def __init__(self, nTrans=1, nRot=1, nDiff=1000):
"""
Constructor of the class
:param nTrans: number of translations
:param nRot: number of translations
:param nDiff: number of points in diffraction pattern
"""
DiffMap.__init__(self, npt_slow=nRot, npt_fast=nTrans, npt_rad=nDiff)
self.hdf5path = "diff_tomo/data/sinogram"
self.experiment_title = "Diffraction Tomography"
self.slow_motor_name = "rotation"
self.fast_motor_name = "translation"
def __init__(self, nTrans=1, nRot=1, nDiff=1000):
"""
Constructor of the class
:param nTrans: number of translations
:param nRot: number of translations
:param nDiff: number of points in diffraction pattern
"""
DiffMap.__init__(self, npt_slow=nRot, npt_fast=nTrans, npt_rad=nDiff)
self.hdf5path = "diff_tomo/data/sinogram"
self.experiment_title = "Diffraction Tomography"
self.slow_motor_name = "rotation"
self.fast_motor_name = "translation"
def main():
dt = DiffMap()
options, config = dt.parse(with_config=True)
if not options.gui:
dt.setup_ai()
dt.makeHDF5()
dt.process()
dt.show_stats()
else:
from silx.gui import qt
from pyFAI.gui.diffmap_widget import DiffMapWidget
app = qt.QApplication([])
window = DiffMapWidget()
window.set_config(config)
# window.restore()
window.show()
sys.exit(app.exec_())
def main():
dt = DiffMap()
options, config = dt.parse(with_config=True)
if not options.gui:
dt.setup_ai()
dt.makeHDF5()
dt.process()
dt.show_stats()
else:
from silx.gui import qt
from pyFAI.gui.diffmap_widget import DiffMapWidget
from pyFAI.gui.ApplicationContext import ApplicationContext
settings = qt.QSettings(qt.QSettings.IniFormat, qt.QSettings.UserScope,
"pyfai", "pyfai-integrate", None)
# initialization of the singleton
context = ApplicationContext(settings)
app = qt.QApplication([])
window = DiffMapWidget()
window.set_config(config)
# window.restore()
window.show()
sys.exit(app.exec_())