def on_saveHeatmap(self):
"""
saves the selected frame (singleframe = framenumber)
"""
singleframe = self.slider_heatmaps.value()
self.current_ohw.save_heatmap(singleframe=singleframe)
helpfunctions.msgbox(
self,
'Heatmap of frame ' + str(singleframe) + ' was saved successfully')
def on_saveQuiver(self):
singleframe = int(self.slider_quiver.value())
"""
#save the different views if chosen by the user
if self.quiver_settings['one_view']:
self.current_ohw.save_quiver(singleframe = singleframe, skipquivers = int(self.quiver_settings['quiver_density']))
if self.quiver_settings['three_views']:
self.current_ohw.save_quivervid3(singleframe = singleframe, skipquivers = int(self.quiver_settings['quiver_density']))
"""
self.current_ohw.save_quiver3(singleframe=singleframe)
helpfunctions.msgbox(
self,
'Quiver of frame ' + str(singleframe) + ' was saved successfully')
def on_saveKinPlot(self):
file_types = "PNG (*.png);;JPEG (*.jpeg);;TIFF (*.tiff);;BMP(*.bmp);; Scalable Vector Graphics (*.svg)"
#let the user choose a folder from the starting path
path = str(
pathlib.PureWindowsPath(
self.current_ohw.analysis_meta["results_folder"] /
'beating_kinetics.PNG'))
filename = QFileDialog.getSaveFileName(
None, 'Choose a folder and enter a filename', path, file_types)[0]
if (filename == ''): # if 'cancel' was pressed:
return
self.current_ohw.plot_beatingKinetics(
filename) # move mark_peaks into kinplot_options
helpfunctions.msgbox(self, 'Plot was saved successfully.')
def finish_saveHeatmapvideo(self):
self.progressbar_heatmaps.setRange(0, 1)
self.progressbar_heatmaps.setValue(1)
helpfunctions.msgbox(self, 'Heatmap video was saved successfully')
def finish_saveQuivervideo(self):
self.progressbar_quivers.setRange(0, 1)
self.progressbar_quivers.setValue(1)
helpfunctions.msgbox(self, 'Quiver was saved successfully')
def on_exportAnalysis(self):
self.current_ohw.export_analysis()
helpfunctions.msgbox(self, 'analyzed Peaks were saved successfully.')
def on_saveTimeAveragedMotion(self):
file_ext = self.combo_TA_ext.currentText()
self.parent.current_ohw.plot_TimeAveragedMotions(file_ext)
helpfunctions.msgbox(
self, 'Plots of time averaged motion were saved successfully.')
def on_saveMVs(self):
''' saves raw MVs to results folder '''
self.current_ohw.save_MVs()
helpfunctions.msgbox(self, 'Motion vectors were successfully saved')
