def mouseDown_(self, event):
if self.cropRectangle:
p = self.convertPoint_fromView_(event.locationInWindow(), None)
if p.x > NSMinX(self.cropRectangle) and p.x < NSMaxX(self.cropRectangle) and\
p.y > NSMinY(self.cropRectangle) and p.y < NSMaxY(self.cropRectangle):
self.dragPos = p
self.initialPos = self.cropRectangle.origin
def draggedItem_event_(self, sender, event):
p = sender.convertPoint_fromView_(event.locationInWindow(), None)
dx = self.dragPos.x - p.x
dy = self.dragPos.y - p.y
frame = sender.frame()
if abs(dy) > 25 or self.dragWindow:
if not self.dragWindow:
self.dragWindow = self.createDragWindowForTab_(sender)
self.dragWindow.makeKeyAndOrderFront_(None)
self.draggedOut = True
sender.setDraggedOut_(True)
pos = NSEvent.mouseLocation()
pos.x -= self.dragPos.x
pos.y -= self.dragPos.y
self.dragWindow.setFrameOrigin_(pos)
if abs(dy) < 25 and p.x > NSMinX(frame) and p.x < NSMaxX(frame):
self.dragWindow.close()
self.dragWindow = None
self.draggedOut = False
sender.setDraggedOut_(False)
else:
return
frame.origin.x -= dx
sender.setFrame_(frame)
self.reorderByPosition_(sender)
def drawDividerInRect_(self, rect):
NSSplitView.drawDividerInRect_(self, rect)
if self.text:
point = NSMakePoint(
NSMaxX(rect) -
self.text.sizeWithAttributes_(self.attributes).width - 10,
rect.origin.y)
self.text.drawAtPoint_withAttributes_(point, self.attributes)
def getMargins(layer, y): startPoint = NSMakePoint(NSMinX(layer.bounds) - 1, y) endPoint = NSMakePoint(NSMaxX(layer.bounds) + 1, y) result = layer.calculateIntersectionsStartPoint_endPoint_(startPoint, endPoint) count = len(result) if (count <= 2): return (None, None) left = 1 right = count - 2 return (result[left].pointValue().x, result[right].pointValue().x)
def totalMarginList(layer,minY,maxY,angle,minYref,maxYref): # totalMarginList(layer,minY,maxY,angle,minYref,maxYref) #the list of margins y = minY listL = [] listR = [] #calculate default depth, otherwise measurement is None #calculate paralelogram extremes origin=NSMinX(layer.bounds) endpointx=NSMaxX(layer.bounds) endpointy=NSMaxY(layer.bounds) #calculate paralelogram top left xpos=triangle(angle,endpointy)+origin #paralelogram top side width slantWidth=(endpointx-xpos) #default depth dfltDepth=slantWidth #result will be false if all the measured margins are emtpy (no outlines in reference zone) result=False while y <= maxY: lpos, rpos = getMargins(layer, y) #get the default margin measure at a given y position slantPosL=origin+triangle(angle,y)+dfltDepth slantPosR=origin+triangle(angle,y) if lpos is not None: listL.append(NSMakePoint(lpos, y)) if minYref<=y<=maxYref: result=True else: listL.append(NSMakePoint(slantPosL, y)) if rpos is not None: listR.append(NSMakePoint(rpos, y)) if minYref<=y<=maxYref: result=True else: listR.append(NSMakePoint(slantPosR, y)) y += paramFreq #if no measurements are taken, returns false and will abort in main function if result: return listL, listR else: return False,False
def mouseDragged_(self, event):
if self.cropRectangle and self.dragPos:
p = self.convertPoint_fromView_(event.locationInWindow(), None)
dx = self.dragPos.x - p.x
dy = self.dragPos.y - p.y
newRect = NSMakeRect(self.initialPos.x - dx,
self.initialPos.y - dy,
NSWidth(self.cropRectangle),
NSHeight(self.cropRectangle))
if NSMinX(newRect) < 0:
newRect.origin.x = 0
if NSMinY(newRect) < 0:
newRect.origin.y = 0
if NSMaxX(newRect) > NSWidth(self.frame()):
newRect.origin.x = NSWidth(self.frame()) - NSWidth(newRect)
if NSMaxY(newRect) > NSHeight(self.frame()):
newRect.origin.y = NSHeight(self.frame()) - NSHeight(newRect)
self.cropRectangle = newRect
self.setNeedsDisplay_(True)
placement = NSMakePoint(x, prop * result[1].y + (1 - prop) * (result[0].y))
return score, placement
if shouldHaveExit(Layer) and not "exit" in Layer.anchors:
bestScore = 99999
bestPoint = None
for potX in range(int(NSMinX(Layer.bounds)), 100):
score, placement = doTrial("exit", potX)
if score:
print("Score for %i is %f" % (potX, score))
if score < bestScore:
bestScore = score
bestPoint = placement
Layer.anchors['exit'] = GSAnchor("exit")
Layer.anchors["exit"].position = bestPoint
if shouldHaveEntry(Layer) and not "entry" in Layer.anchors:
bestScore = 99999
bestPoint = None
for potX in range(int(NSMaxX(Layer.bounds) + 100),
int(NSMaxX(Layer.bounds)) - 100, -1):
score, placement = doTrial("entry", potX)
if score:
print("Score for %i is %f" % (potX, score))
if score < bestScore:
bestScore = score
bestPoint = placement
Layer.anchors['entry'] = GSAnchor("entry")
Layer.anchors["entry"].position = bestPoint
def __GSElement__get_box__(self):
rect = self.bounds
return (NSMinX(rect), NSMinY(rect), NSMaxX(rect), NSMaxY(rect))
def _get_box(self):
bounds = self._layer.bounds
bounds = (int(round(NSMinX(bounds))), int(round(NSMinY(bounds))),
int(round(NSMaxX(bounds))), int(round(NSMaxY(bounds))))
return bounds