TokenHeight.getTokensWithinShape(originToken, shape, distance, height, width, azimuthalAngle, polarAngle)
   Image.getTokensWithinShapeFromToken(originItem, shape, distance, height, width, azimuthalAngle, polarAngle)
   Image.getTokensWithinShape(originX, originY, originZ, shape, distance, height, width, azimuthalAngle, polarAngle)

   Get all tokens within a shape (including the origin token, if any).  Any token with any part of its containing cube will be returned.  I know there is a lot of debate and variations on how much of a token needs to overlap for a given shape type.  As such, I'm returning all, as it's easier to remove tokens you don't want than to add...

   The parameters for each type of shape are:
 
All:  
originX, originY, originZ - the coordinates of the center / origin of the shape
shape - "sphere", "cube", "cylinder", "line", "cone"
sphere:
distance = radius of the sphere
cube:
distance = length of each side of the cube
cylinder:
distance = radius of the sphere
height = height of the cylinder
line:
distance = length of the line
width = width of the line (half on each side of the line in all directions)
azimuthalAngle = angle of the line leaving the origin in the X/Y plane in degrees. 0 = north, 90 = east
polarAngle = angle of the line leaving the origin in the X/Z plane in degrees. 0 = flat, 90 = straight up
cone:
distance = length of the cone
width = angle of the cone aperture (53 in 5E, 90 in 3.5/PFRPG)
azimuthalAngle = angle of the center of the cone leaving the origin in the X/Y plane in degrees. 0 = north, 90 = east
polarAngle = angle of the center of the cone leaving the origin in the X/Z plane in degrees. 0 = flat, 90 = straight up