def vmethod_0(self, obstacle_0, returnList):
obstacleAreaResult_0 = ObstacleAreaResult.Primary
double_0 = None
double_1 = self.mocma
double_2 = double_1
double_3 = None
# if (MathHelper.smethod_44(self.selectionArea, obstacle_0.Position, obstacle_0.tolerance)):
#obstacleAreaResult_0 = self.primaryArea.imethod_1(obstacle_0.Position, obstacle_0.tolerance, double_1, out double_2, out double_0);
if not MathHelper.pointInPolygon(self.primaryArea, obstacle_0.Position,
obstacle_0.tolerance):
double_0 = 0.0
double_2 = 0.0
#List<SecondaryObstacleArea>.Enumerator enumerator = self.secondaryAreas.GetEnumerator();
for current in self.secondaryAreas:
try:
num = None
num1 = None
resultList = []
obstacleAreaResult = current.imethod_1(
obstacle_0.Position, obstacle_0.tolerance, double_1,
resultList)
if obstacleAreaResult == ObstacleAreaResult.Outside or len(
resultList) < 2:
obstacleAreaResult_0 = ObstacleAreaResult.Outside
continue
num = resultList[0]
num1 = resultList[1]
if obstacleAreaResult == ObstacleAreaResult.Primary:
obstacleAreaResult_0 = obstacleAreaResult
double_2 = num
double_0 = num1
break
elif obstacleAreaResult == ObstacleAreaResult.Secondary and (
num > double_2 or double_2 == 0.0):
obstacleAreaResult_0 = obstacleAreaResult
double_2 = num
double_0 = num1
break
except IndexError:
pass
if obstacleAreaResult_0 != ObstacleAreaResult.Outside:
obstacle_0.area = obstacleAreaResult_0
point3d = MathHelper.distanceBearingPoint(obstacle_0.Position,
self.tr180,
obstacle_0.tolerance)
double_3 = self.vmethod_3(point3d, False)
if obstacleAreaResult_0 == ObstacleAreaResult.Primary:
double_3 = double_3 + (double_1 - double_2)
returnList.append(double_0)
returnList.append(double_1)
returnList.append(double_2)
returnList.append(double_3)
return True
return False
def vmethod_0(self, obstacle_0, returnList):
point3d = MathHelper.distanceBearingPoint(obstacle_0.Position, self.tr,
obstacle_0.tolerance)
obstacleAreaResult_0 = ObstacleAreaResult.Primary
double_0 = None
double_1 = self.getMOC(point3d)
double_3 = None
double_2 = double_1
if not MathHelper.pointInPolygon(self.primaryArea, obstacle_0.Position,
obstacle_0.tolerance):
double_0 = 0.0
double_2 = 0.0
for current in self.secondaryAreas:
try:
num = None
num1 = None
resultList = []
obstacleAreaResult = current.imethod_1(
obstacle_0.Position, obstacle_0.tolerance, double_1,
resultList)
if obstacleAreaResult == ObstacleAreaResult.Outside:
obstacleAreaResult_0 = ObstacleAreaResult.Outside
continue
num = resultList[0]
num1 = resultList[1]
if (obstacleAreaResult == ObstacleAreaResult.Primary):
obstacleAreaResult_0 = obstacleAreaResult
double_2 = num
double_0 = num1
break
elif obstacleAreaResult == ObstacleAreaResult.Secondary and (
num > double_2 or double_2 == 0.0):
obstacleAreaResult_0 = obstacleAreaResult
double_2 = num
double_0 = num1
except IndexError:
pass
if obstacleAreaResult_0 != ObstacleAreaResult.Outside:
obstacle_0.area = obstacleAreaResult_0
double_3 = self.vmethod_3(point3d, False)
if obstacleAreaResult_0 == ObstacleAreaResult.Secondary:
double_3 = double_3 + (double_1 - double_2)
returnList.append(double_0)
returnList.append(double_1)
returnList.append(double_2)
returnList.append(double_3)
return True
return False
def vmethod_0(self, obstacle_0, returnList):
double_0 = None
double_3 = None
point3d = MathHelper.getIntersectionPoint(
self.ptTHR, self.ptEND, obstacle_0.Position,
MathHelper.distanceBearingPoint(obstacle_0.Position, self.trm90,
100))
obstacleAreaResult_0 = ObstacleAreaResult.Primary
num = MathHelper.calcDistance(self.ptTHR,
point3d) - obstacle_0.tolerance
if not MathHelper.smethod_115(point3d, self.ptTHR, self.ptTHRm90):
num = self.xstart
else:
num = max([self.xstart, num])
double_1 = self.mocma + (num - self.xstart) * self.tanslope
double_2 = double_1
if not MathHelper.pointInPolygon(self.primaryArea, obstacle_0.Position,
obstacle_0.tolerance):
double_0 = 0.0
double_2 = 0.0
for current in self.secondaryAreas:
try:
num1 = None
num2 = None
resultList = []
obstacleAreaResult = current.imethod_1(
obstacle_0.Position, obstacle_0.tolerance, double_1,
resultList)
if obstacleAreaResult == ObstacleAreaResult.Outside:
obstacleAreaResult_0 = ObstacleAreaResult.Outside
continue
num1 = resultList[0]
num2 = resultList[1]
# obstacleAreaResult = current.imethod_1(obstacle_0.Position, obstacle_0.tolerance, double_1, out num1, out num2);
if obstacleAreaResult == ObstacleAreaResult.Primary:
obstacleAreaResult_0 = obstacleAreaResult
double_2 = num1
double_0 = num2
break
elif obstacleAreaResult == ObstacleAreaResult.Secondary and (
num1 > double_2 or double_2 == 0.0):
obstacleAreaResult_0 = obstacleAreaResult
double_2 = num1
double_0 = num2
except IndexError:
pass
if obstacleAreaResult_0 != ObstacleAreaResult.Outside:
obstacle_0.area = obstacleAreaResult_0
point3d1 = MathHelper.distanceBearingPoint(obstacle_0.Position,
self.tr,
obstacle_0.tolerance)
double_3 = self.vmethod_3(point3d1, False)
if obstacleAreaResult_0 == ObstacleAreaResult.Primary:
double_3 = double_3 + (double_1 - double_2)
returnList.append(double_0)
returnList.append(double_1)
returnList.append(double_2)
returnList.append(double_3)
return True
return False
def method_0(self, oasSurface_0, obstacle_0, lstDouble3):
double_0 = lstDouble3[0]
double_1 = lstDouble3[1]
double_2 = 0
flag = False
if define._units == QGis.Meters:
position = obstacle_0.position
else:
position = obstacle_0.positionDegree
if oasSurface_0 == OasSurface.OFZ:
if (MathHelper.pointInPolygon(self.Ofz, position,
obstacle_0.tolerance)):
double_0 = max([double_0, self.E.x()])
double_2 = 0
flag = True
elif oasSurface_0 == OasSurface.W:
if (MathHelper.pointInPolygon(self.W, position,
obstacle_0.tolerance)):
if not self.HasWS or (self.cat != OasCategory.SBAS_APV1
and self.cat != OasCategory.SBAS_APV2):
double_0 = max([double_0, self.C.x()])
else:
double_0 = max([double_0, self.CCC.x()])
double_2 = max([
0, OasObstacles.constants.WA * double_0 +
OasObstacles.constants.WC
])
flag = True
elif oasSurface_0 == OasSurface.WS:
if (MathHelper.pointInPolygon(self.WS, position,
obstacle_0.tolerance)):
if (not self.HasWS or self.cat != OasCategory.ILS2AP):
double_0 = max([double_0, self.C.x()])
else:
double_0 = max([double_0, self.CCC.x()])
double_2 = max([
0, OasObstacles.constants.WSA * double_0 +
OasObstacles.constants.WSC
])
flag = True
elif oasSurface_0 == OasSurface.Z:
if (MathHelper.pointInPolygon(self.Z, position,
obstacle_0.tolerance)):
double_0 = min(
[double_0 + 2 * obstacle_0.tolerance,
self.E.x()])
double_2 = max([
0, OasObstacles.constants.ZA * double_0 +
OasObstacles.constants.ZC
])
flag = True
elif oasSurface_0 == OasSurface.X1:
if (MathHelper.pointInPolygon(self.X1, position,
obstacle_0.tolerance)):
double_0 = max([double_0, self.D.x()])
if ((OasObstacles.constants.YA * double_0 -
OasObstacles.constants.XA * double_0 +
OasObstacles.constants.YC - OasObstacles.constants.XC) /
(OasObstacles.constants.XB - OasObstacles.constants.YB) <
double_1):
double_0 = (
OasObstacles.constants.YB * double_1 -
OasObstacles.constants.XB * double_1 +
OasObstacles.constants.YC - OasObstacles.constants.XC
) / (OasObstacles.constants.XA - OasObstacles.constants.YA)
double_2 = OasObstacles.constants.XA * double_0 + OasObstacles.constants.XB * double_1 + OasObstacles.constants.XC
if (self.HasWS and self.cat == OasCategory.ILS2AP):
if (double_0 <= self.CCC.x()):
double_2 = max([
double_2, OasObstacles.constants.WA * double_0 +
OasObstacles.constants.WC
])
else:
double_2 = max([
double_2, OasObstacles.constants.WSA * double_0 +
OasObstacles.constants.WSC
])
elif not self.HasWS or (self.cat != OasCategory.SBAS_APV1
and self.cat != OasCategory.SBAS_APV2):
double_2 = max([
double_2, OasObstacles.constants.WA * double_0 +
OasObstacles.constants.WC
])
elif (double_0 <= self.CCC.x()):
double_2 = max([
double_2, OasObstacles.constants.WSA * double_0 +
OasObstacles.constants.WSC
])
else:
double_2 = max([
double_2, OasObstacles.constants.WA * double_0 +
OasObstacles.constants.WC
])
double_2 = max([0, double_2])
double_1 = -(
double_2 - OasObstacles.constants.XA * double_0 -
OasObstacles.constants.XC) / OasObstacles.constants.XB
flag = True
elif oasSurface_0 == OasSurface.X2:
if (MathHelper.pointInPolygon(self.X2, position,
obstacle_0.tolerance)):
double_0 = max([double_0, self.D.x()])
if ((OasObstacles.constants.YA * double_0 -
OasObstacles.constants.XA * double_0 +
OasObstacles.constants.YC - OasObstacles.constants.XC) /
(OasObstacles.constants.XB - OasObstacles.constants.YB) <
double_1):
double_0 = (
OasObstacles.constants.YB * double_1 -
OasObstacles.constants.XB * double_1 +
OasObstacles.constants.YC - OasObstacles.constants.XC
) / (OasObstacles.constants.XA - OasObstacles.constants.YA)
double_2 = OasObstacles.constants.XA * double_0 + OasObstacles.constants.XB * double_1 + OasObstacles.constants.XC
if (self.HasWS and self.cat == OasCategory.ILS2AP):
if (double_0 <= self.CCC.x()):
double_2 = max([
double_2, OasObstacles.constants.WA * double_0 +
OasObstacles.constants.WC
])
else:
double_2 = max([
double_2, OasObstacles.constants.WSA * double_0 +
OasObstacles.constants.WSC
])
elif not self.HasWS or (self.cat != OasCategory.SBAS_APV1
and self.cat != OasCategory.SBAS_APV2):
double_2 = max([
double_2, OasObstacles.constants.WA * double_0 +
OasObstacles.constants.WC
])
elif (double_0 <= self.CCC.x()):
double_2 = max([
double_2, OasObstacles.constants.WSA * double_0 +
OasObstacles.constants.WSC
])
else:
double_2 = max([
double_2, OasObstacles.constants.WA * double_0 +
OasObstacles.constants.WC
])
double_2 = max([0, double_2])
double_1 = (
double_2 - OasObstacles.constants.XA * double_0 -
OasObstacles.constants.XC) / OasObstacles.constants.XB
flag = True
elif oasSurface_0 == OasSurface.Y1:
if MathHelper.pointInPolygon(self.Y1, position,
obstacle_0.tolerance):
double_0 = max([double_0, self.EE.x()])
double_1 = max([
double_1,
(OasObstacles.constants.YA * double_0 -
OasObstacles.constants.XA * double_0 +
OasObstacles.constants.YC - OasObstacles.constants.XC) /
(OasObstacles.constants.XB - OasObstacles.constants.YB)
])
double_2 = max([
OasObstacles.constants.YA * double_0 +
OasObstacles.constants.YB * double_1 +
OasObstacles.constants.YC,
OasObstacles.constants.ZA * double_0 +
OasObstacles.constants.ZC
])
double_2 = max([0, double_2])
double_1 = -(
double_2 - OasObstacles.constants.YA * double_0 -
OasObstacles.constants.YC) / OasObstacles.constants.YB
flag = True
elif oasSurface_0 == OasSurface.Y2:
if MathHelper.pointInPolygon(self.Y2, position,
obstacle_0.tolerance):
double_0 = max([double_0, self.EE.x()])
double_1 = max([
double_1,
(OasObstacles.constants.YA * double_0 -
OasObstacles.constants.XA * double_0 +
OasObstacles.constants.YC - OasObstacles.constants.XC) /
(OasObstacles.constants.XB - OasObstacles.constants.YB)
])
double_2 = max([
OasObstacles.constants.YA * double_0 +
OasObstacles.constants.YB * double_1 +
OasObstacles.constants.YC,
OasObstacles.constants.ZA * double_0 +
OasObstacles.constants.ZC
])
double_2 = max([0, double_2])
double_1 = (
double_2 - OasObstacles.constants.YA * double_0 -
OasObstacles.constants.YC) / OasObstacles.constants.YB
flag = True
if flag:
lstDouble3[0] = double_0
lstDouble3[1] = double_1
lstDouble3[2] = double_2
return True
else:
return False
