientationAngleThreshold" : 45.0
},
"teleporter" : null,
"attributesCar" : {
......
VadereModelCalibration/TestOSM_zhang-2011/scenarios/C-070-180-180_Q.scenario
View file @ 690ae1a6
{
"name" : "C-070-180-180_Q",
"description" : "",
"release" : "0.9",
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"commithash" : "warning: no commit hash",
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......@@ -210,7 +211,8 @@
"digitsPerCoordinate" : 2,
"useFixedSeed" : true,
"fixedSeed" : 5116495530058623348,
"simulationSeed" : 0
"simulationSeed" : 0,
"useSalientBehavior" : false
},
"topography" : {
"attributes" : {
......@@ -355,7 +357,11 @@
"speedDistributionStandardDeviation" : 0.15,
"minimumSpeed" : 1.37,
"maximumSpeed" : 1.73,
"acceleration" : 2.0
"acceleration" : 2.0,
"footStepsToStore" : 4,
"searchRadius" : 1.0,
"angleCalculationType" : "USE_CENTER",
"targetOrientationAngleThreshold" : 45.0
},
"teleporter" : null,
"attributesCar" : {
......
VadereModelCalibration/TestOSM_zhang-2011/scenarios/C-100-180-180.scenario
View file @ 690ae1a6
{
"name" : "C-100-180-180",
"description" : "",
"release" : "0.9",
"release" : "0.10",
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"processWriters" : {
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......@@ -210,7 +211,8 @@
"digitsPerCoordinate" : 2,
"useFixedSeed" : true,
"fixedSeed" : 5116495530058623348,
"simulationSeed" : 0
"simulationSeed" : 0,
"useSalientBehavior" : false
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"topography" : {
"attributes" : {
......@@ -355,7 +357,11 @@
"speedDistributionStandardDeviation" : 0.15,
"minimumSpeed" : 1.37,
"maximumSpeed" : 1.73,
"acceleration" : 2.0
"acceleration" : 2.0,
"footStepsToStore" : 4,
"searchRadius" : 1.0,
"angleCalculationType" : "USE_CENTER",
"targetOrientationAngleThreshold" : 45.0
},
"teleporter" : null,
"attributesCar" : {
......
VadereModelCalibration/TestOSM_zhang-2011/scenarios/C-100-180-180_Q.scenario
View file @ 690ae1a6
{
"name" : "C-100-180-180_Q",
"description" : "",
"release" : "0.9",
"release" : "0.10",
"commithash" : "warning: no commit hash",
"processWriters" : {
"files" : [ {
"type" : "org.vadere.simulator.projects.dataprocessing.outputfile.TimestepPedestrianIdOutputFile",
......@@ -210,7 +211,8 @@
"digitsPerCoordinate" : 2,
"useFixedSeed" : true,
"fixedSeed" : 5116495530058623348,
"simulationSeed" : 0
"simulationSeed" : 0,
"useSalientBehavior" : false
},
"topography" : {
"attributes" : {
......@@ -355,7 +357,11 @@
"speedDistributionStandardDeviation" : 0.15,
"minimumSpeed" : 1.37,
"maximumSpeed" : 1.73,
"acceleration" : 2.0
"acceleration" : 2.0,
"footStepsToStore" : 4,
"searchRadius" : 1.0,
"angleCalculationType" : "USE_CENTER",
"targetOrientationAngleThreshold" : 45.0
},
"teleporter" : null,
"attributesCar" : {
......
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