def construct_motion_object(self):
""" Constructs an RegularPistonWaveGen object from the data currently introduced on the widget. """
_cmo_elevation = None
if self.awas_elevation_selector.currentIndex() == 0:
_cmo_elevation = AWASWaveOrder.FIRST_ORDER
elif self.awas_elevation_selector.currentIndex() == 1:
_cmo_elevation = AWASWaveOrder.SECOND_ORDER
else:
_cmo_elevation = AWASWaveOrder.FIRST_ORDER
_cmo_savedata = None
if self.awas_savedata_selector.currentIndex() == 0:
_cmo_savedata = AWASSaveMethod.BY_PART
elif self.awas_savedata_selector.currentIndex() == 1:
_cmo_savedata = AWASSaveMethod.MORE_INFO
elif self.awas_savedata_selector.currentIndex() == 2:
_cmo_savedata = AWASSaveMethod.BY_STEP
else:
_cmo_savedata = AWASSaveMethod.BY_PART
_cmo_correction = AWASCorrection(
enabled=self.awas_correction_enabled.isChecked(),
coefstroke=float(self.awas_correction_coefstroke_input.text()),
coefperiod=float(self.awas_correction_coefperiod_input.text()),
powerfunc=float(self.awas_correction_powerfunc_input.text()))
awas_object = AWAS(enabled=self.awas_enabled.isChecked(),
startawas=float(self.awas_startawas_input.text()),
swl=float(self.awas_swl_input.text()),
elevation=_cmo_elevation,
gaugex=float(self.awas_gaugex_input.text()),
gaugey=float(self.awas_gaugey_input.text()),
gaugezmin=float(self.awas_gaugezmin_input.text()),
gaugezmax=float(self.awas_gaugezmax_input.text()),
gaugedp=float(self.awas_gaugedp_input.text()),
coefmasslimit=float(
self.awas_coefmasslimit_input.text()),
savedata=_cmo_savedata,
limitace=float(self.awas_limitace_input.text()),
correction=_cmo_correction)
return RegularPistonWaveGen(
wave_order=self.wave_order_selector.currentIndex() + 1,
start=0,
duration=float(self.duration_input.text()),
depth=float(self.depth_input.text()),
piston_dir=[
float(self.piston_dir_x.text()),
float(self.piston_dir_y.text()),
float(self.piston_dir_z.text())
],
wave_height=float(self.wave_height_input.text()),
wave_period=float(self.wave_period_input.text()),
phase=float(self.phase_input.text()),
ramp=float(self.ramp_input.text()),
disksave_periods=int(self.disksave_periods.text()),
disksave_periodsteps=int(self.disksave_periodsteps.text()),
disksave_xpos=float(self.disksave_xpos.text()),
disksave_zpos=float(self.disksave_zpos.text()),
awas=awas_object)
def __init__(self, wave_order=1, start=0, duration=0, depth=0, wave_height=0.5,
wave_period=1, gainstroke=1.0, spectrum=IrregularSpectrum.JONSWAP,
discretization=IrregularDiscretization.STRETCHED,
peak_coef=0.1, waves=50, randomseed=randint(0, 9999), serieini=0, ramptime=0,
serieini_autofit=True, savemotion_time=30, savemotion_timedt=0.05, savemotion_xpos=2,
savemotion_zpos=-0.15, saveserie_timemin=0, saveserie_timemax=1300, saveserie_timedt=0.05,
saveserie_xpos=0, saveseriewaves_timemin=0, saveseriewaves_timemax=1000, saveseriewaves_xpos=2,
piston_dir=None, awas=None):
WaveGen.__init__(self, wave_order, start, duration, depth, wave_height, wave_period, gainstroke)
self.type = MotionType.IRREGULAR_PISTON_WAVE_GENERATOR
self.spectrum = spectrum
self.discretization = discretization
self.peak_coef = peak_coef
self.waves = waves
self.randomseed = randomseed
self.serieini = serieini
self.serieini_autofit = serieini_autofit
self.ramptime = ramptime
self.savemotion_time = savemotion_time
self.savemotion_timedt = savemotion_timedt
self.savemotion_xpos = savemotion_xpos
self.savemotion_zpos = savemotion_zpos
self.saveserie_timemin = saveserie_timemin
self.saveserie_timemax = saveserie_timemax
self.saveserie_timedt = saveserie_timedt
self.saveserie_xpos = saveserie_xpos
self.saveseriewaves_timemin = saveseriewaves_timemin
self.saveseriewaves_timemax = saveseriewaves_timemax
self.saveseriewaves_xpos = saveseriewaves_xpos
self.piston_dir = piston_dir or [1, 0, 0]
self.awas = AWAS() if awas is None else awas
def __init__(self,
wave_order=2,
start=0,
duration=0,
depth=0,
wave_height=0.5,
wave_period=1,
gainstroke=1.0,
phase=0,
ramp=0,
disksave_periods=24,
disksave_periodsteps=20,
disksave_xpos=2,
disksave_zpos=-0.15,
piston_dir=None,
awas=None):
WaveGen.__init__(self, wave_order, start, duration, depth, wave_height,
wave_period, gainstroke)
self.type = MotionType.REGULAR_PISTON_WAVE_GENERATOR
self.phase = phase
self.ramp = ramp
self.disksave_periods = disksave_periods
self.disksave_periodsteps = disksave_periodsteps
self.disksave_xpos = disksave_xpos
self.disksave_zpos = disksave_zpos
self.piston_dir = piston_dir or [1, 0, 0]
self.awas = AWAS() if awas is None else awas
def construct_motion_object(self):
""" Constructs an object from the data introduced in the widget. """
_cmo_elevation = None
if self.awas_elevation_selector.currentIndex() == 0:
_cmo_elevation = AWASWaveOrder.FIRST_ORDER
elif self.awas_elevation_selector.currentIndex() == 1:
_cmo_elevation = AWASWaveOrder.SECOND_ORDER
else:
_cmo_elevation = AWASWaveOrder.FIRST_ORDER
_cmo_savedata = None
if self.awas_savedata_selector.currentIndex() == 0:
_cmo_savedata = AWASSaveMethod.BY_PART
elif self.awas_savedata_selector.currentIndex() == 1:
_cmo_savedata = AWASSaveMethod.MORE_INFO
elif self.awas_savedata_selector.currentIndex() == 2:
_cmo_savedata = AWASSaveMethod.BY_STEP
else:
_cmo_savedata = AWASSaveMethod.BY_PART
_cmo_correction = AWASCorrection(
enabled=self.awas_correction_enabled.isChecked(),
coefstroke=float(self.awas_correction_coefstroke_input.text()),
coefperiod=float(self.awas_correction_coefperiod_input.text()),
powerfunc=float(self.awas_correction_powerfunc_input.text()))
awas_object = AWAS(enabled=self.awas_enabled.isChecked(),
startawas=float(self.awas_startawas_input.text()),
swl=float(self.awas_swl_input.text()),
elevation=_cmo_elevation,
gaugex=float(self.awas_gaugex_input.text()),
gaugey=float(self.awas_gaugey_input.text()),
gaugezmin=float(self.awas_gaugezmin_input.text()),
gaugezmax=float(self.awas_gaugezmax_input.text()),
gaugedp=float(self.awas_gaugedp_input.text()),
coefmasslimit=float(
self.awas_coefmasslimit_input.text()),
savedata=_cmo_savedata,
limitace=float(self.awas_limitace_input.text()),
correction=_cmo_correction)
return IrregularPistonWaveGen(
wave_order=self.wave_order_selector.currentIndex() + 1,
start=0,
duration=float(self.duration_input.text()),
depth=float(self.depth_input.text()),
piston_dir=[
float(self.piston_dir_x.text()),
float(self.piston_dir_y.text()),
float(self.piston_dir_z.text())
],
wave_height=float(self.wave_height_input.text()),
wave_period=float(self.wave_period_input.text()),
spectrum={
0: IrregularSpectrum.JONSWAP,
1: IrregularSpectrum.PIERSON_MOSKOWITZ
}[self.spectrum_selector.currentIndex()],
discretization={
0: IrregularDiscretization.REGULAR,
1: IrregularDiscretization.RANDOM,
2: IrregularDiscretization.STRETCHED,
3: IrregularDiscretization.COSSTRETCHED
}[self.discretization_selector.currentIndex()],
peak_coef=float(self.peak_coef_input.text()),
waves=float(self.waves_input.text()),
randomseed=float(self.randomseed_input.text()),
serieini=float(self.serieini_input.text()),
ramptime=float(self.ramptime_input.text()),
serieini_autofit=self.serieini_autofit.isChecked(),
savemotion_time=str(self.savemotion_time_input.text()),
savemotion_timedt=str(self.savemotion_timedt_input.text()),
savemotion_xpos=str(self.savemotion_xpos_input.text()),
savemotion_zpos=str(self.savemotion_zpos_input.text()),
saveserie_timemin=str(self.saveserie_timemin_input.text()),
saveserie_timemax=str(self.saveserie_timemax_input.text()),
saveserie_timedt=str(self.saveserie_timedt_input.text()),
saveserie_xpos=str(self.saveserie_xpos_input.text()),
saveseriewaves_timemin=str(
self.saveseriewaves_timemin_input.text()),
saveseriewaves_timemax=str(
self.saveseriewaves_timemax_input.text()),
saveseriewaves_xpos=str(self.saveseriewaves_xpos_input.text()),
awas=awas_object)