def plot_histo(a_h, a_stop):
import window
p = window.plotter(inlib.get_cout(), 1, 1, 0, 0, 700, 500)
p.plot_histo_cp(a_h)
p.show()
print('steer...')
#p.steer() # it blocks input from the prompt (because threading module is not a truely thread system).
import time
while True:
if a_stop() == True: break
if p.sync() == False: break
time.sleep(0.01)
print('end steer.')
del p
import offscreen
p = offscreen.plotter(inlib.get_cout(), 0, 0, 700, 500)
p.plot_histo_cp(a_h)
p.out_ps()
p.out_zb_ps()
p.out_bsg()
del p
print("inlib::histo::c3d entries : "+str(c3.entries()))
print(" mean x = "+str(c3.mean_x())+", rms x = "+str(c3.rms_x()))
print(" mean y = "+str(c3.mean_y())+", rms y = "+str(c3.rms_y()))
print(" mean z = "+str(c3.mean_z())+", rms z = "+str(c3.rms_z()))
print(" low x = "+str(c3.lower_edge_x())+", up x = "+str(c3.upper_edge_x()))
print(" low y = "+str(c3.lower_edge_y())+", up y = "+str(c3.upper_edge_y()))
print(" low z = "+str(c3.lower_edge_z())+", up z = "+str(c3.upper_edge_z()))
#///////////////////////////////////////////////////////////////////////////////////////
#/// plotting : /////////////////////////////////////////////////////////////////////////
#///////////////////////////////////////////////////////////////////////////////////////
if args.vis_mode == "window" :
if verbose == True : print("plot (window) ...")
import window
p = window.plotter(inlib.get_cout(),1,1,0,0,700,500)
p.plot_cloud3D(c3)
p.show()
p.steer()
del p
elif args.vis_mode == "offscreen" :
if verbose == True : print("plot (offscreen) ...")
import offscreen
p = offscreen.plotter(inlib.get_cout(),1,1,400,400)
p.plot_cloud3D(c3)
if args.vis_format == "bsg":
p.out_bsg('out_csv_c3d_vis.bsg')
else:
p.write_paper('out_csv_c3d_vis.ps','INZB_PS')
p.write_paper('out_csv_c3d_vis.png','INZB_PNG')
if verbose == True:
print("inlib::histo::c3d entries : " + str(c3.entries()))
print(" mean x = " + str(c3.mean_x()) + ", rms x = " + str(c3.rms_x()))
print(" mean y = " + str(c3.mean_y()) + ", rms y = " + str(c3.rms_y()))
print(" mean z = " + str(c3.mean_z()) + ", rms z = " + str(c3.rms_z()))
#///////////////////////////////////////////////////////////////////////////////////////
#/// plotting : /////////////////////////////////////////////////////////////////////////
#///////////////////////////////////////////////////////////////////////////////////////
width = 700
height = 500
if args.vis_mode == "window":
if verbose == True: print("plot (window) ...")
import window
p = window.plotter(inlib.get_cout(), 2, 2, 0, 0, width, height)
sgp = p.plot_histo(h1_0)
sgp.y_axis_automated.value(False)
sgp.y_axis_min.value(0)
sgp.y_axis_max.value(y_max)
p.next()
sgp = p.plot_histo(h1_1)
sgp.y_axis_automated.value(False)
sgp.y_axis_min.value(0)
sgp.y_axis_max.value(y_max)
p.next()
sgp = p.plot_histo(h1_2)
sgp.y_axis_automated.value(False)
sgp.y_axis_min.value(0)
sgp.y_axis_max.value(y_max)