def __init__(
self,
ellipsoidCode="wgs84",
axesOri="ne",
bearingOri="right-handed",
name="",
description="",
proj4String="",
distScale=1.0,
):
"""
ellipsoidCode: code of ellipsoid from gizela.util.Ellipsoid class
axesOri: orientation of x and y axis
bearingOri: orientation of bearings right-handed/left-handed
name: short name of local system
description: longer description of system
proj4String: string of parameters for pyproj.Proj class
for projection from global to local system
distScale: scale factor for distance reduction
"""
AxesOrientation.__init__(self, axesOri=axesOri, bearingOri=bearingOri)
CoordSystemGlobal.__init__(self, ellipsoidCode=ellipsoidCode, name=name, description=description)
self.name = name
self.description = description
self.proj4String = proj4String
self.distScale = distScale
def __init__(self,
ellipsoidCode="wgs84",
lat=0,
lon=0,
height=0,
x=0,
y=0,
z=0,
axesOri="ne",
bearingOri="right-handed",
name="",
description=""):
"""
ellipsoidCode: code of ellipsoid from gizela.util.Ellipsoid class
lat, lon, height: latitude, longitude and ellipsoidal height of
central point of E3 local coordinate system
angles are in radians
x, y, z: coordinates in E3 of central point
axesOri: orientation of x and y axis
bearingOri: orientation of bearings right-handed/left-handed
name: short name of local system
description: longer description of system
"""
AxesOrientation.__init__(self, axesOri=axesOri,
bearingOri=bearingOri)
CoordSystemGlobal.__init__(self, ellipsoidCode=ellipsoidCode,
name=name, description=description)
self.centralPointGeo=PointGeodetic(id="", lat=lat, lon=lon,
height=height)
self.centralPointLoc=PointCart(id="", x=x, y=y, z=z)
def __str__(self):
str = ["Name: %s" % self.name]
str.append(AxesOrientation.__str__(self))
str.append("Ellipsoid: %s" % self.ellipsoid)
str.append("Description:%s" % self.description)
str.append("Proj4String:%s" % self.proj4String)
return "\n".join(str)
def __str__(self):
str = ["Name: %s" % self.name]
str.append(AxesOrientation.__str__(self))
str.append("Ellipsoid: %s" % self.ellipsoid)
str.append("Central point geographic:%s" % self.centralPointGeo)
str.append("Central point local:%s" % self.centralPointLoc)
str.append("Description:%s" % self.description)
return "\n".join(str)
