Now when you export an attribute as .shp from a container where the geometry is not explicitly configured. It only writes the .dbf and not also the .shp/.shx/.prj. While GeoDMS already knows the corresponding geometry features (as it can draw them).
container store
{
attribute<float32> TransportPerformance (domain) := TP_g, StorageName = "%LocalDataProjDir%/Results/DestMass.tif";
attribute<float32> Pop_within_limit1_i (Prep/Orgs):= ../Pop_within_limit1_i, StorageName = "='%LocalDataProjDir%/Results/Pop_within_'+string(TraveltimeLimit_1)+'min.shp'", StorageType = "gdalwrite.vect";
attribute<float32> Pop_within_limit2_i (Prep/Orgs):= ../Pop_within_limit2_i, StorageName = "='%LocalDataProjDir%/Results/Pop_within_'+string(TraveltimeLimit_2)+'km.shp'", StorageType = "gdalwrite.vect";
}
Now when you export an attribute as .shp from a container where the geometry is not explicitly configured. It only writes the .dbf and not also the .shp/.shx/.prj. While GeoDMS already knows the corresponding geometry features (as it can draw them).
See here for example: