def __init__(
self,
parent_3d,
ID_3d,
title_3d,
parent_rgb,
ID_rgb,
title_rgb,
parent_depth,
ID_depth,
title_depth,
parent_thermal,
ID_thermal,
title_thermal,
parent_multispectral,
ID_multispectral,
title_multispectral,
parent_rgb_copy,
ID_rgb_copy,
title_rgb_copy,
parent_rgb_touch,
ID_rgb_touch,
title_rgb_touch,
parent_thermal_touch,
ID_thermal_touch,
title_thermal_touch,
parent_multispectral_touch,
ID_multispectral_touch,
title_multispectral_touch,
db,
experimentId,
):
"""
This method creates and initializes the OpenGL canvas and creates the camera
procedure for controlling the camera and running the image processing algorithms.
The camera procedure is a C++ class that is exposed to Python via SWIG.
"""
self.db = db
self.parent_3d = parent_3d
self.window_id_3d = ID_3d
self.parent_rgb = parent_rgb
self.window_id_rgb = ID_rgb
self.parent_depth = parent_depth
self.window_id_depth = ID_depth
self.parent_thermal = parent_thermal
self.window_id_thermal = ID_thermal
self.parent_multispectral = parent_multispectral
self.window_id_multispectral = ID_multispectral
self.parent_rgb_copy = parent_rgb_copy
self.window_id_rgb_copy = ID_rgb_copy
self.parent_rgb_touch = parent_rgb_touch
self.window_id_rgb_touch = ID_rgb_touch
self.parent_thermal_touch = parent_thermal_touch
self.window_id_thermal_touch = ID_thermal_touch
self.parent_multispectral_touch = parent_multispectral_touch
self.window_id_multispectral_touch = ID_multispectral_touch
print "AssessmentMultiCameraCanvases constructor: experimentId = %d" % experimentId
# return # BRH
c = ExperimentConfig()
self.config_file = c.SetFromDb(self.db, experimentId)
self.proc_ = pu.pu_assessment_system_proc()
if not self.proc_.configure(self.config_file):
print "Configure failed."
return
if not self.proc_.initialize():
print "Initialize failed."
return
self.ctrl_ = framework.process_control()
self.ctrl_.set_process(self.proc_)
self.ctrl_.initialize_control(self.ctrl_.ASYNCHRONOUS)
self.ctrl_.execute_one_step(True)
self.ctrl_.execute_continously()
attribList = (
glcanvas.WX_GL_RGBA, # RGBA
glcanvas.WX_GL_DOUBLEBUFFER, # Double Buffered
glcanvas.WX_GL_BUFFER_SIZE,
32,
)
self.canvas_rgb = gui_wx.canvas(
self.parent_rgb, self.window_id_rgb, wx.DefaultPosition, wx.Size(640, 360), 0, title_rgb, attribList
)
# self.canvas_3d = gui_wx.canvas(self.parent_3d, self.window_id_3d, wx.DefaultPosition, wx.Size(320, 240), 0, title_3d, attribList)
self.canvas_depth = gui_wx.canvas(
self.parent_depth, self.window_id_depth, wx.DefaultPosition, wx.Size(320, 240), 0, title_depth, attribList
)
self.canvas_thermal = gui_wx.canvas(
self.parent_thermal,
self.window_id_thermal,
wx.DefaultPosition,
wx.Size(320, 240),
0,
title_thermal,
attribList,
)
self.canvas_multispectral = gui_wx.canvas(
self.parent_multispectral,
self.window_id_multispectral,
wx.DefaultPosition,
wx.Size(256, 256),
0,
title_multispectral,
attribList,
)
self.canvas_rgb_copy = gui_wx.canvas(
self.parent_rgb_copy,
self.window_id_rgb_copy,
wx.DefaultPosition,
wx.Size(640, 360),
0,
title_rgb_copy,
attribList,
)
if self.parent_rgb_touch:
self.canvas_rgb_touch = gui_wx.canvas(
self.parent_rgb_touch,
self.window_id_rgb_touch,
wx.DefaultPosition,
wx.Size(640, 360),
0,
title_rgb_touch,
attribList,
)
self.canvas_thermal_touch = gui_wx.canvas(
self.parent_thermal_touch,
self.window_id_thermal_touch,
wx.DefaultPosition,
wx.Size(160, 120),
0,
title_thermal_touch,
attribList,
)
self.canvas_multispectral_touch = gui_wx.canvas(
self.parent_multispectral_touch,
self.window_id_multispectral_touch,
wx.DefaultPosition,
wx.Size(160, 160),
0,
title_multispectral_touch,
attribList,
)
self.canvas_rgb.set_process_control(self.ctrl_)
# self.canvas_3d.set_process_control(self.ctrl_)
self.canvas_depth.set_process_control(self.ctrl_)
self.canvas_thermal.set_process_control(self.ctrl_)
self.canvas_multispectral.set_process_control(self.ctrl_)
self.canvas_rgb_copy.set_process_control(self.ctrl_)
if self.parent_rgb_touch:
self.canvas_rgb_touch.set_process_control(self.ctrl_)
self.canvas_thermal_touch.set_process_control(self.ctrl_)
self.canvas_multispectral_touch.set_process_control(self.ctrl_)
# Create visualizers
self.viz_rgb = gui_wx.direct_visualizer()
# self.viz_3d = gui_wx.direct_visualizer()
self.viz_depth = gui_wx.direct_visualizer()
self.viz_thermal = gui_wx.direct_visualizer()
self.viz_multispectral = gui_wx.direct_visualizer()
self.viz_rgb_copy = gui_wx.direct_visualizer()
if self.parent_rgb_touch:
self.viz_rgb_touch = gui_wx.direct_visualizer()
self.viz_thermal_touch = gui_wx.direct_visualizer()
self.viz_multispectral_touch = gui_wx.direct_visualizer()
# Visualizer visualizes into canvas
self.viz_rgb.set_output_canvas(self.canvas_rgb)
# self.viz_3d.set_output_canvas(self.canvas_3d)
self.viz_depth.set_output_canvas(self.canvas_depth)
self.viz_thermal.set_output_canvas(self.canvas_thermal)
self.viz_multispectral.set_output_canvas(self.canvas_multispectral)
self.viz_rgb_copy.set_output_canvas(self.canvas_rgb_copy)
if self.parent_rgb_touch:
self.viz_rgb_touch.set_output_canvas(self.canvas_rgb_touch)
self.viz_thermal_touch.set_output_canvas(self.canvas_thermal_touch)
self.viz_multispectral_touch.set_output_canvas(self.canvas_multispectral_touch)
# Tell canvas about visualizer (needed for resizing when proc is paused)
self.canvas_rgb.set_proc_visualizer(self.viz_rgb)
# self.canvas_3d.set_proc_visualizer(self.viz_3d)
self.canvas_depth.set_proc_visualizer(self.viz_depth)
self.canvas_thermal.set_proc_visualizer(self.viz_thermal)
self.canvas_multispectral.set_proc_visualizer(self.viz_multispectral)
self.canvas_rgb_copy.set_proc_visualizer(self.viz_rgb_copy)
if self.parent_rgb_touch:
self.canvas_rgb_touch.set_proc_visualizer(self.viz_rgb_touch)
self.canvas_thermal_touch.set_proc_visualizer(self.viz_thermal_touch)
self.canvas_multispectral_touch.set_proc_visualizer(self.viz_multispectral_touch)
self.viz_rgb.use_swap_buffer_on_flush(True)
# self.viz_3d.use_swap_buffer_on_flush(True);
self.viz_depth.use_swap_buffer_on_flush(True)
self.viz_thermal.use_swap_buffer_on_flush(True)
self.viz_multispectral.use_swap_buffer_on_flush(True)
self.viz_rgb_copy.use_swap_buffer_on_flush(True)
if self.parent_rgb_touch:
self.viz_rgb_touch.use_swap_buffer_on_flush(True)
self.viz_thermal_touch.use_swap_buffer_on_flush(True)
self.viz_multispectral_touch.use_swap_buffer_on_flush(True)
# Add a canvas view client.
# This is actually a handler client.
self.canvas_rgb.add_canvas_view_client()
# self.canvas_3d.add_canvas_view_client();
self.canvas_depth.add_canvas_view_client()
self.canvas_thermal.add_canvas_view_client()
self.canvas_multispectral.add_canvas_view_client()
self.canvas_rgb_copy.add_canvas_view_client()
if self.parent_rgb_touch:
self.canvas_rgb_touch.add_canvas_view_client()
self.canvas_thermal_touch.add_canvas_view_client()
self.canvas_multispectral_touch.add_canvas_view_client()
self.proc_.set_rgb_visualizer(self.viz_rgb)
# self.proc_.set_3d_visualizer(self.viz_3d);
self.proc_.set_depth_visualizer(self.viz_depth)
self.proc_.set_thermal_visualizer(self.viz_thermal)
self.proc_.set_hyper_spectral_visualizer(self.viz_multispectral)
self.proc_.set_rgb_copy_visualizer(self.viz_rgb_copy)
if self.parent_rgb_touch:
self.proc_.set_rgb_touch_visualizer(self.viz_rgb_touch)
self.proc_.set_thermal_touch_visualizer(self.viz_thermal_touch)
self.proc_.set_hyper_spectral_touch_visualizer(self.viz_multispectral_touch)
# print "I am here."
return
def __init__(self, parent, ID, title, db, experimentId):
"""
This method creates and initializes the OpenGL canvas and creates the camera
procedure for controlling the camera and running the image processing algorithms.
The camera procedure is a C++ class that is exposed to Python via SWIG.
"""
self.db = db
self.parent_ = parent
self.window_id_ = ID
# path = 'C:/Barry/projects/mmpspupcva/src/python/resources/test_depth_camera_config.py'
# print 'Importing configuration from '+path
#c = cfg.config_file_from_python_script(path)
print "PreventionDepthCameraCanvas constructor: experimentId = %d" % experimentId
c = ExperimentConfig()
self.config_file = c.SetFromDb(self.db, experimentId)
#self.proc_ = pu.pu_camera_source_proc()
self.proc_ = pu.pu_prevention_chaining_process()
# if not self.proc_.configure(c[0]):
if not self.proc_.configure(self.config_file):
print 'Configure failed.'
return
if not self.proc_.initialize():
print 'Initialize failed.'
return
self.ctrl_ = framework.process_control()
self.ctrl_.set_process(self.proc_)
self.ctrl_.initialize_control(self.ctrl_.ASYNCHRONOUS);
self.ctrl_.execute_one_step(True)
self.ctrl_.execute_continously()
attribList = (glcanvas.WX_GL_RGBA, # RGBA
glcanvas.WX_GL_DOUBLEBUFFER, # Double Buffered
glcanvas.WX_GL_BUFFER_SIZE, 32)
self.canvas_ = gui_wx.canvas(self.parent_, self.window_id_, wx.DefaultPosition, wx.Size(640, 480), 0, title, attribList)
self.canvas_.set_process_control(self.ctrl_)
# Create visualizers
self.viz_ = gui_wx.direct_visualizer()
# self.overlay_viz_ = img.visualizer_2d_buffered()
# Visualizer visualizes into canvas
self.viz_.set_output_canvas(self.canvas_)
# Tell canvas about visualizer (needed for resizing when proc is paused)
self.canvas_.set_proc_visualizer(self.viz_)
# Tell OpenGL visualizer owned by proc about a secondary visualizer
# used by clients for overlays.
# self.viz_.add_visualizer(self.overlay_viz_);
# Tell canvas about this overlay visualizer. This visualizer can be
# used by clients during events such as on_mouse().
# self.canvas_.set_visualizer(self.overlay_viz_);
# Don't use swap buffer if we don't double buffer.
self.viz_.use_swap_buffer_on_flush(True);
# Add a canvas view client.
# This is actually a handler client.
self.canvas_.add_canvas_view_client();
# self.pixel_picking_client_ = new pu_pixel_picking_client();
# self.pixel_picking_client_.set_proc(self.proc_);
# self.add_client(self.pixel_picking_client_);
# self.canvas_.add_client(self.pixel_picking_client_);
# Tell process about visualizer.
self.proc_.set_visualizer(self.viz_);
return
def __init__(self, parent, ID, title):
wx.Frame.__init__(self, parent, ID, title,
wx.DefaultPosition, wx.Size(640, 480),
style=wx.DEFAULT_FRAME_STYLE | wx.SUNKEN_BORDER | wx.CLIP_CHILDREN)
path = 'C:/Barry/projects/mmpspupcva/src/python/resources/test_depth_camera_config.py'
print 'Importing configuration from '+path
c = cfg.config_file_from_python_script(path)
self.proc_ = pu.pu_camera_source_proc()
if not self.proc_.configure(c[0]):
print 'Configure failed.'
return
if not self.proc_.initialize():
print 'Initialize failed.'
return
# from wx gui frame --------------------------------------------------------------------------
self.control_panel_id_ = 33
self.enable_status_bar_ = True
self.enable_menu_bar_ = True
self.enable_process_control_panel_ = True
self.enable_process_control_client_ = True
self.enable_scroll_bar_ = False
self.scroll_bar_ = None
# Set up timer on frame
# self.Connect(self, wx.ID_ANY, -1, wx.EVT_TIMER, self.TimerCallback)
self.panel_ = wx.Panel(self, wx.ID_ANY, wx.DefaultPosition, wx.DefaultSize)
# --------------------------------------------------------------------------------------------
self.ctrl_ = framework.process_control()
self.ctrl_.set_process(self.proc_)
self.ctrl_.initialize_control(self.ctrl_.ASYNCHRONOUS);
self.ctrl_.execute_one_step(True)
self.ctrl_.execute_continously()
# from wx gui frame (init)--------------------------------------------------------------------
if self.enable_status_bar_:
self.CreateStatusBar()
self.SetStatusText("This is the statusbar")
if self.enable_menu_bar_:
self.menu_bar_ = wx.MenuBar(wx.MB_DOCKABLE)
if self.ctrl_:
if self.enable_process_control_panel_:
self.control_panel_ = gui_wx.process_control_panel(self.panel_, self.control_panel_id_, wx.DefaultPosition, wx.Size(-1,20))
self.control_panel_.set_process_control(self.ctrl_)
if self.enable_process_control_client_ and self.enable_menu_bar_:
self.process_control_client_ = gui_wx.process_control_client()
self.process_control_client_.set_process_control(self.ctrl_)
self.process_control_client_.set_parent(self)
self.process_control_client_.update_menu_as_submenu(self.menu_bar_, "&Process Control")
self.top_sizer_ = wx.BoxSizer(wx.VERTICAL)
self.control_sizer_ = None
if self.enable_process_control_panel_ or self.enable_scroll_bar_:
self.control_sizer_ = wx.BoxSizer(wx.HORIZONTAL)
if self.enable_process_control_panel_ and self.control_panel_:
control_panel_window = self.FindWindowById(self.control_panel_id_)
self.control_sizer_.Add(control_panel_window, 1, wx.ALIGN_CENTER_VERTICAL, 0)
if self.enable_scroll_bar_:
self.top_sizer_.Add(self.scroll_bar_, 0, wx.GROW, 0)
if self.control_sizer_:
self.top_sizer_.Add(self.control_sizer_, 0, wx.TOP or wx.EXPAND, 2)
self.panel_.SetAutoLayout(True )
# self.panel_.SetSizer(self.top_sizer_)
self.top_sizer_.SetSizeHints(self.panel_)
if self.enable_menu_bar_:
self.SetMenuBar(self.menu_bar_ )
# --------------------------------------------------------------------------------------------
attribList = (glcanvas.WX_GL_RGBA, # RGBA
glcanvas.WX_GL_DOUBLEBUFFER, # Double Buffered
glcanvas.WX_GL_BUFFER_SIZE, 32)
self.canvas_ = gui_wx.canvas(self.panel_, 40, wx.DefaultPosition, wx.Size(640, 480), 0, 'PUDepthCanvas', attribList)
self.canvas_.set_process_control(self.ctrl_)
canvas_window = self.FindWindowById(40)
canvas_window.SetMinSize(wx.Size(640,480))
self.top_sizer_.Add(canvas_window, 0, wx.EXPAND, 0, self.canvas_)
self.panel_.SetSizer(self.top_sizer_)
self.panel_.Layout()
wx.Sleep(2)
print "Canvas ready? %s" % self.canvas_.is_ready()
# Create visualizers
self.viz_ = gui_wx.direct_visualizer()
# self.overlay_viz_ = img.visualizer_2d_buffered()
# Visualizer visualizes into canvas
self.viz_.set_output_canvas(self.canvas_)
# Tell canvas about visualizer (needed for resizing when proc is paused)
self.canvas_.set_proc_visualizer(self.viz_)
# Tell OpenGL visualizer owned by proc about a secondary visualizer
# used by clients for overlays.
# self.viz_.add_visualizer(self.overlay_viz_);
# Tell canvas about this overlay visualizer. This visualizer can be
# used by clients during events such as on_mouse().
# self.canvas_.set_visualizer(self.overlay_viz_);
# Don't use swap buffer if we don't double buffer.
self.viz_.use_swap_buffer_on_flush(True);
# Add a canvas view client.
# This is actually a handler client.
self.canvas_.add_canvas_view_client();
# self.pixel_picking_client_ = new pu_pixel_picking_client();
# self.pixel_picking_client_.set_proc(self.proc_);
# self.add_client(self.pixel_picking_client_);
# self.canvas_.add_client(self.pixel_picking_client_);
# if self.enable_menu_bar_:
# update menu with clients
# Tell process about visualizer.
self.proc_.set_visualizer(self.viz_);
# Set frame attributes
self.Bind(wx.EVT_CLOSE, self.TimeToQuit)
# self.set_process(self.proc_)
# self.set_process_control(self.ctrl_)
# self.enable_scroll_bar(True)
# self.init()
# self.activate_scroll_bar(False)
self.Show()
print "Canvas ready? %s" % self.canvas_.is_ready()
return
