compasSLDExample

Quick and dirty PoC on rendering a substation described in a scd.

The various options are called this way :

SLDGenerator.computeAndWriteResults(String fileName_prefix, boolean stacked, boolean semiAutomaticPlacement);

Full automatic placement (`PositionByClustering`)

semiAutomaticPlacement = false;

Results are found here ./results. Output Files are json and svg.

stacked = false

stacked = true

semiAutomaticPlacement = true;

The algorithm requires all the information for all the BusBars and Feeders or will crash.

When a bay defines a BusBar :

sxy:y is used to define the BusBarIndex in scdGraphBuilder::createBusBarSection
syx:x is used to define the BusBarSection in scdGraphBuilder::createBusBarSection

And for the Feeder scdGraphBuilder::createLoad:

sxy:x of the parent Bay is used for the order of the feeder.
no usefull information is found for the direction, therefore set to arbitrary value Direction.TOP
To enable the coupling to be in the same area as the grounded feeder (same bay), sxy:x is put as the order of any breaker found. The information is not used for ExternCell, but when is used to define the order of an InternCell

with the stack option = true

Done: parsing to create a corresponding graph.
Done: add new kinds of component - that are beyond the one that are use for operation
Done: there are disconnectors that do have only one connecting node. We will need to add fictitious feederNode to display the outgoing connected element (line / TR /....), but ideally, having - the information would be better.
Done: there are connections to the ground. For this PoC, this will be a kind of feeder... but this is something that you may want to improve.
Done: there are also informations regarding x,y position, that could be used for the semi-automatic algorithm. I will propose both approaches.
Done: render!
Todo: then we will have to handle more complex structures: the one proposed in the sample is simple... but let's keep that for a next step.