def __init__(self, frame, *args, **kwargs):
Handler.__init__(self, *args, **kwargs)
self.add_trait('frame', frame)
self.add_trait('instrument', "")
#Make it change the linked object to reflect the current instrument state.
self.revert()
self.check_validity()
def __init__(self, frame, *args, **kwargs):
Handler.__init__(self, *args, **kwargs)
self.add_trait('frame', frame)
self.add_trait('instrument', "")
#Make it change the linked object to reflect the current instrument state.
self.revert()
self.check_validity()
def closed(self,info,is_ok):
trackParams = info.object
par_path = trackParams.par_path
Handler.closed(self,info,is_ok)
if is_ok:
par.TrackingParams(trackParams.dvxmin, trackParams.dvxmax,
trackParams.dvymin, trackParams.dvymax,
trackParams.dvzmin, trackParams.dvzmax,
trackParams.angle, trackParams.dacc,
trackParams.flagNewParticles, path = par_path).write()
def closed(self,info,is_ok):
trackParams = info.object
par_path = trackParams.par_path
Handler.closed(self,info,is_ok)
if is_ok:
par.TrackingParams(trackParams.dvxmin, trackParams.dvxmax,
trackParams.dvymin, trackParams.dvymax,
trackParams.dvzmin, trackParams.dvzmax,
trackParams.angle, trackParams.dacc,
trackParams.flagNewParticles, path = par_path).write()
def closed(self,info,is_ok):
calibParams = info.object
par_path = calibParams.par_path
Handler.closed(self,info,is_ok)
if is_ok:
img_cal_name = [calibParams.cam_1, calibParams.cam_2,calibParams.cam_3,calibParams.cam_4]
img_ori =[calibParams.ori_cam_1,calibParams.ori_cam_2,calibParams.ori_cam_3,calibParams.ori_cam_4]
nr1 = [calibParams.img_1_p1,calibParams.img_1_p2,calibParams.img_1_p3,calibParams.img_1_p4]
nr2 = [calibParams.img_2_p1,calibParams.img_2_p2,calibParams.img_2_p3,calibParams.img_2_p4]
nr3 = [calibParams.img_3_p1,calibParams.img_3_p2,calibParams.img_3_p3,calibParams.img_3_p4]
nr4 = [calibParams.img_4_p1,calibParams.img_4_p2,calibParams.img_4_p3,calibParams.img_4_p4]
nr = [nr1, nr2, nr3, nr4]
if(calibParams.chfield == "Frame"):
chfield = 0
elif (calibParams.chfield == "Field odd"):
chfield = 1
else :
chfield = 2
par.PtvParams(calibParams.n_img, calibParams.img_name,\
calibParams.img_cal, calibParams.hp_flag,\
calibParams.allCam_flag, calibParams.tiff_head, calibParams.h_image_size, \
calibParams.v_image_size,calibParams.h_pixel_size, calibParams.v_pixel_size, chfield,\
calibParams.mmp_n1, calibParams.mmp_n2, \
calibParams.mmp_n3, calibParams.mmp_d, path = par_path).write()
par.CalOriParams(calibParams.n_img,calibParams.fixp_name,\
img_cal_name,img_ori,calibParams.tiff_head,\
calibParams.pair_head, chfield, path = par_path).write()
par.DetectPlateParams(calibParams.grey_value_treshold_1, \
calibParams.grey_value_treshold_2, \
calibParams.grey_value_treshold_3, \
calibParams.grey_value_treshold_4, \
calibParams.tolerable_discontinuity, \
calibParams.min_npix, calibParams.max_npix, \
calibParams.min_npix_x, calibParams.max_npix_x, \
calibParams.min_npix_y, calibParams.max_npix_y, \
calibParams.sum_of_grey, \
calibParams.size_of_crosses, path = par_path).write()
par.ManOriParams(calibParams.n_img, 4, nr, path = par_path).write()
par.ExamineParams(calibParams.Examine_Flag,calibParams.Combine_Flag, path = par_path).write()
par.OrientParams(calibParams.point_number_of_orientation, calibParams.principle_distance,\
calibParams.xp, calibParams.yp, calibParams.k1, calibParams.k2,\
calibParams.k3, calibParams.p1, calibParams.p2,\
calibParams.scx, calibParams.she,calibParams.interf, path = par_path).write()
par.ShakingParams(calibParams.shaking_first_frame, calibParams.shaking_last_frame, \
calibParams.shaking_max_num_points, calibParams.shaking_max_num_frames, path = par_path).write()
par.DumbbellParams(calibParams.dumbbell_eps,calibParams.dumbbell_scale,\
calibParams.dumbbell_gradient_descent,calibParams.dumbbell_penalty_weight,\
calibParams.dumbbell_step,calibParams.dumbbell_niter, path = par_path).write()
def closed(self,info,is_ok):
calibParams = info.object
par_path = calibParams.par_path
Handler.closed(self,info,is_ok)
if is_ok:
img_cal_name = [calibParams.cam_1, calibParams.cam_2,calibParams.cam_3,calibParams.cam_4]
img_ori =[calibParams.ori_cam_1,calibParams.ori_cam_2,calibParams.ori_cam_3,calibParams.ori_cam_4]
nr1 = [calibParams.img_1_p1,calibParams.img_1_p2,calibParams.img_1_p3,calibParams.img_1_p4]
nr2 = [calibParams.img_2_p1,calibParams.img_2_p2,calibParams.img_2_p3,calibParams.img_2_p4]
nr3 = [calibParams.img_3_p1,calibParams.img_3_p2,calibParams.img_3_p3,calibParams.img_3_p4]
nr4 = [calibParams.img_4_p1,calibParams.img_4_p2,calibParams.img_4_p3,calibParams.img_4_p4]
nr = [nr1, nr2, nr3, nr4]
if(calibParams.chfield == "Frame"):
chfield = 0
elif (calibParams.chfield == "Field odd"):
chfield = 1
else :
chfield = 2
par.PtvParams(calibParams.n_img, calibParams.img_name,\
calibParams.img_cal, calibParams.hp_flag,\
calibParams.allCam_flag, calibParams.tiff_head, calibParams.h_image_size, \
calibParams.v_image_size,calibParams.h_pixel_size, calibParams.v_pixel_size, chfield,\
calibParams.mmp_n1, calibParams.mmp_n2, \
calibParams.mmp_n3, calibParams.mmp_d, path = par_path).write()
par.CalOriParams(calibParams.n_img,calibParams.fixp_name,\
img_cal_name,img_ori,calibParams.tiff_head,\
calibParams.pair_head, chfield, path = par_path).write()
par.DetectPlateParams(calibParams.grey_value_treshold_1, \
calibParams.grey_value_treshold_2, \
calibParams.grey_value_treshold_3, \
calibParams.grey_value_treshold_4, \
calibParams.tolerable_discontinuity, \
calibParams.min_npix, calibParams.max_npix, \
calibParams.min_npix_x, calibParams.max_npix_x, \
calibParams.min_npix_y, calibParams.max_npix_y, \
calibParams.sum_of_grey, \
calibParams.size_of_crosses, path = par_path).write()
par.ManOriParams(calibParams.n_img, 4, nr, path = par_path).write()
par.ExamineParams(calibParams.Examine_Flag,calibParams.Combine_Flag, path = par_path).write()
par.OrientParams(calibParams.point_number_of_orientation, calibParams.principle_distance,\
calibParams.xp, calibParams.yp, calibParams.k1, calibParams.k2,\
calibParams.k3, calibParams.p1, calibParams.p2,\
calibParams.scx, calibParams.she,calibParams.interf, path = par_path).write()
par.ShakingParams(calibParams.shaking_first_frame, calibParams.shaking_last_frame, \
calibParams.shaking_max_num_points, calibParams.shaking_max_num_frames, path = par_path).write()
par.DumbbellParams(calibParams.dumbbell_eps,calibParams.dumbbell_scale,\
calibParams.dumbbell_gradient_descent,calibParams.dumbbell_penalty_weight,\
calibParams.dumbbell_step,calibParams.dumbbell_niter, path = par_path).write()
def setattr(self, info, object, name, value):
"""Called when any attribute is set."""
#The parent class actually sets the value
Handler.setattr(self, info, object, name, value)
self.changed_point(object)
#Choosing another reflection, or a different detector,
# or switching to arbitrary mode
if name in ["hkl", "detector", "brute_search",
"arbitrary_bool", "arbitrary_xyz", "arbitrary_width"]:
#Make sure the plot detector points to the right one
self.frame.detectorPlot.set_detector(self.frame.placer.get_detector())
#Make the map recalculate
self.frame.map_thread.reset()
def setattr(self, info, object, name, value):
# if object._manphasing and name != 'ph_man_btn':
# print name, value
# return
Handler.setattr(self, info, object, name, value)
# if name == 'ph_man_btn':
# if not object._manphasing:
# info.ph_man_btn.label = 'Manual'
# elif object._manphasing:
# info.ph_man_btn.label = 'Manual*'
if name == "ft_btn":
if object.fid._flags["ft"]:
info.ft_btn.label = "FT*"
def closed(self, info, is_ok):
mainParams = info.object
par_path = mainParams.par_path
Handler.closed(self, info, is_ok)
if is_ok:
img_name = [mainParams.Name_1_Image, mainParams.Name_2_Image,\
mainParams.Name_3_Image, mainParams.Name_4_Image]
img_cal_name = [mainParams.Cali_1_Image, mainParams.Cali_2_Image,\
mainParams.Cali_3_Image,mainParams.Cali_4_Image]
gvthres = [mainParams.Gray_Tresh_1,mainParams.Gray_Tresh_2,\
mainParams.Gray_Tresh_3,mainParams.Gray_Tresh_4]
base_name = [mainParams.Basename_1_Seq, mainParams.Basename_2_Seq,\
mainParams.Basename_3_Seq, mainParams.Basename_4_Seq]
X_lay = [mainParams.Xmin, mainParams.Xmax]
Zmin_lay = [mainParams.Zmin1, mainParams.Zmin2]
Zmax_lay = [mainParams.Zmax1, mainParams.Zmax2]
#write ptv_par
par.PtvParams(mainParams.Num_Cam, img_name, img_cal_name,\
mainParams.HighPass, mainParams.Accept_OnlyAllCameras,\
mainParams.tiff_flag, mainParams.imx, mainParams.imy,\
mainParams.pix_x, mainParams.pix_y, mainParams.chfield,\
mainParams.Refr_Air, mainParams.Refr_Glass, \
mainParams.Refr_Water, mainParams.Thick_Glass, path = par_path).write()
#write calibration parameters
par.CalOriParams(mainParams.Num_Cam,mainParams.fixp_name,\
mainParams.img_cal_name,mainParams.img_ori,mainParams.tiff_flag,\
mainParams.pair_Flag,mainParams.chfield, path = par_path).write()
#write targ_rec_par
par.TargRecParams(mainParams.Num_Cam, gvthres, mainParams.Tol_Disc,\
mainParams.Min_Npix ,mainParams.Max_Npix,\
mainParams.Min_Npix_x, mainParams.Max_Npix_x,\
mainParams.Min_Npix_y, mainParams.Max_Npix_y,\
mainParams.Sum_Grey, mainParams.Size_Cross, path = par_path).write()
#write pft_version_par
par.PftVersionParams(mainParams.Existing_Target,
path=par_path).write()
#write sequence_par
par.SequenceParams(mainParams.Num_Cam, base_name,\
mainParams.Seq_First, mainParams.Seq_Last, path = par_path).write()
#write criteria_par
par.CriteriaParams(X_lay,Zmin_lay,Zmax_lay,mainParams.Min_Corr_nx,\
mainParams.Min_Corr_ny,mainParams.Min_Corr_npix ,\
mainParams.Sum_gv,mainParams.Min_Weight_corr ,\
mainParams.Tol_Band, path = par_path).write()
def closed(self,info,is_ok):
mainParams = info.object
par_path = mainParams.par_path
Handler.closed(self,info,is_ok)
if is_ok:
img_name = [mainParams.Name_1_Image, mainParams.Name_2_Image,\
mainParams.Name_3_Image, mainParams.Name_4_Image]
img_cal_name = [mainParams.Cali_1_Image, mainParams.Cali_2_Image,\
mainParams.Cali_3_Image,mainParams.Cali_4_Image]
gvthres = [mainParams.Gray_Tresh_1,mainParams.Gray_Tresh_2,\
mainParams.Gray_Tresh_3,mainParams.Gray_Tresh_4]
base_name = [mainParams.Basename_1_Seq, mainParams.Basename_2_Seq,\
mainParams.Basename_3_Seq, mainParams.Basename_4_Seq]
X_lay = [mainParams.Xmin, mainParams.Xmax]
Zmin_lay = [mainParams.Zmin1, mainParams.Zmin2]
Zmax_lay = [mainParams.Zmax1, mainParams.Zmax2]
#write ptv_par
par.PtvParams(mainParams.Num_Cam, img_name, img_cal_name,\
mainParams.HighPass, mainParams.Accept_OnlyAllCameras,\
mainParams.tiff_flag, mainParams.imx, mainParams.imy,\
mainParams.pix_x, mainParams.pix_y, mainParams.chfield,\
mainParams.Refr_Air, mainParams.Refr_Glass, \
mainParams.Refr_Water, mainParams.Thick_Glass, path = par_path).write()
#write calibration parameters
par.CalOriParams(mainParams.Num_Cam,mainParams.fixp_name,\
mainParams.img_cal_name,mainParams.img_ori,mainParams.tiff_flag,\
mainParams.pair_Flag,mainParams.chfield, path = par_path).write()
#write targ_rec_par
par.TargRecParams(mainParams.Num_Cam, gvthres, mainParams.Tol_Disc,\
mainParams.Min_Npix ,mainParams.Max_Npix,\
mainParams.Min_Npix_x, mainParams.Max_Npix_x,\
mainParams.Min_Npix_y, mainParams.Max_Npix_y,\
mainParams.Sum_Grey, mainParams.Size_Cross, path = par_path).write()
#write pft_version_par
par.PftVersionParams(mainParams.Existing_Target, path = par_path).write()
#write sequence_par
par.SequenceParams(mainParams.Num_Cam, base_name,\
mainParams.Seq_First, mainParams.Seq_Last, path = par_path).write()
#write criteria_par
par.CriteriaParams(X_lay,Zmin_lay,Zmax_lay,mainParams.Min_Corr_nx,\
mainParams.Min_Corr_ny,mainParams.Min_Corr_npix ,\
mainParams.Sum_gv,mainParams.Min_Weight_corr ,\
mainParams.Tol_Band, path = par_path).write()
def test_demo_init_no_children_to_be_set(self):
# Test if there are no children, nothing is selected.
model = DemoVirtualDirectory(resources=[])
demo = Demo(model=model)
demo.selected_node = None
# when
info = UIInfo(ui=UI(handler=Handler()))
demo.init(info)
# then
self.assertIsNone(demo.selected_node)
def test_demo_init_set_children(self):
# Test if there are children, the first one will be selected.
resources = [DemoPath(), DemoPath()]
model = DemoVirtualDirectory(resources=resources)
demo = Demo(model=model)
demo.selected_node = None
# when
info = UIInfo(ui=UI(handler=Handler()))
demo.init(info)
# then
self.assertIs(demo.selected_node, resources[0])
def setattr(self, info, object, name, value):
Handler.setattr(self, info, object, name, value)
info.object._updated = True
def close(self, info, is_ok):
# would be nice to close the profile plot
# but easier said than done
# tip: info.ui.dispose()
return Handler.close(self, info, is_ok)
def setattr(self, info, object, name, value):
Handler.setattr(self, info, object, name, value)
def setattr(self, info, object, name, value):
"""Called when any attribute is set."""
#The parent class actually sets the value
Handler.setattr(self, info, object, name, value)
#Do other checks
self.check_validity()
def __init__(self, frame, *args, **kwargs):
Handler.__init__(self, *args, **kwargs)
self.add_trait('frame', frame)
self.add_trait('user_clicked_okay', False)
def setattr(self, info, object, name, value):
"""Called when any attribute is set."""
Handler.setattr(self, info, object, name, value)
self.check_validity()
def perform(self, info, action, event):
if action.id == 'Apply':
self._save_configuration_changes(info)
else:
Handler.perform(self, info, action, event)
def setattr(self, info, object, name ,value):
Handler.setattr(self, info, object, name, value)
info.object._updated = True
def setattr(self, info, object, name, value):
"""Called when any attribute is set."""
#The parent class actually sets the value
Handler.setattr(self, info, object, name, value)
#Do other checks
self.check_validity()
def __init__(self, frame, *args, **kwargs):
Handler.__init__(self, *args, **kwargs)
self.add_trait('frame', frame)
self.add_trait('user_clicked_okay', False)
def setattr(self, info, object, name, value):
"""Called when any attribute is set."""
Handler.setattr(self, info, object, name, value)
self.check_validity()
def closed(self,info,is_ok): Handler.closed(self,info,is_ok) if is_ok: print "Michael:", info.object.dvxmin, type(info.object.dvxmin) info.object.write()
def edit_traits(self, *args, **kws):
main(embedded=True)
return UI(handler=Handler())
def closed(self, info, is_ok):
Handler.closed(self, info, is_ok)
if is_ok:
print "Michael:", info.object.dvxmin, type(info.object.dvxmin)
info.object.write()
def setattr(self, info, object, name, value):
Handler.setattr(self, info, object, name, value)
def __init__(self, frame, *args, **kwargs):
Handler.__init__(self, *args, **kwargs)
self.add_trait('frame', frame)
