def test_add_countour():
pytest.sb_params['ax'].cla()
module = TopoModule(extent=extent)
sb_params = module.update(pytest.sb_params)
ax = sb_params['ax']
fig = sb_params['fig']
ax.imshow(sb_params.get('frame'), #vmin=sb_params.get('extent')[-2], vmax=sb_params.get('extent')[-1],
cmap=sb_params.get('cmap'), norm=sb_params.get('norm'), origin='lower')
fig.show()
#pytest.sb_params['frame'] = frame
module.sea = True
module.sea_contour = True
sb_params = module.update(pytest.sb_params)
ax = sb_params['ax']
fig = sb_params['fig']
ax.imshow(sb_params.get('frame'), #vmin=sb_params.get('extent')[-2], vmax=sb_params.get('extent')[-1],
cmap=sb_params.get('cmap'), norm=sb_params.get('norm'), origin='lower')
fig.show()
pytest.sb_params['ax'].cla()
module.sea_contour = False
#pytest.sb_params['frame'] = frame
sb_params = module.update(pytest.sb_params)
ax = sb_params['ax']
fig = sb_params['fig']
ax.imshow(sb_params.get('frame'), #vmin=sb_params.get('extent')[-2], vmax=sb_params.get('extent')[-1],
cmap=sb_params.get('cmap'), norm=sb_params.get('norm'), origin='lower')
fig.show()
def test_topo_module():
from sandbox import _calibration_dir, _test_data
file = np.load(_test_data['topo'] + "DEM1.npz")
frame = file['arr_0']
frame = frame + np.abs(frame.min())
_calibprojector = _calibration_dir + "my_projector_calibration.json"
_calibsensor = _calibration_dir + "my_sensor_calibration.json"
from sandbox.sensor import Sensor
sensor = Sensor(calibsensor=_calibsensor, name="dummy")
from sandbox.projector import Projector
projector = Projector(calibprojector=_calibprojector)
# Initialize the aruco detection
from sandbox.main_thread import MainThread
mainT = MainThread(sensor=sensor, projector=projector)
mainT.load_frame(frame)
# Start the thread
#mainT.run()
from sandbox.modules import TopoModule
module = TopoModule(extent = extent)
mainT.add_module(name='Topo', module=module)
module.sea = True
module.sea_contour = True
mainT.update()
