def executeClickButtonExecute(self, progress_callback):
self.labstat.setText('Status: Processing . . .')
tic()
invM.inversion(self.lineEvent.text(),self.lineStat.text(),self.lineVel2d.text(),self.lineRay.text(),
self.lineVelout.text(),float(self.normd.text()),float(self.gradd.text()),int(self.iter.text()),
int(self.split.text()),int(self.biter.text()),int(self.cacah.text()),float(self.noise.text()),
progress_callback)
elt = tac()
return elt
def executeClickButtonExecute(self, progress_callback):
self.labstat.setText('Status: Processing . . .')
tic()
fwd.fwdModel(self.lineSource.text(), self.lineStat.text(),
self.lineVel2d.text(), self.lineEvent.text(),
self.lineRay.text(), int(self.split.text()),
int(self.biter.text()), int(self.cacah.text()),
progress_callback)
elt = tac()
return elt
def act_loaddata_execute(self, path, progress_callback):
self.labstat.setText('Status: Processing . . .')
tic()
data = ob.read(path)
self.idxfile.append(path)
self.tempfile = path
n = data.count()
self.nn = n
file = open(self.enginespath,'a')
for i in range(n):
file.write(
'i' + '\t' + path + '\n'
)
file.close()
elt = tac()
return elt
def execute_this_btn_relocate_ok_clicked(self, progress_callback):
self.labstat.setText('Status: Processing . . .')
tic()
# open from file user
file = open(self.enginespath, 'r')
self.user_engine = file.readlines()
file.close()
self.path_gad, fil = os.path.split(self.user_engine[0])
drive, pathfil = os.path.splitdrive(self.user_engine[0])
file = open(os.path.join(self.path_gad, 'gad.bat'), 'w')
file.write(drive + '\n' + 'cd ' + self.path_gad + '\n' + 'gad.exe')
file.close()
process = subprocess.Popen(os.path.join(self.path_gad, 'gad.bat'),
stderr=subprocess.STDOUT,
stdout=subprocess.PIPE)
progress_callback.emit(
str(process.communicate()[0].decode('utf-8', errors='ignore')))
elt = tac()
return elt
def execute_this_btn_relocate_ok_clicked(self, progress_callback):
self.labstat.setText('Status: Processing . . .')
tic()
if self.type.currentIndex() == 0:
x, y, z, vxyz, rms = inversion(self.line_evtdat.text(),
self.line_statdat.text(),
self.line_veldat.text(),
float(self.deg2km.text()),
int(self.nx.text()),
int(self.ny.text()),
int(self.nz.text()),
float(self.normd.text()),
float(self.gradd.text()),
int(self.iter.text()),
int(self.split.text()),
int(self.biter.text()),
int(self.cacah.text()),
progress_callback)
np.ndarray.tofile(vxyz, self.line_velpout.text())
np.ndarray.tofile(x, self.line_xout.text())
np.ndarray.tofile(y, self.line_yout.text())
np.ndarray.tofile(z, self.line_zout.text())
tomo_log(self.line_velog.text(), self.line_evtdat.text(),
self.line_statdat.text(), self.line_veldat.text(),
self.line_xout.text(), self.line_yout.text(),
self.line_zout.text(), self.line_velog.text(),
self.line_velobsout.text(), self.line_velcalout.text(),
self.line_velpout.text(), self.line_velsout.text(),
self.line_velpsout.text(), self.type.currentText(),
self.deg2km.text(), self.nx.text(), self.ny.text(),
self.nz.text(), self.normd.text(), self.gradd.text(),
self.iter.text(), self.cacah.text(), self.biter.text(),
self.split.text(), self.pert.text())
file = open(self.line_velog.text(), 'a')
file.write('\n' + 'RMS:' + '\n')
for i in range(len(rms)):
file.write('Iteration' + '\t' + str(i + 1) + ':' + '\t')
file.write(str(rms[i]) + '\n')
file.close()
if self.type.currentIndex() == 1:
x, y, z, vxyz, rms = inversionS(self.line_evtdat.text(),
self.line_statdat.text(),
self.line_veldat.text(),
float(self.deg2km.text()),
int(self.nx.text()),
int(self.ny.text()),
int(self.nz.text()),
float(self.normd.text()),
float(self.gradd.text()),
int(self.iter.text()),
int(self.split.text()),
int(self.biter.text()),
int(self.cacah.text()),
progress_callback)
np.ndarray.tofile(vxyz, self.line_velsout.text())
np.ndarray.tofile(x, self.line_xout.text())
np.ndarray.tofile(y, self.line_yout.text())
np.ndarray.tofile(z, self.line_zout.text())
tomo_log(self.line_velog.text(), self.line_evtdat.text(),
self.line_statdat.text(), self.line_veldat.text(),
self.line_xout.text(), self.line_yout.text(),
self.line_zout.text(), self.line_velog.text(),
self.line_velobsout.text(), self.line_velcalout.text(),
self.line_velpout.text(), self.line_velsout.text(),
self.line_velpsout.text(), self.type.currentText(),
self.deg2km.text(), self.nx.text(), self.ny.text(),
self.nz.text(), self.normd.text(), self.gradd.text(),
self.iter.text(), self.cacah.text(), self.biter.text(),
self.split.text(), self.pert.text())
file = open(self.line_velog.text(), 'a')
file.write('\n' + 'RMS:' + '\n')
for i in range(len(rms)):
file.write('Iteration' + '\t' + str(i + 1) + ':' + '\t')
file.write(str(rms[i]) + '\n')
file.close()
if self.type.currentIndex() == 2:
x, y, z, vxyzp, rmsp = inversion(self.line_evtdat.text(),
self.line_statdat.text(),
self.line_veldat.text(),
float(self.deg2km.text()),
int(self.nx.text()),
int(self.ny.text()),
int(self.nz.text()),
float(self.normd.text()),
float(self.gradd.text()),
int(self.iter.text()),
int(self.split.text()),
int(self.biter.text()),
int(self.cacah.text()),
progress_callback)
x, y, z, vxyzs, rmss = inversionS(self.line_evtdat.text(),
self.line_statdat.text(),
self.line_veldat.text(),
float(self.deg2km.text()),
int(self.nx.text()),
int(self.ny.text()),
int(self.nz.text()),
float(self.normd.text()),
float(self.gradd.text()),
int(self.iter.text()),
int(self.split.text()),
int(self.biter.text()),
int(self.cacah.text()),
progress_callback)
vxyzps = vxyzp / vxyzs
np.ndarray.tofile(vxyzp, self.line_velpout.text())
np.ndarray.tofile(vxyzs, self.line_velsout.text())
np.ndarray.tofile(vxyzps, self.line_velpsout.text())
np.ndarray.tofile(x, self.line_xout.text())
np.ndarray.tofile(y, self.line_yout.text())
np.ndarray.tofile(z, self.line_zout.text())
tomo_log(self.line_velog.text(), self.line_evtdat.text(),
self.line_statdat.text(), self.line_veldat.text(),
self.line_xout.text(), self.line_yout.text(),
self.line_zout.text(), self.line_velog.text(),
self.line_velobsout.text(), self.line_velcalout.text(),
self.line_velpout.text(), self.line_velsout.text(),
self.line_velpsout.text(), self.type.currentText(),
self.deg2km.text(), self.nx.text(), self.ny.text(),
self.nz.text(), self.normd.text(), self.gradd.text(),
self.iter.text(), self.cacah.text(), self.biter.text(),
self.split.text(), self.pert.text())
file = open(self.line_velog.text(), 'a')
file.write('\n' + 'RMS P:' + '\n')
for i in range(len(rmsp)):
file.write('Iteration' + '\t' + str(i + 1) + ':' + '\t')
file.write(str(rmsp[i]) + '\n')
file.write('\n' + 'RMS S:' + '\n')
for i in range(len(rmss)):
file.write('Iteration' + '\t' + str(i + 1) + ':' + '\t')
file.write(str(rmss[i]) + '\n')
file.close()
elt = tac()
return elt