ophpy.PointCloud Namespace Reference

Functions
def	k (wvl)
def	get_pointcloud (path)
def	RSIntegral (plydata, color, propagation=1, angleX=0, angleY=0, Red=639 *nm, Green=525 *nm, Blue=463 *nm, SLM_width=3840, SLM_height=2160, scaleXY=0.03, scaleZ=0.25, pixel_pitch=3.6 *um)
def	FresnelIntegral (plydata, color, propagation=1, angleX=0, angleY=0, Red=639 *nm, Green=525 *nm, Blue=463 *nm, SLM_width=3840, SLM_height=2160, scaleXY=0.03, scaleZ=0.25, pixel_pitch=3.6 *um)

Variables
int	mm = 1e-3
int	um = mm * mm
int	nm = um * mm

Function Documentation

FresnelIntegral()

def ophpy.PointCloud.FresnelIntegral	(		plydata,
			color,
			propagation = 1,
			angleX = 0,
			angleY = 0,
			Red = 639 * nm,
			Green = 525 * nm,
			Blue = 463 * nm,
			SLM_width = 3840,
			SLM_height = 2160,
			scaleXY = 0.03,
			scaleZ = 0.25,
			pixel_pitch = 3.6 * um
	)

Fresnel approximation point propagation

Definition at line 74 of file PointCloud.py.

get_pointcloud()

def ophpy.PointCloud.get_pointcloud

(

path

)

Definition at line 15 of file PointCloud.py.

k()

def ophpy.PointCloud.k

(

wvl

)

Definition at line 12 of file PointCloud.py.

RSIntegral()

def ophpy.PointCloud.RSIntegral	(		plydata,
			color,
			propagation = 1,
			angleX = 0,
			angleY = 0,
			Red = 639 * nm,
			Green = 525 * nm,
			Blue = 463 * nm,
			SLM_width = 3840,
			SLM_height = 2160,
			scaleXY = 0.03,
			scaleZ = 0.25,
			pixel_pitch = 3.6 * um
	)

Fresnel approximation point propagation

Definition at line 31 of file PointCloud.py.

Variable Documentation

mm

int ophpy.PointCloud.mm = 1e-3

Definition at line 7 of file PointCloud.py.

nm

int ophpy.PointCloud.nm = um * mm

Definition at line 9 of file PointCloud.py.

um

int ophpy.PointCloud.um = mm * mm

Definition at line 8 of file PointCloud.py.