python.plotDeltas3d Namespace Reference

Functions
	adaptiveGeneratorToDataframe (adaptiveGenerator)
	get_projected_cubes_and_colors (dataframe, dim, scalarMap)
	plotDeltas3D (dataframe, dim=['l_0', 'l_1', 'l_2'])
	quad (plane='xy', origin=None, width=1, height=1, depth=0)
	subcube (origin=(0, 0, 0), width=1, height=1, depth=1)
	subcube_at (midpoint=(1, 1, 1))

Function Documentation

adaptiveGeneratorToDataframe()

python.plotDeltas3d.adaptiveGeneratorToDataframe

(

adaptiveGenerator

)

Referenced by python.plotDeltas3d.plotDeltas3D().

get_projected_cubes_and_colors()

python.plotDeltas3d.get_projected_cubes_and_colors	(		dataframe,
			dim,
			scalarMap
	)

References python.plotDeltas3d.subcube_at().

Referenced by python.plotDeltas3d.plotDeltas3D().

plotDeltas3D()

python.plotDeltas3d.plotDeltas3D	(		dataframe,
			dim = ['l_0', 'l_1', 'l_2']
	)

print 3d cube representation of adaptive scheme

expects a pandas dataframe with column 'delta' and level indices 'l_*'

References python.plotDeltas3d.adaptiveGeneratorToDataframe(), python.plotDeltas3d.get_projected_cubes_and_colors(), python.plotDeltas3d.subcube(), and python.plotDeltas3d.subcube_at().

quad()

python.plotDeltas3d.quad	(		plane = 'xy',
			origin = None,
			width = 1,
			height = 1,
			depth = 0
	)

returns a rectangle

subcube()

python.plotDeltas3d.subcube	(		origin = (0, 0, 0),
			width = 1,
			height = 1,
			depth = 1
	)

Referenced by python.plotDeltas3d.plotDeltas3D(), and python.plotDeltas3d.subcube_at().

subcube_at()

python.plotDeltas3d.subcube_at

(

midpoint = (1, 1, 1)

)

References python.plotDeltas3d.subcube().

Referenced by python.plotDeltas3d.get_projected_cubes_and_colors(), and python.plotDeltas3d.plotDeltas3D().