def test_marking_line_overlay(self):
cnvs = miccanvas.TwoDPlotCanvas(self.panel)
mlol = cnvs.markline_overlay
self.add_control(cnvs, wx.EXPAND, proportion=1, clear=True)
rgb = numpy.empty((30, 200, 3), dtype=numpy.uint8)
data = model.DataArray(rgb)
cnvs.set_2d_data(data, unit_x='m', unit_y='m',
range_x=[200e-9, 500e-9], range_y=[0, 20e-6])
test.gui_loop()
mlol.val.value = (201e-9, 10e-6)
cnvs.Refresh()
test.gui_loop(0.5)
mlol.orientation = vol.MarkingLineOverlay.HORIZONTAL
cnvs.Refresh()
test.gui_loop(0.5)
mlol.orientation = vol.MarkingLineOverlay.VERTICAL
mlol.val.value = (301e-9, 12e-6)
cnvs.Refresh()
test.gui_loop(0.5)
mlol.orientation = vol.MarkingLineOverlay.HORIZONTAL | vol.MarkingLineOverlay.VERTICAL
mlol.val.value = (401e-9, 20e-6)
cnvs.Refresh()
test.gui_loop(0.5)
# Out of the range
mlol.val.value = (0, 0)
cnvs.Refresh()
test.gui_loop(0.5)
def test_onedimensional_canvas(self):
cnvs = miccanvas.TwoDPlotCanvas(self.panel)
cnvs.SetBackgroundColour("#00599B")
self.add_control(cnvs, wx.EXPAND, proportion=1)
im_data = generate_img_data(200, 10, 4)
cnvs.set_2d_data(im_data)
cnvs.update_drawing()
test.gui_loop(0.2)