Cyber-physical systems simulation software following a Holon-based smart grid system.
Henrik Kunzelmann b70a3efe23 Override in per-unit system implemented | il y a 3 ans | |
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Research Data | il y a 4 ans | |
doc | il y a 7 ans | |
exampleNetworks | il y a 4 ans | |
gradle | il y a 3 ans | |
images_doc | il y a 7 ans | |
jars | il y a 3 ans | |
randomizerConfigFiles | il y a 4 ans | |
res | il y a 3 ans | |
src | il y a 3 ans | |
tests | il y a 4 ans | |
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API_Instruction | il y a 7 ans | |
ChangelogV2_1.md | il y a 6 ans | |
QS-Gruppe14-FinalVersion.pdf | il y a 8 ans | |
README.md | il y a 6 ans | |
build.gradle | il y a 3 ans | |
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license.md | il y a 7 ans | |
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Cyber-physical systems simulation software following a Holon-based smart grid system.
This project uses Gradle. If Gradle is not available on your system, run the included shell
script gradlew
(or gradlew.bat
on Windows) instead of the gradle
command.
$ gradle build # Assembles and tests this project.
$ gradle test # Runs the included unit tests.
$ gradle run # Starts the Holeg Simulator as JVM Application.
$ gradle tasks # Displays all the tasks runnable from root project.
The Wiki contains some general Information and a User Manual
Check out the API Instructions Wiki for some Instructions
This project is licensed under a modified MIT License - see the LICENSE.md file for details