def getHeight(self):
_max=0
for i in range(1,len(self.polygons)):
top_index=GeoFunc.checkTop(self.polygons[i])
top=self.polygons[i][top_index][1]
if top>_max:
_max=top
self.contain_height=_max
PltFunc.addLine([[0,self.contain_height],[self.width,self.contain_height]],color="blue")
def showResult(self, **kw):
if "current" in kw and kw["current"] == True:
for poly in self.cur_polys:
PltFunc.addPolygonColor(poly)
PltFunc.addLine(
[[0, self.new_height], [self.width, self.new_height]],
color="blue")
if "initial" in kw and kw["initial"] == True:
for poly in self.polys:
PltFunc.addPolygon(poly)
PltFunc.addLine([[0, self.height], [self.width, self.height]],
color="blue")
PltFunc.showPlt()
def pltArea(self):
A, B, C = 0, 0, 0
for i, coefficient in enumerate(self.break_points_list):
print(coefficient)
A = A + coefficient[1]
B = A + coefficient[2]
C = A + coefficient[3]
if i > 0:
x = [self.break_points_list[i - 1][0], coefficient[0]]
else:
x = [0, coefficient[0]]
y0 = self.getQuadratic(x[0], A, B, C)
y1 = self.getQuadratic(x[1], A, B, C)
PltFunc.addLine([[x[0], y0], [x[1], y1]])
PltFunc.showPlt()
def showAll(self):
for i in range(0,len(self.polygons)):
PltFunc.addPolygon(self.polygons[i])
length=max(self.width,self.contain_height)
PltFunc.addLine([[self.width,0],[self.width,self.contain_height]],color="blue")
PltFunc.showPlt(width=length,height=length)