def slice(self):
self.clear_draw()
self.get_pt_and_no()
mx = self.snap_ob.matrix_world
imx = mx.inverted()
if bversion() < '002.077.000':
pt, no, seed, dist = self.bvh.find(imx * self.cut_pt)
else:
pt, no, seed, dist = self.bvh.find_nearest(imx * self.cut_pt)
verts_x, eds = cross_section_seed_ver1(self.bme, mx, self.cut_pt, self.cut_no_x, seed, max_tests = 100)
verts_y, eds = cross_section_seed_ver1(self.bme, mx, self.cut_pt, self.cut_no_y, seed, max_tests = 100)
#put them in world space
self.slice_points_x = [mx*v for v in verts_x]
self.slice_points_y = [mx*v for v in verts_y]
bmx = self.bracket_data.bracket_obj.matrix_world
bracket_x = bmx.to_3x3()*Vector((1,0,0))
bracket_y = bmx.to_3x3()*Vector((0,1,0))
bracket_z = bmx.to_3x3()*Vector((0,0,1))
v0 = self.cut_pt
v1 = v0 + self.incisal_d * bracket_y
v_l = v1 - 4 * bracket_z
v_m = v1 + 2 * bracket_x
v_d = v1 - 2 * bracket_x
self.reference_L = [v0, v1, v_l, v_m, v_d]
def slice(self):
self.clear_draw()
self.get_pt_and_no()
mx = self.snap_ob.matrix_world
imx = mx.inverted()
if bversion() < '002.077.000':
pt, no, seed, dist = self.bvh.find(imx * self.cut_pt)
else:
pt, no, seed, dist = self.bvh.find_nearest(imx * self.cut_pt)
verts_x, eds = cross_section_seed_ver1(self.bme,
mx,
self.cut_pt,
self.cut_no_x,
seed,
max_tests=100)
verts_y, eds = cross_section_seed_ver1(self.bme,
mx,
self.cut_pt,
self.cut_no_y,
seed,
max_tests=100)
#put them in world space
if verts_x != None:
self.slice_points_x = [mx * v for v in verts_x]
else:
self.slice_points_x = []
if verts_y != None:
self.slice_points_y = [mx * v for v in verts_y]
else:
self.slice_points_y = []
bmx = self.bracket_data.bracket_obj.matrix_world
bracket_x = bmx.to_3x3() * Vector((1, 0, 0))
bracket_z = bmx.to_3x3() * Vector((0, 0, 1))
bracket_y = bracket_z.cross(self.cut_no_x)
v0 = self.cut_pt
v1 = v0 + self.b_gauge * bracket_y
v_l = v1 - 4 * bracket_z
v_m = v1 + 2 * bracket_x
v_d = v1 - 2 * bracket_x
self.reference_L = [v0, v1, v_l, v_m, v_d]
def slice(self):
self.slice_points = []
if len(self.crv_dat.b_pts) < 2 or self.crv_dat.selected == -1:
return
self.get_pt_and_no()
mx = self.snap_ob.matrix_world
imx = mx.inverted()
pt, no, seed, dist = self.bvh.find(imx * self.cut_pt)
verts, eds = cross_section_seed_ver1(self.bme, mx, self.cut_pt, self.cut_no, seed, max_tests = 40)
#put them in world space
self.slice_points = [mx*v for v in verts]
def slice(self):
self.slice_points = []
if len(self.crv_dat.b_pts) < 2 or self.crv_dat.selected == -1:
return
self.get_pt_and_no()
mx = self.snap_ob.matrix_world
imx = mx.inverted()
if bversion() < '002.077.000':
pt, no, seed, dist = self.bvh.find(imx * self.cut_pt)
else:
pt, no, seed, dist = self.bvh.find_nearest(imx * self.cut_pt)
verts, eds = cross_section_seed_ver1(self.bme,
mx,
self.cut_pt,
self.cut_no,
seed,
max_tests=40)
#put them in world space
self.slice_points = [mx * v for v in verts]
