EGTF is now part of ots-draw, but it is a completely standalone feature that we use within OTS. Package org.opentrafficsim.draw.egtf only relies on standard java. Package org.opentrafficsim.draw.egtf.typed also depends on DJUNITS.
The filter might be used outside of OTS. By using Quantity.SPEED_SI, Quantity.FLOW_SI, Quantity.DENSITY_SI, Egtf.addPointDataSI(Quantity, ...), Egtf.addVectorDataSI(Quantity, ...), Filter filter = Egtf.filterSI(..., Quantity...), and Filter.getSI(Quantity), most standard usage is available. There is also a fast-fourier implementation, and instead of using a Quantity one can also use a DataStream, which is a combination of a DataSource and a Quantity, and which has data reliability information for free flow and congested data.
We can place all this in a separate project, with a separate website explaining how to download and use the filter, e.g. in Matlab or Python.
EGTF is now part of ots-draw, but it is a completely standalone feature that we use within OTS. Package
org.opentrafficsim.draw.egtfonly relies on standard java. Packageorg.opentrafficsim.draw.egtf.typedalso depends on DJUNITS.The filter might be used outside of OTS. By using
Quantity.SPEED_SI,Quantity.FLOW_SI,Quantity.DENSITY_SI,Egtf.addPointDataSI(Quantity, ...),Egtf.addVectorDataSI(Quantity, ...),Filter filter = Egtf.filterSI(..., Quantity...), andFilter.getSI(Quantity), most standard usage is available. There is also a fast-fourier implementation, and instead of using aQuantityone can also use aDataStream, which is a combination of aDataSourceand aQuantity, and which has data reliability information for free flow and congested data.We can place all this in a separate project, with a separate website explaining how to download and use the filter, e.g. in Matlab or Python.