def WUW_MouseMove(self, event):
if self.__inBoxArea:
self.pictureBoxDisplay_MouseMove(event)
return
if self.__isDown:
self.__points.append(PointR(event.GetX(),event.GetY(),time.clock()*1000))
self.Refresh(True, wx.Rect(event.GetX()-2,event.GetY()-2,4,4))
def WUW_MouseDown(self, event):
if self.__show_settings:
point = event.GetPosition()
rect = self.pictureBoxDisplay.GetRect()
if point.x >= rect.x and point.x <= rect.x + rect.width and point.y >= rect.y and point.y <= rect.y + rect.height:
self.__inBoxArea = True
if self.__inBoxArea:
self.pictureBoxDisplay_MouseDown(event)
return
self.__isDown = True
self.__points = []
self.__points.append(PointR(event.GetX(), event.GetY(),time.clock()*1000))
self.Refresh()
def AnalyzeMarkers(self):
if self.__touchlessMgr.MarkersCount < 2:
return
m = self.__touchlessMgr.Markers[0]
n = self.__touchlessMgr.Markers[1]
if not m.CurrData.Present and not n.CurrData.Present:
self.tolerance += 1
elif not m.CurrData.Present:
self.tolerance += 1
elif not n.CurrData.Present:
self.tolerance += 1
if m.CurrData.Present and n.CurrData.Present:
dist = ((m.CurrData.X - n.CurrData.X)**2 + (m.CurrData.Y - n.CurrData.Y)**2)**0.5
isTouching = dist < 60
if isTouching and not self.__drawingGesture:
self.tolerance = 0
self.StartDrawing()
elif not isTouching and self.__drawingGesture:
self.tolerance = 0
self.EndDrawing()
elif not m.CurrData.Present and not n.CurrData.Present and self.tolerance > self.toleranceMax:
if self.__drawingGesture:
self.tolerance = 0
self.EndDrawing()
if self.__drawingGesture:
if n.CurrData.Present and m.CurrData.Present:
# On utilise la moyenne des deux points détectés
point_x = (n.CurrData.X + m.CurrData.X) / 2
point_y = (n.CurrData.Y + m.CurrData.Y) / 2
else:
# On utilise le seul point détecté
point = n if n.CurrData.Present else m
point_x = point.CurrData.X
point_y = point.CurrData.Y
self.__drawingPoints.append(PointR(point_x, point_y,time.clock()*1000))