def test_001_basic_offset_lv(self):
"""
Simple offset bearing, distance, height difference
"""
net = Network.Network()
st1 = Station.Station("ST1", llh=(171.0, -45.0, 10.0))
st2 = Station.Station("ST2", llh=(171.35, -44.82, 20.0))
net.addStation(st1)
obs = []
obs.append(AZ(st1, st2))
obs.append(SD(st1, st2))
obs.append(LV(st1, st2))
self.checkLocator(net, obs, [st2])
def test_004_basic_offset_with_GX(self):
"""
Simple using GX fixed station plus bearing, distance, zenith distance
"""
net = Network.Network()
st1 = Station.Station("ST1", llh=(171.0, -45.0, 10.0))
st2 = Station.Station("ST2", llh=(171.35, -44.82, 20.0))
obs = []
obs.append(GX(st1))
obs.append(AZ(st1, st2))
obs.append(SD(st1, st2))
obs.append(ZD(st1, st2))
self.checkLocator(net, obs, [st1, st2])
def test_005_traverse(self):
"""
Extending network along a traversej
"""
net = Network.Network()
st1 = Station.Station("ST1", llh=(171.0, -45.0, 10.0))
st2 = Station.Station("ST2", llh=(171.35, -44.82, 20.0))
st3 = Station.Station("ST3", llh=(171.348, -44.825, 40.0))
st4 = Station.Station("ST4", llh=(171.3589, -44.8262, 310.0))
stations = [st1, st2, st3, st4]
net.addStation(st1)
obs = []
obs.append(AZ(st1, st2))
obs.extend(Traverse(stations))
self.checkLocator(net, obs, stations[1:])
def test_001_basic_offset(self):
"""
Simple offset bearing, distance, zenith distance
"""
st1 = Station.Station("ST1", llh=(171.0, -45.0, 10.0))
st2 = Station.Station("ST2", llh=(171.35, -44.82, 20.0))
obs = []
obs.append(AZ(st1, st2))
obs.append(SD(st1, st2))
obs.append(ZD(st1, st2))
obs.append(LV(st1, st2))
self.offsetStation(st2, [0.5, 1.0, -0.3])
net = Network.Network()
net.addStation(st1)
net.addStation(st2)
adj = Adjustment.Adjustment(stations=net,
observations=obs,
verbose=True)
adj.setConfig("fix", "ST1")
adj.setConfig("refraction_coefficient", "0.0")
self.runAdjustment("Test 1", adj)
def test_053_output_coord_ellipse(self):
"""
Output ellipses
"""
st1 = Station.Station("ST1", llh=(171.0, -45.0, 10.0))
st2 = Station.Station("ST2", llh=(171.001, -44.995, 20.0))
obs = []
obs.append(AZ(st1, st2, 0.0015))
obs.append(SD(st1, st2, 0.005))
obs.append(LV(st1, st2, 0.025))
net = Network.Network()
net.addStation(st1)
net.addStation(st2)
adj = Adjustment.Adjustment(stations=net,
observations=obs,
verbose=True)
adj.setConfig("fix", "ST1")
adj.setConfig("refraction_coefficient", "0.0")
cfname = self.outputFilePath("test52_coords.csv")
adj.setConfig("output_coordinate_file", cfname + " ellipses")
self.runAdjustment("Test 53", adj, outputfiles={"coords": cfname})
def test_005_basic_offset(self):
"""
With station heights
"""
st1 = Station.Station("ST1", llh=(171.0, -45.0, 10.0))
st2 = Station.Station("ST2", llh=(171.35, -44.82, 20.0))
obs = []
obs.append(AZ(st1, st2, insthgt=2.5, trgthgt=4.1))
obs.append(SD(st1, st2, insthgt=2.5, trgthgt=-4.1))
obs.append(ZD(st1, st2, insthgt=-2.5, trgthgt=4.1))
obs.append(LV(st1, st2, insthgt=-2.5, trgthgt=-4.1))
self.offsetStation(st2, [0.5, 1.0, -0.3])
net = Network.Network()
net.addStation(st1)
net.addStation(st2)
adj = Adjustment.Adjustment(stations=net,
observations=obs,
verbose=True)
adj.setConfig("fix", "ST1")
adj.setConfig("refraction_coefficient", "0.0")
self.runAdjustment("Test 5", adj)
def test_101_locator_plugin_config_load(self):
"""
Station locator plugin via configuration
"""
from Geodetic.StationLocatorPlugin import StationLocatorPlugin
st1 = Station.Station("ST1", llh=(171.0, -45.0, 10.0))
st2 = Station.Station("ST2", llh=(171.35, -44.82, 20.0))
obs = []
obs.append(AZ(st1, st2))
obs.append(SD(st1, st2))
obs.append(ZD(st1, st2))
self.offsetStation(st2, [0.5, 1.0, -0.3])
net = Network.Network()
net.addStation(st1)
adj = Adjustment.Adjustment(stations=net,
observations=obs,
verbose=True)
adj.setConfig("use_plugin", "station_locator_plugin")
adj.setConfig("fix", "ST1")
adj.setConfig("calculate_missing_stations", "yes")
adj.setConfig("debug_calculate_missing_stations", "yes")
adj.setConfig("refraction_coefficient", "0.0")
self.runAdjustment("Test 101", adj)