def runAIDA(self):
Set.image_filenames = self.imageEntry.get()
Set.PSF_filenames = self.psfEntry.get().split(' ')
Set.results_directory = self.destEntry.get()
Set.decon_type = self.type.get()
Set.background = int(self.backgroundEntry.get())
Set.sigma_det = int(self.sigmaEntry.get())
if self.darkEntry.get().strip() == 'None':
Set.dark_image = None
else:
Set.dark_image = self.darkEntry.get()
AIDA.RunAIDA()
root.destroy()
import AIDA
import random
aida = AIDA.createAnalysisFactory()
treeFactory = aida.createTreeFactory()
memoryTree = treeFactory.create()
plotterFactory = aida.createPlotterFactory()
histogramFactory = aida.createHistogramFactory(memoryTree)
functionFactory = aida.createFunctionFactory(memoryTree)
# Get a plotter (pick up one in the GUI) :
plotter = plotterFactory.create('')
# 2x2 regions, set current region to the first one (index 0) :
plotter.createRegions(2,2,0)
# Set page title :
plotter.setTitle('Analysis Rio example')
# Cleanup memoryTree :
memoryTree.rmdir('/')
# Get an AIDA tree in a ROOT file :
import os
osc_home_dir = os.getenv("OSC_HOME_DIR")
fileName = osc_home_dir+'/Resources/AIDA/examples/data/analysis.root'
print(fileName)
# If already loaded close (not delete) the file :
def main(*args):
# AIDA init :
aida = AIDA.createAnalysisFactory()
memTree = aida.find_memoryTree()
# Cleanup memTree :
memTree.rmdir('/')
#Data location
#wd = "E:\Presentations\BAO\SolarFlare\supersid_v1_1_1\Data"
savewd = os.getcwd()
#print("osc_jec_csv.py : run on ",os.getcwd())
# Process
osc_home_dir = os.getenv("OSC_HOME_DIR")
data_dir = osc_home_dir + '/Resources/AIDA/examples/data/'
h0 = process(aida, memTree, data_dir + "jec_11.csv.gz")
h1 = process(aida, memTree, data_dir + "jec_12.csv.gz")
# Get current plotter :
plotterFactory = aida.createPlotterFactory()
opts = ''
# Get a plotter (pick up one in the GUI) :
plotter = plotterFactory.create()
del plotterFactory
plotter.createRegions(1, 1, 0)
# Set page title :
plotter.setTitle('Solar Flare example')
region = plotter.currentRegion()
region.plot(h0, opts)
region.plot(h1, opts)
#///////////////////////////////////////////
#/// Inventor / HEPVis : ///////////////////
#///////////////////////////////////////////
import CoinPython as Inventor
import HEPVis
SbColor_black = Inventor.SbColor(0, 0, 0)
SbColor_red = Inventor.SbColor(1, 0, 0)
SbColor_blue = Inventor.SbColor(0, 0, 1)
SbFont_ROOT_62 = 'TTF/arialbd'
ui = aida.ui()
soPage = ui.findSoPage('plotter_0')
soRegion = soPage.currentRegion()
soPlotterRegion = soRegion.cast_SoPlotterRegion()
# global style :
soPlotterRegion.setStyleROOT_Default()
soPlotterRegion.getTitleRegion().getStyle(0).encoding.setValue('PAW')
soPlotterRegion.infosRegionVisible.setValue(Inventor.FALSE)
soPlotter = soPlotterRegion.getPlotter()
soPlotter.gridEnforced.setValue(Inventor.TRUE)
soPlotter.getWallStyle().visible.setValue(Inventor.FALSE)
soPlotter.getGridStyle().visible.setValue(Inventor.TRUE)
soPlotter.getGridStyle().color.setValue(SbColor_black)
soPlotter.getGridStyle().linePattern.setValue(HEPVis.SbLinePattern_dotted)
soPlotter.getTitleStyle().visible.setValue(Inventor.FALSE)
soPlotter.getXAxis().title.setValue('Time (s)') # PAW encoding
soPlotter.getXAxis().timeLabels.setValue(Inventor.TRUE)
soPlotter.getXAxis().timeFormat.setValue('%H:%M')
soPlotter.getXAxis().timeOffset.setValue(0) # from C lib EPOCH.
soPlotter.getXAxis().timeOffsetIsGMT.setValue(Inventor.TRUE)
soPlotter.getXAxis().divisions.setValue(608)
soPlotter.getYAxis().title.setValue('A.U') # PAW encoding
soPlotter.getYAxis().getMagStyle().translation.setValue(0.01, 0, 0)
# legend region :
soPlotterRegion.legendRegionVisible.setValue(Inventor.TRUE)
soPlotterRegion.legendRegionAttachedToInfosRegion.setValue(Inventor.FALSE)
soPlotterRegion.legendRegionOriginUnit.setValue(
HEPVis.SoPlotterRegion.AXIS)
soPlotterRegion.legendAutomated.setValue(Inventor.FALSE)
soPlotterRegion.legendRegionOrigin.setValue(
Inventor.SbVec2f(1.5 * 10**4, 14 * 10**6))
soPlotterRegion.legendRegionSize.setValue(Inventor.SbVec2f(0.6, 0.16))
soLegendRegion = soPlotterRegion.getLegendRegion()
soLegendRegion.text.set1Value(0, Inventor.SbString('Solar flare'))
soLegendRegion.text.set1Value(1, Inventor.SbString('Reference'))
soLegendRegion.textInBlack.setValue(Inventor.TRUE)
soLegendRegion.getStyle(0).color.setValue(SbColor_red)
soLegendRegion.getStyle(0).fontName.setValue(SbFont_ROOT_62)
soLegendRegion.getStyle(1).color.setValue(SbColor_blue)
soLegendRegion.getStyle(1).fontName.setValue(SbFont_ROOT_62)
soLegendRegion.getStyle(1).encoding.setValue('PAW')
SbModeling_lines = 'lines'
soLegendRegion.getStyle(0).modeling.setValue(SbModeling_lines)
soLegendRegion.getStyle(0).lineWidth.setValue(2)
soLegendRegion.getStyle(1).modeling.setValue(SbModeling_lines)
soLegendRegion.getStyle(1).lineWidth.setValue(2)
# histo0 contour blue :
#soPlotter.getBinsStyle(0).modeling.setValue('curve')
soPlotter.getBinsStyle(0).modeling.setValue('lines')
soPlotter.getBinsStyle(0).color.setValue(SbColor_blue)
soPlotter.levels.set1Value(0, 9)
# histo1 contour red :
#soPlotter.getBinsStyle(1).modeling.setValue('curve')
soPlotter.getBinsStyle(1).modeling.setValue('lines')
soPlotter.getBinsStyle(1).color.setValue(SbColor_red)
soPlotter.levels.set1Value(0, 9)
os.chdir(savewd)
os.getcwd()
# Show :
plotter.show()
#plotter.writeToFile('solarflare_bis.gif')
plotter.writeToFile('solarflare_bis.jpg', 'jpeg')
plotter.interact()
# clean :
del plotter
del aida