def orbit2sch(self):
for port in self.inputPorts:
port()
self.dim1_orbitPosition = len(self.orbitPosition)
self.dim2_orbitPosition = len(self.orbitPosition[0])
self.dim1_orbitVelocity = len(self.orbitVelocity)
self.dim2_orbitVelocity = len(self.orbitVelocity[0])
self.dim1_position = self.dim1_orbitPosition
self.dim2_position = self.dim2_orbitPosition
self.dim1_velocity = self.dim1_orbitVelocity
self.dim2_velocity = self.dim2_orbitVelocity
self.dim1_acceleration = self.dim1_orbitPosition
self.dim2_acceleration = self.dim2_orbitPosition
self.allocateArrays()
self.setState()
orbit2sch.orbit2sch_Py()
self.getState()
self.deallocateArrays()
self._orbit = Orbit(source='SCH')
# self._orbit.setOrbitSource('Orbit2SCH')
self._orbit.setReferenceFrame('SCH')
#
for i in range(len(self.position)):
sv = StateVector()
sv.setTime(self._time[i])
sv.setPosition(self.position[i])
sv.setVelocity(self.velocity[i])
self._orbit.addStateVector(sv)
return
def sch2orbit(self):
for port in self.inputPorts:
port()
lens = [len(self.orbitPosition), len(self.orbitVelocity)]
if min(lens) != max(lens):
raise Exception('Position and Velocity vector lengths dont match')
self._numVectors = lens[0]
self.allocateArrays()
self.setState()
sch2orbit.sch2orbit_Py()
self.getState()
self.deallocateArrays()
self._orbit = Orbit(source='XYZ')
self._orbit.setReferenceFrame('XYZ')
#
for i in range(len(self.position)):
sv = StateVector()
sv.setTime(self._time[i])
sv.setPosition(self.position[i])
sv.setVelocity(self.velocity[i])
self._orbit.addStateVector(sv)
return