Python을 통해 결과를 계산하기

from mmind_surface import *		# must be imported

def test_surface(surface):
    print(surface) # is a class
    print(type(surface)) # is a class
    print(surface.depth) # is numpy.ndarray (n, m)
    print(surface.intensity) # is numpy.ndarray (n, m)
    print(surface.xResolution)
    print(surface.yResolution)
    print(surface.xOffset)
    print(surface.yOffset)
    print(surface.zOffset)

    return surface


def test_surfaces(surfaces):
    print(type(surfaces)) # is list
    for surface in surfaces:
        print(type(surface)) # is class
        print(surface.depth)
        print(surface.intensity)
        print(surface.xResolution)
        print(surface.yResolution)
        print(surface.xOffset)
        print(surface.yOffset)
        print(surface.zOffset)
    return surfaces

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from mmind_profile import *		# must be imported

def test_surface(profile):
    print(profile) # is a class
    print(type(profile)) # is a class
    print(profile.points) # is numpy.ndarray (n,2)
    print(profile.yResolution)
    print(profile.xOffset)
    return profile


def test_surfaces(profiles):
    print(type(profiles)) # is list
    for profile in profiles:
        print(type(profile)) # is a class
        print(profile.points) # is numpy.ndarray (n,2)
        print(profile.yResolution)
        print(profile.xOffset)
    return profiles

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from mmind_util import *		# must be imported
from mmind_feature import *		# must be imported

def test_shape3dList(point_list, line_list, plane_list, circle_list):
    point = point_list[0]       # class PyPoint3D
    line = line_list[0]         # class PyLine3D
    plane = plane_list[0]       # class PyPlane3D
    circle = circle_list[0]     # class PyCircle3D

    p_x = point.x               # number
    p_y = point.y
    p_z = point.z

    l_p = line.point            # class PyVector3D
    l_d = line.direction        # class PyVector3D
    print(l_d.x, l_d.y, l_d.z)

    p_a = plane.a               # number
    p_b = plane.b
    p_c = plane.c
    p_d = plane.d

    c_p = circle.point          # class PyVector3D
    c_r = circle.radius         # number
    c_n = circle.normal         # class PyVector3D


def create_shape3dList():
    point1 = PyPoint3D(1.0, 2.0, 3.0)
    point2 = PyPoint3D()
    point2.x = 4.0              # must be a number
    point2.y = 5.0
    point2.z = 6.0

    line1 = PyLine3D(PyVector3D(1.0, 1.0, 1.0), PyVector3D(1.0, 1.0, 0.0))
    line2 = PyLine3D()
    line2.point = PyVector3D(1.1, 1.2, 1.3)     # can be PyVector3D or PyPoint3D
    line2.direction.x = 0.0     # must be a number
    line2.direction.y = 1.0
    line2.direction.z = 1.0

    plane1 = PyPlane3D(2.0, 0.0, 0.0, 10.0)
    plane2 = PyPlane3D()
    plane2.a = 0.0056           # must be a number
    plane2.b = 0.001
    plane2.c = 0.0023
    plane2.d = -3.22

    circle1 = PyCircle3D(point1, 10.0, PyVector3D(0.0, 0.0, 1.0))
    circle2 = PyCircle3D()
    circle2.point = point2      # can be PyVector3D or PyPoint3D
    circle2.radius = 100.0      # must be a number
    circle2.normal = PyVector3D(0.0, 1.0, 0.0)  # must be unit vector

    return [point1, point2], [line1, line2], [plane1, plane2], [circle1, circle2]

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