Closed jacobmgreer closed 9 months ago
denote color (sex role) denote generation (stack) donote quartile (paternal/maternal pa/ma) donote start/stop angles (RAD) denote sequence (location in stack)
all you really need is a list of RADs to generate the graph (representing the identified family). This keeps the file load small.
other details could be queried from RAD. like the FID and name/lifespan/details.
urls could use RAD to center the graph. Great-Procreations#5
detail files could be batched for size constraints: RADs 1-500,000 for example
RAD transition initiated
denote color (sex role) denote generation (stack) donote quartile (paternal/maternal pa/ma) donote start/stop angles (RAD) denote sequence (location in stack)
all you really need is a list of RADs to generate the graph (representing the identified family). This keeps the file load small.
other details could be queried from RAD. like the FID and name/lifespan/details.
urls could use RAD to center the graph. Great-Procreations#5
detail files could be batched for size constraints: RADs 1-500,000 for example