def get_selected_bounding_box(remote):
cmd = mmapi.StoredCommands()
key1 = cmd.AppendQueryCommand_GetBoundingBox()
remote.runCommand(cmd)
fMin = mmapi.floatArray(3)
fMax = mmapi.floatArray(3)
bOK = cmd.GetQueryResult_GetBoundingBox(key1, fMin, fMax)
return ((fMin[0], fMin[1], fMin[2]), (fMax[0], fMax[1], fMax[2]))
def get_selected_bounding_box(remote):
cmd = mmapi.StoredCommands()
key1 = cmd.AppendQueryCommand_GetBoundingBox()
remote.runCommand(cmd)
fMin = mmapi.floatArray(3)
fMax = mmapi.floatArray(3)
bOK = cmd.GetQueryResult_GetBoundingBox(key1, fMin, fMax)
return ( (fMin[0],fMin[1],fMin[2]), (fMax[0],fMax[1],fMax[2]) )
def get_selected_bounding_box(remote):
"""return the axis-aligned bounding box of the selected objects as two 3-tuples (min, max)"""
cmd = mmapi.StoredCommands()
key1 = cmd.AppendQueryCommand_GetBoundingBox()
remote.runCommand(cmd)
fMin = mmapi.floatArray(3)
fMax = mmapi.floatArray(3)
bOK = cmd.GetQueryResult_GetBoundingBox(key1, fMin, fMax)
return ( (fMin[0],fMin[1],fMin[2]), (fMax[0],fMax[1],fMax[2]) )
def get_selected_bounding_box(remote):
"""return the axis-aligned bounding box of the selected objects as two 3-tuples (min, max)"""
cmd = mmapi.StoredCommands()
key1 = cmd.AppendQueryCommand_GetBoundingBox()
remote.runCommand(cmd)
fMin = mmapi.floatArray(3)
fMax = mmapi.floatArray(3)
bOK = cmd.GetQueryResult_GetBoundingBox(key1, fMin, fMax)
return ( (fMin[0],fMin[1],fMin[2]), (fMax[0],fMax[1],fMax[2]) )
def to_world_xyz(remote, x, y, z):
"""convert point from scene to world coords"""
vScene = mmapi.floatArray(3)
vScene[0] = x
vScene[1] = y
vScene[2] = z
cmd2 = mmapi.StoredCommands()
ckey = cmd2.AppendQueryCommand_ConvertPointToWorld(vScene)
remote.runCommand(cmd2)
vWorld = mmapi.floatArray(3)
cmd2.GetQueryResult_ConvertPointToWorld(ckey, vWorld)
return (vWorld[0], vWorld[1], vWorld[2])
def to_world_xyz(remote, x,y,z):
"""convert point from scene to world coords"""
vScene = mmapi.floatArray(3)
vScene[0] = x
vScene[1] = y
vScene[2] = z
cmd2 = mmapi.StoredCommands()
ckey = cmd2.AppendQueryCommand_ConvertPointToWorld(vScene)
remote.runCommand(cmd2);
vWorld = mmapi.floatArray(3)
cmd2.GetQueryResult_ConvertPointToWorld(ckey, vWorld)
return (vWorld[0],vWorld[1],vWorld[2])
def to_scene_xyz(remote, x,y,z):
"""convert a 3D point from World space to Scene space"""
vWorld = mmapi.floatArray(3)
vWorld[0] = x
vWorld[1] = y
vWorld[2] = z
cmd2 = mmapi.StoredCommands()
ckey = cmd2.AppendQueryCommand_ConvertPointToScene(vWorld)
remote.runCommand(cmd2);
vScene = mmapi.floatArray(3)
cmd2.GetQueryResult_ConvertPointToScene(ckey, vScene)
return (vScene[0],vScene[1],vScene[2])
def get_face_selection_bounding_box(remote):
cmd = mmapi.StoredCommands()
key1 = cmd.AppendQueryCommand_GetSelectedFacesBoundingBox()
remote.runCommand(cmd)
fMin = mmapi.floatArray(3)
fMax = mmapi.floatArray(3)
bOK = cmd.GetQueryResult_GetSelectedFacesBoundingBox(key1, fMin, fMax)
if bOK:
return ( (fMin[0],fMin[1],fMin[2]), (fMax[0],fMax[1],fMax[2]) )
else:
return ( (0,0,0), (0,0,0) )
def to_scene_xyz(remote, x, y, z):
"""convert a 3D point from World space to Scene space"""
vWorld = mmapi.floatArray(3)
vWorld[0] = x
vWorld[1] = y
vWorld[2] = z
cmd2 = mmapi.StoredCommands()
ckey = cmd2.AppendQueryCommand_ConvertPointToScene(vWorld)
remote.runCommand(cmd2)
vScene = mmapi.floatArray(3)
cmd2.GetQueryResult_ConvertPointToScene(ckey, vScene)
return (vScene[0], vScene[1], vScene[2])
def get_face_selection_bounding_box(remote):
cmd = mmapi.StoredCommands()
key1 = cmd.AppendQueryCommand_GetSelectedFacesBoundingBox()
remote.runCommand(cmd)
fMin = mmapi.floatArray(3)
fMax = mmapi.floatArray(3)
bOK = cmd.GetQueryResult_GetSelectedFacesBoundingBox(key1, fMin, fMax)
if bOK:
return ((fMin[0], fMin[1], fMin[2]), (fMax[0], fMax[1], fMax[2]))
else:
return ((0, 0, 0), (0, 0, 0))
def get_face_selection_bounding_box(remote):
"""return the axis-aligned bounding box of the selected faces as two 3-tuples (min, max). Requires active face selection."""
cmd = mmapi.StoredCommands()
key1 = cmd.AppendQueryCommand_GetSelectedFacesBoundingBox()
remote.runCommand(cmd)
fMin = mmapi.floatArray(3)
fMax = mmapi.floatArray(3)
bOK = cmd.GetQueryResult_GetSelectedFacesBoundingBox(key1, fMin, fMax)
if bOK:
return ( (fMin[0],fMin[1],fMin[2]), (fMax[0],fMax[1],fMax[2]) )
else:
return ( (0,0,0), (0,0,0) )
def get_face_selection_bounding_box(remote):
"""return the axis-aligned bounding box of the selected faces as two 3-tuples (min, max). Requires active face selection."""
cmd = mmapi.StoredCommands()
key1 = cmd.AppendQueryCommand_GetSelectedFacesBoundingBox()
remote.runCommand(cmd)
fMin = mmapi.floatArray(3)
fMax = mmapi.floatArray(3)
bOK = cmd.GetQueryResult_GetSelectedFacesBoundingBox(key1, fMin, fMax)
if bOK:
return ( (fMin[0],fMin[1],fMin[2]), (fMax[0],fMax[1],fMax[2]) )
else:
return ( (0,0,0), (0,0,0) )
def to_scene_f(remote, f):
"""convert a scalar dimension from World space to Scene space"""
cmd2 = mmapi.StoredCommands()
ckey = cmd2.AppendQueryCommand_ConvertScalarToScene(f)
remote.runCommand(cmd2)
vScene = mmapi.floatArray(1)
cmd2.GetQueryResult_ConvertScalarToScene(ckey, vScene)
return vScene[0]
def to_world_f(remote, f):
"""convert scalar from scene to world coords"""
cmd2 = mmapi.StoredCommands()
ckey = cmd2.AppendQueryCommand_ConvertScalarToWorld(f)
remote.runCommand(cmd2);
vWorld = mmapi.floatArray(1)
cmd2.GetQueryResult_ConvertScalarToWorld(ckey, vWorld)
return vWorld[0]
def to_scene_f(remote, f):
"""convert scalar from world to scene coords"""
cmd2 = mmapi.StoredCommands()
ckey = cmd2.AppendQueryCommand_ConvertScalarToScene(f)
remote.runCommand(cmd2)
vScene = mmapi.floatArray(1)
cmd2.GetQueryResult_ConvertScalarToScene(ckey, vScene)
return vScene[0]
def to_scene_f(remote, f):
"""convert a scalar dimension from World space to Scene space"""
cmd2 = mmapi.StoredCommands()
ckey = cmd2.AppendQueryCommand_ConvertScalarToScene(f)
remote.runCommand(cmd2);
vScene = mmapi.floatArray(1)
cmd2.GetQueryResult_ConvertScalarToScene(ckey, vScene)
return vScene[0]
def to_world_f(remote, f):
"""convert scalar from scene to world coords"""
cmd2 = mmapi.StoredCommands()
ckey = cmd2.AppendQueryCommand_ConvertScalarToWorld(f)
remote.runCommand(cmd2)
vWorld = mmapi.floatArray(1)
cmd2.GetQueryResult_ConvertScalarToWorld(ckey, vWorld)
return vWorld[0]
def to_world_f(remote, f):
"""convert a scalar dimension from Scene space to World space"""
cmd2 = mmapi.StoredCommands()
ckey = cmd2.AppendQueryCommand_ConvertScalarToWorld(f)
remote.runCommand(cmd2)
vWorld = mmapi.floatArray(1)
cmd2.GetQueryResult_ConvertScalarToWorld(ckey, vWorld)
return vWorld[0]
def to_world_f(remote, f):
"""convert a scalar dimension from Scene space to World space"""
cmd2 = mmapi.StoredCommands()
ckey = cmd2.AppendQueryCommand_ConvertScalarToWorld(f)
remote.runCommand(cmd2);
vWorld = mmapi.floatArray(1)
cmd2.GetQueryResult_ConvertScalarToWorld(ckey, vWorld)
return vWorld[0]
def to_scene_f(remote, f):
"""convert scalar from world to scene coords"""
cmd2 = mmapi.StoredCommands()
ckey = cmd2.AppendQueryCommand_ConvertScalarToScene(f)
remote.runCommand(cmd2);
vScene = mmapi.floatArray(1)
cmd2.GetQueryResult_ConvertScalarToScene(ckey, vScene)
return vScene[0]
def get_face_selection_centroid(remote):
cmd = mmapi.StoredCommands()
key1 = cmd.AppendQueryCommand_GetSelectedFacesCentroid()
remote.runCommand(cmd)
vCentroid = mmapi.floatArray(3)
bOK = cmd.GetQueryResult_GetSelectedFacesCentroid(key1, vCentroid)
if bOK:
return ( vCentroid[0], vCentroid[1], vCentroid[2] )
else:
return ( 0,0,0 )
def get_face_selection_centroid(remote):
cmd = mmapi.StoredCommands()
key1 = cmd.AppendQueryCommand_GetSelectedFacesCentroid()
remote.runCommand(cmd)
vCentroid = mmapi.floatArray(3)
bOK = cmd.GetQueryResult_GetSelectedFacesCentroid(key1, vCentroid)
if bOK:
return (vCentroid[0], vCentroid[1], vCentroid[2])
else:
return (0, 0, 0)
def get_face_selection_centroid(remote):
"""return the geometric centroid of the selected faces as a 3-tuple. Requires active face selection."""
cmd = mmapi.StoredCommands()
key1 = cmd.AppendQueryCommand_GetSelectedFacesCentroid()
remote.runCommand(cmd)
vCentroid = mmapi.floatArray(3)
bOK = cmd.GetQueryResult_GetSelectedFacesCentroid(key1, vCentroid)
if bOK:
return ( vCentroid[0], vCentroid[1], vCentroid[2] )
else:
return ( 0,0,0 )
def get_face_selection_centroid(remote):
"""return the geometric centroid of the selected faces as a 3-tuple. Requires active face selection."""
cmd = mmapi.StoredCommands()
key1 = cmd.AppendQueryCommand_GetSelectedFacesCentroid()
remote.runCommand(cmd)
vCentroid = mmapi.floatArray(3)
bOK = cmd.GetQueryResult_GetSelectedFacesCentroid(key1, vCentroid)
if bOK:
return ( vCentroid[0], vCentroid[1], vCentroid[2] )
else:
return ( 0,0,0 )