def calculate_intersections(self):
super(TR13, self).calculate_intersections()
c = self.context
p = self.params
c.variables = []
c.equations = []
solutions = solver.calc_intersection('tc', 'lc', c)
self.sub_result = (
sorted(solutions, key=itemgetter(2), reverse=True)[1]
)
x = float(self.sub_result[0])
y = float(self.sub_result[1])
cy = float(self.sub_result[2])
c['p2_Y'] = y
c['p2_X'] = p.W - x
c['p1_X'] = x
c['p1_Y'] = y
c['lc_CY'] = cy
c['rc_CY'] = cy
def calculate_intersections(self):
super(TR170, self).calculate_intersections()
c = self.context
p = self.params
c.variables = []
c.equations = []
solutions = solver.calc_intersection("ltc", "tc", c)
self.sub_result = sorted(solutions, key=itemgetter(2), reverse=True)[1]
x = float(self.sub_result[0])
y = float(self.sub_result[1])
cy = float(self.sub_result[2])
c["p1_X"] = x
c["p1_Y"] = y
c["p2_Y"] = y
c["p2_X"] = p.W - x
c["p3_X"] = p.P3
# c['p3_Y'] = p.RI + p.R40 - p.P3
c["p3_Y"] = c["lbc_CY"] - p.P3
c["p4_X"] = p.W - p.R40 - p.P1
c["p4_Y"] = p.RI
c["p5_X"] = p.W - p.R40
c["p5_Y"] = p.RI
def calculate_intersections(self):
super(TR213, self).calculate_intersections()
c = self.context
p = self.params
c.variables = []
c.equations = []
c['x0'] = x0 = 0.
c['y0'] = y0 = p.RI + p.H - p.P1 #P1==Hohe Sctrigbha, P2==Winkel
x2 = x0 + math.cos(math.radians(90. - p.P2))
y2 = y0 + math.sin(math.radians(90. - p.P2))
solutions = solver.calc_line_vs_circle_intersections(
'tc',
x0, y0,
x2, y2,
c
)
self.sub_result = (
sorted(solutions, key=itemgetter(1), reverse=True)[0]
)
x = float(self.sub_result[0])
y = float(self.sub_result[1])
c['x2'] = x
c['y2'] = y
solutions = solver.calc_intersection('bc', 'lbc', c)
self.sub_result = (
sorted(solutions, key=itemgetter(2), reverse=True)[-2]
)
x = float(self.sub_result[0])
y = float(self.sub_result[1])
cy = float(self.sub_result[2])
c['p3_X'] = x
c['p3_Y'] = y
c['p4_Y'] = y
c['p4_X'] = p.W - x
c['lbc_CY'] = cy
c['rbc_CY'] = cy
def calculate_intersections(self):
super(TR5, self).calculate_intersections()
c = self.context
p = self.params
c.variables = []
c.equations = []
solutions = solver.calc_intersection('tc', 'ltc', c)
self.sub_result = (
sorted(solutions, key=itemgetter(2), reverse=True)[1]
)
x = float(self.sub_result[0])
y = float(self.sub_result[1])
cy = float(self.sub_result[2])
c['p1_X'] = x
c['p1_Y'] = y
c['p2_Y'] = y
c['p2_X'] = p.W - x
c['ltc_CY'] = cy
c['rtc_CY'] = cy
c['a'] = a = p.R20 / (2 ** 0.5)
solutions = solver.circle_subst('bc', a, c)
self.sub_result = (
sorted(solutions, reverse=True)[1]
)
y = float(self.sub_result)
c['p3_X'] = a
c['p3_Y'] = y
c['p4_Y'] = y
c['p4_X'] = p.W - a