def action_on_pspict(self, pspict):
from yanntricks.src.segment import Segment
# self.intersection is the point where the angle is located.
P1 = self.inter_point(self.intersection, self.d1.F, self.n1, pspict)
P2 = self.inter_point(self.intersection, self.d2.F, self.n2, pspict)
Q = P1 + P2 - self.intersection
l1 = Segment(Q, P1)
l2 = Segment(Q, P2)
l1.parameters = self.parameters.copy()
l2.parameters = self.parameters.copy()
pspict.DrawGraphs(l1, l2)
def action_on_pspict(self, pspict=None):
from yanntricks.src.segment import Segment
from yanntricks.src.Constructors import CustomSurface
from yanntricks.src.Exceptions import ShouldNotHappenException
c1 = self.curve1.graph(self.mx1, self.Mx1)
c2 = self.curve2.graph(self.mx2, self.Mx2)
# By convention, the first line goes from left to right
# and the second one to right to left.
# The same is followed in SurfaceBetweenLines
if c1.I.x > c1.F.x:
c1 = c1.reverse()
if c2.I.x < c2.F.x:
c2 = c2.reverse()
reIsegment = Segment(c2.F, c1.I)
reFsegment = Segment(c1.F, c2.I)
reIsegment.parameters = self.Isegment.parameters
reFsegment.parameters = self.Fsegment.parameters
if self.parameters._filled or self.parameters._hatched:
custom = CustomSurface(c1, reFsegment, c2, reIsegment)
custom.parameters = self.parameters.copy()
pspict.DrawGraphs(custom)
else:
raise ShouldNotHappenException(
"You are speaking of a surface but you don't want neither to fill it neither to hatch it ?"
)
if self.parameters.color != None:
self.Isegment.parameters.color = self.parameters.color
self.Fsegment.parameters.color = self.parameters.color
self.curve1.parameters.color = self.parameters.color
self.curve2.parameters.color = self.parameters.color
pspict.DrawGraphs(self.curve1, self.curve2)
if self.draw_Isegment:
pspict.DrawGraphs(reIsegment)
if self.draw_Fsegment:
pspict.DrawGraphs(reFsegment)