def point2ObjectDistance(self, point):
dist = 100
geoCalc = geoMath.GeoMath()
for pointOnLine in self.freeHandLine:
pointDist = geoCalc.distBetweenPoints(point, pointOnLine)
dist = min(dist, pointDist)
return dist
def point2ObjectDistance(self, point):
dist=100
geoCalc = geoMath.GeoMath()
for vertex in range(len(self.polygon)):
dist2AnEdge = geoCalc.calcDist(point,QLine(self.polygon[vertex], self.polygon[(vertex + 1) % len(self.polygon)]))
dist = min(dist, dist2AnEdge)
return dist
def mouseDoubleClickEvent(self, event):
# double click to cancel choose a group
if self.shape == "Choose":
pos = QPoint(event.pos().x(), event.pos().y())
if self.startQPoint.x() < 0:
self.startQPoint = pos
self.endQPoint = pos
if self.startQPoint.x() < 0:
return
for gp in self.groups:
geoCalc = geoMath.GeoMath()
dist = geoCalc.minDistOfPoint2RectEdge(self.startQPoint, gp.area)
if dist < 49:
self.groups.remove(gp)
self.startQPoint = QPoint(-1, -1)
self.endQPoint = QPoint(-1, -1)
def point2ObjectDistance(self, point):
geoCalc = geoMath.GeoMath()
dist= geoCalc.distBetweenPoints(point, self.ellipse.center())
return dist
def point2ObjectDistance(self, point):
geoCalc = geoMath.GeoMath()
dist = geoCalc.minDistOfPoint2SquareEdge(point, self.square)
return dist
def point2ObjectDistance(self, point):
geoCalc = geoMath.GeoMath()
dist= geoCalc.minDistOfPoint2RectEdge(point,self.rectangle)
return dist
def point2ObjectDistance(self, point):
geoCalc = geoMath.GeoMath()
dist = geoCalc.calcDist( point=point, line=self.straightLine)
return dist
def point2ObjectDistance(self, point):
geoCalc = geoMath.GeoMath()
dist = abs(round(geoCalc.distBetweenPoints(self.circle.center(), point))-self.radius)
return dist
def mouseReleaseEvent(self, event):
if self.shape == "Line":
self.objectIndex=self.objectIndex+1
self.straightLines.append(
objectCharacter.StraightLineCha(objIndex=self.objectIndex, objShape="Line", penColor=self.pen.color(),
penWidth=self.pen.width(), penStyle=self.pen.style(),
straightLine=QLine(self.startQPoint, self.endQPoint)))
self.startQPoint = QPoint(-1, -1)
self.endQPoint = QPoint(-1, -1)
if self.shape == "FreeHandLine":
self.objectIndex = self.objectIndex + 1
self.freeHandLines.append(
objectCharacter.FreeHandLineCha(objIndex=self.objectIndex, objShape="FreeHandLine",
penColor=self.pen.color(), penWidth=self.pen.width(),
penStyle=self.pen.style(), freeHandLine=self.freeHandLine))
self.freeHandLine=[]
if self.shape == "Rectangle":
self.objectIndex = self.objectIndex + 1
self.rects.append(
objectCharacter.RectangleCha(objIndex=self.objectIndex, objShape="Rectangle", penColor=self.pen.color(),
penWidth=self.pen.width(), penStyle=self.pen.style(),
rectangle=QRect(self.startQPoint, self.endQPoint)))
self.startQPoint = QPoint(-1, -1)
self.endQPoint = QPoint(-1, -1)
if self.shape == "Square":
self.objectIndex = self.objectIndex + 1
point1 = self.startQPoint
point3 = self.endQPoint
point2 = QPoint(round(((point1.x()+point3.x())+(point3.y()-point1.y()))/2), round(((point1.y()+point3.y())+(point1.x()-point3.x()))/2))
point4 = QPoint(round(((point1.x()+point3.x())-(point3.y()-point1.y()))/2), round(((point1.y()+point3.y())-(point1.x()-point3.x()))/2))
self.squares.append(
objectCharacter.SquareCha(objIndex=self.objectIndex, objShape="Square", penColor=self.pen.color(),
penWidth=self.pen.width(),
penStyle=self.pen.style(), square=[point1, point2, point3, point4]))
self.startQPoint = QPoint(-1, -1)
self.endQPoint = QPoint(-1, -1)
if self.shape == "Ellipse":
self.objectIndex = self.objectIndex + 1
self.ellipses.append(
objectCharacter.EllipseCha(objIndex=self.objectIndex, objShape="Ellipse", penColor=self.pen.color(),
penWidth=self.pen.width(), penStyle=self.pen.style(),
ellipse=QRect(self.startQPoint, self.endQPoint)))
self.startQPoint = QPoint(-1, -1)
self.endQPoint = QPoint(-1, -1)
if self.shape == "Circle":
self.objectIndex = self.objectIndex + 1
center=QPoint( round((self.startQPoint.x() + self.endQPoint.x()) / 2), round((self.startQPoint.y() + self.endQPoint.y()) / 2) )
geoCalc=geoMath.GeoMath()
squareRadius = round(geoCalc.distBetweenPoints(self.startQPoint, self.endQPoint) / 2)
topLeftPoint = QPoint( center.x()-squareRadius , center.y()-squareRadius)
bottomRightPoint = QPoint(center.x() + squareRadius, center.y() + squareRadius)
boundingRect = QRect(topLeftPoint,bottomRightPoint)
self.circles.append(
objectCharacter.CircleCha(objIndex=self.objectIndex, objShape="Circle", penColor=self.pen.color(),
penWidth=self.pen.width(),
penStyle=self.pen.style(), circle=boundingRect,radius=squareRadius))
self.startQPoint = QPoint(-1, -1)
self.endQPoint = QPoint(-1, -1)
if self.shape == "Polygon":
if len(self.polygon)==0:
if self.startQPoint.x() < 0 or self.endQPoint.x()<0:
return
self.polygon.append(self.startQPoint)
self.polygon.append(self.endQPoint)
self.startQPoint = QPoint(-1, -1)
self.endQPoint = QPoint(-1, -1)
else:
if self.startQPoint.x() < 0 or self.endQPoint.x() < 0:
return
startPointOverlap= False
endPointOverlap= False
for polygonPoints in self.polygon:
geoCalc= geoMath.GeoMath()
startPointOverlap = startPointOverlap or geoCalc.twoPointClose(polygonPoints, self.startQPoint)
endPointOverlap = endPointOverlap or geoCalc.twoPointClose(polygonPoints, self.endQPoint)
if startPointOverlap and endPointOverlap:
self.objectIndex = self.objectIndex + 1
self.polygons.append(objectCharacter.PolygonCha(objIndex=self.objectIndex, objShape="Polygon",
penColor=self.pen.color(),
penWidth=self.pen.width(),
penStyle=self.pen.style(), polygon=self.polygon))
self.polygon = []
self.startQPoint = QPoint(-1, -1)
self.endQPoint = QPoint(-1, -1)
elif startPointOverlap:
self.polygon.append(self.endQPoint)
self.startQPoint = QPoint(-1, -1)
self.endQPoint = QPoint(-1, -1)
else:
self.polygon.append(self.startQPoint)
self.polygon.append(self.endQPoint)
self.startQPoint = QPoint(-1, -1)
self.endQPoint = QPoint(-1, -1)
if self.shape == "Group":
if self.startQPoint.x() < 0:
return
self.objectIndex = self.objectIndex + 1
chooseArea = QRect(self.startQPoint, self.endQPoint)
containIndex = [self.objectIndex]
# loop ellipse
for elps in self.ellipses:
if chooseArea.contains(elps.ellipse.center()):
containIndex.append(elps.objIndex)
# loop circle
for circle in self.circles:
if chooseArea.contains(circle.circle.center()):
containIndex.append(circle.objIndex)
# loop rectangular
for rect in self.rects:
if chooseArea.contains(rect.rectangle.center()):
containIndex.append(rect.objIndex)
# loop square
for square in self.squares:
if chooseArea.contains(square.square[0]) and chooseArea.contains(square.square[1]) and chooseArea.contains(square.square[2]) and chooseArea.contains(square.square[3]):
containIndex.append(square.objIndex)
# loop straight line
for sl in self.straightLines:
if chooseArea.contains(sl.straightLine.p1()) or chooseArea.contains(sl.straightLine.p2()):
containIndex.append(sl.objIndex)
# loop freehand line
for fhl in self.freeHandLines:
if chooseArea.contains(fhl.freeHandLine[0]) or chooseArea.contains(fhl.freeHandLine[-1]):
containIndex.append(fhl.objIndex)
# loop freehand line
for plg in self.polygons:
allPointsIncluded = True
for point in plg.polygon:
if not chooseArea.contains(point):
allPointsIncluded = False
break
if allPointsIncluded:
containIndex.append(plg.objIndex)
# build group
self.groups.append(
objectCharacter.GroupCha(objIndex=self.objectIndex, objShape="Group", penColor=self.pen.color(), penWidth=self.pen.width(),
penStyle=Qt.DashDotLine, area=chooseArea, memberIndexes=containIndex))
self.startQPoint = QPoint(-1, -1)
self.endQPoint = QPoint(-1, -1)
if self.shape == "Choose":
if self.startQPoint.x() < 0:
return
self.chooseAnObject(self.startQPoint)
moveX = self.endQPoint.x() - self.startQPoint.x()
moveY = self.endQPoint.y() - self.startQPoint.y()
self.moveObjectMembers(self.chooseObjectIndex, moveX, moveY)
self.startQPoint = QPoint(-1, -1)
self.endQPoint = QPoint(-1, -1)
