GitLab

- Visualization
- Refactored Route-Sensor

- unified routing via RealWorldMovementPoints
- reduced overhead due to PositionVector calculations

+ MILPv2 now uses the actual route length instead of the euclidean distance
+ Setup the environments for the next evaluation step
+ Implemented the SpotUtilizationMetric

and corresponding necessities.

~ HotspotDistribution would lead to massive (more as intended) clustering over simulation time.
~ SearchDistanceThreshold did not increase.

~ Settings of the world size were not employed correctly. Furthermore, setting a different zoom for the visualisation / map would fuck up the positioning.
Now the specified world size is used correctly. Zoom is used to specify the zoom level (detail) on the map. Positioning now works with different zoom levels, however, when visualising positions they now need to be scaled to be drawn correctly.

 Minor changes in RealWorldStreetMovement to support new GraphHopper version.

+ Made the node debug a standalone component similar to the Monitor class positioned properly inside the api and peerfact.
+ Added filtering capabilities
+ Added logging in some classes deep in the architecture the provide node information

~ Analyzer works now with the new structure
~ New positions are always added, old ones are kept.

Rework the plotting view to lay out the charts nicer.
Instead of scaling the charts down till they are not readable anymore, a minimum height is maintained and scrollbars are added instead.

Prevent the MetricCDFAdapter from setting lower and upper bound of an
XYChart ValueAxis to zero.
This would cause a 'soft' crash of the GUI

Is the Overload case with 100% drop and high latency a potential source
for strange behavior or assures a 100% drop that alle msgs are really
dropped?

~ Restructured some of the components
+ Debug Monitor to get information about the specific nodes.

+ Added the possibility to switch the transition mid-simulation for the ModularMultiTypeMovement
+ Added a new transition strategy

+ ModularMovementIconVis can now visualise nodes dependent on their states too
+ Implemented visualisation for "walking" state.