def _bytescan_rectangle(alg, top):
return chart(
"bytescan",
data=_bytescan_data(top.width + 2 * alg.margin, top.height + 2 * alg.margin),
topology=_scantop.rectangle,
margin=alg.margin,
)
def _bytescan_projective_plane(alg, top):
return chart(
"bytescan",
data=_bytescan_data(top.width + 2 * alg.margin, top.height + 2 * alg.margin),
topology=_scantop.projective_plane,
margin=alg.margin,
)
def _bytescan_torus(alg, top):
return chart(
"bytescan",
data=_bytescan_data(top.width + 2 * alg.margin, top.height + 2 * alg.margin),
topology=_scantop.torus,
margin=alg.margin,
)
def _complexscan_projective_plane(alg, top):
return chart('complexscan',
data=_complexscan_data(top.width + 2*alg.margin,
top.height + 2*alg.margin,
getattr(alg, 'planes', 1)),
topology=_scantop.projective_plane,
margin=alg.margin
)
def _complexscan_torusfall(alg, top):
return chart('complexscan',
data=_complexscan_data(top.width + 2*alg.margin,
top.height + 2*alg.margin,
getattr(alg, 'planes', 1)),
topology=_scantop.torusfall(top.fall),
margin=alg.margin
)
def _floatscan_rectangle(alg, top):
return chart('floatscan',
data=_floatscan_data(top.width + 2*alg.margin,
top.height + 2*alg.margin,
getattr(alg, 'planes', 1)),
topology=_scantop.rectangle,
margin=alg.margin
)
def _bytescan_to_projective_plane(c, top):
return chart("bytescan", data=c.data, topology=_scantop.projective_plane, margin=c.margin)
def _bytescan_to_rectangle(c, top):
return chart("bytescan", data=c.data, topology=_scantop.rectangle, margin=c.margin)
def _bytescan_to_torus(c, top):
return chart("bytescan", data=c.data, topology=_scantop.torus, margin=c.margin)
def _complexscan_to_projective_plane(c, top):
return chart('complexscan',
data=c.data,
topology=_scantop.projective_plane,
margin=c.margin
)
def _complexscan_to_rectangle(c, top):
return chart('complexscan',
data=c.data,
topology=_scantop.rectangle,
margin=c.margin
)
def _complexscan_to_torus(c, top):
return chart('complexscan',
data=c.data,
topology=_scantop.torus,
margin=c.margin
)
def _floatscan_to_rectangle(c, top):
return chart('floatscan',
data=c.data,
topology=_scantop.rectangle,
margin=c.margin
)
def _floatscan_to_torus(c, top):
return chart('floatscan',
data=c.data,
topology=_scantop.torus,
margin=c.margin
)