def execute(self,obj):
if self.Changed:
say("self changed")
self.Changed=False
return
if not self.Lock:
self.obj2=obj
self.Lock=True
try:
self.update()
except:
sayexc('update')
self.Lock=False
def execute(self, obj):
if self.Changed:
say("self changed")
self.Changed = False
return
if not self.Lock:
self.obj2 = obj
self.Lock = True
try:
self.update()
except:
sayexc('update')
self.Lock = False
def eventFilter(self, o, e):
z = str(e.type())
try:
# not used events
if z == 'PySide.QtCore.QEvent.Type.ChildAdded' or \
z == 'PySide.QtCore.QEvent.Type.ChildRemoved'or \
z == 'PySide.QtCore.QEvent.Type.User' or \
z == 'PySide.QtCore.QEvent.Type.Paint' or \
z == 'PySide.QtCore.QEvent.Type.LayoutRequest' or\
z == 'PySide.QtCore.QEvent.Type.UpdateRequest' :
return QtGui.QWidget.eventFilter(self, o, e)
if z == 'PySide.QtCore.QEvent.Type.HoverMove':
self.pos = e.pos()
if z == 'PySide.QtCore.QEvent.Type.KeyPress':
# ignore editors
if self.editmode:
return QtGui.QWidget.eventFilter(self, o, e)
# only first time key pressed
if not self.keypressed:
text = e.text()
if 0 or text <> '':
self.keypressed = True
key = ''
if e.modifiers() & QtCore.Qt.SHIFT:
#FreeCAD.Console.PrintMessage("SHIFT ")
key += "SHIFT+"
if e.modifiers() & QtCore.Qt.CTRL:
#FreeCAD.Console.PrintMessage("CTRL ")
key += "CTRL+"
if e.modifiers() & QtCore.Qt.ALT:
#FreeCAD.Console.PrintMessage("ALT ")
key += "ALT+"
key += PySide.QtGui.QKeySequence(e.key()).toString()
FreeCAD.Console.PrintMessage(" " + str(key) + " \n")
pos = self.pos
#if e.key()== QtCore.Qt.Key_F10:
# key += "F10#"
if pos:
if self.debug:
FreeCAD.Console.PrintMessage(
key + " at mouse position: " + str(pos) +
"\n")
say(pos.x())
say(pos.y())
step = 1
if key == 'F':
self.V.Placement.Base.x -= step
elif key == 'G':
self.V.Placement.Base.x += step
elif key == 'T':
self.V.Placement.Base.y += step
elif key == 'V':
self.V.Placement.Base.y -= step
elif key == 'Z':
self.V.Placement.Base.x += step
self.V.Placement.Base.y += step
elif key == 'R':
self.V.Placement.Base.x -= step
self.V.Placement.Base.y += step
elif key == 'B':
self.V.Placement.Base.x += step
self.V.Placement.Base.y -= step
elif key == 'C':
self.V.Placement.Base.x -= step
self.V.Placement.Base.y -= step
elif key == 'H':
s = Gui.Selection.getSelection()
try:
ll = Gui.Selection.getSelectionEx()
pts = ll[0].PickedPoints
V.Placement.Base.x = pts[0].x
V.Placement.Base.y = pts[0].y
except:
try:
say("error 11")
self.V.Placement.Base.x = s[
0].Placement.Base.x
self.V.Placement.Base.y = s[
0].Placement.Base.y
except:
say("error 2")
pass
self.ctl.Placement = self.V.Placement
App.ActiveDocument.recompute()
else:
self.keypressed = False
if z == 'PySide.QtCore.QEvent.Type.KeyRelease':
if self.keypressed:
pass
self.keypressed = False
except:
sayexc()
try:
return QtGui.QWidget.eventFilter(self, o, e)
except:
return None
def eventFilter(self, o, e):
z=str(e.type())
try:
# not used events
if z == 'PySide.QtCore.QEvent.Type.ChildAdded' or \
z == 'PySide.QtCore.QEvent.Type.ChildRemoved'or \
z == 'PySide.QtCore.QEvent.Type.User' or \
z == 'PySide.QtCore.QEvent.Type.Paint' or \
z == 'PySide.QtCore.QEvent.Type.LayoutRequest' or\
z == 'PySide.QtCore.QEvent.Type.UpdateRequest' :
return QtGui.QWidget.eventFilter(self, o, e)
if z == 'PySide.QtCore.QEvent.Type.HoverMove' :
self.pos=e.pos()
if z == 'PySide.QtCore.QEvent.Type.KeyPress':
# ignore editors
if self.editmode:
return QtGui.QWidget.eventFilter(self, o, e)
# only first time key pressed
if not self.keypressed:
text=e.text()
if 0 or text !='':
self.keypressed=True
key=''
if e.modifiers() & QtCore.Qt.SHIFT:
#FreeCAD.Console.PrintMessage("SHIFT ")
key +="SHIFT+"
if e.modifiers() & QtCore.Qt.CTRL:
#FreeCAD.Console.PrintMessage("CTRL ")
key +="CTRL+"
if e.modifiers() & QtCore.Qt.ALT:
#FreeCAD.Console.PrintMessage("ALT ")
key +="ALT+"
key +=PySide.QtGui.QKeySequence(e.key()).toString()
FreeCAD.Console.PrintMessage(" "+str(key) +" \n" )
pos=self.pos
#if e.key()== QtCore.Qt.Key_F10:
# key += "F10#"
if pos:
if self.debug: FreeCAD.Console.PrintMessage( key + " at mouse position: " +str(pos) + "\n")
say(pos.x())
say(pos.y())
step=1
if key == 'F':
self.V.Placement.Base.x -= step
elif key == 'G':
self.V.Placement.Base.x += step
elif key == 'T':
self.V.Placement.Base.y += step
elif key == 'V':
self.V.Placement.Base.y -= step
elif key == 'Z':
self.V.Placement.Base.x += step
self.V.Placement.Base.y += step
elif key == 'R':
self.V.Placement.Base.x -= step
self.V.Placement.Base.y += step
elif key == 'B':
self.V.Placement.Base.x += step
self.V.Placement.Base.y -= step
elif key == 'C':
self.V.Placement.Base.x -= step
self.V.Placement.Base.y -= step
elif key == 'H':
s=Gui.Selection.getSelection()
try:
ll=Gui.Selection.getSelectionEx()
pts=ll[0].PickedPoints
V.Placement.Base.x=pts[0].x
V.Placement.Base.y=pts[0].y
except:
try:
say("error 11")
self.V.Placement.Base.x=s[0].Placement.Base.x
self.V.Placement.Base.y=s[0].Placement.Base.y
except:
say("error 2")
pass
self.ctl.Placement=self.V.Placement
App.ActiveDocument.recompute()
else:
self.keypressed=False
if z == 'PySide.QtCore.QEvent.Type.KeyRelease':
if self.keypressed:
pass
self.keypressed=False
except:
sayexc()
try:
return QtGui.QWidget.eventFilter(self, o, e)
except:
return None
def velocity(self,ix,mytime):
force=self.force
damper=self.damper
(x,y,z)=self.ptslix[ix]
xy=ix%(self.obj2.dimU*self.obj2.dimV)
# xp=xy//self.obj2.dimU
# yp=xy%self.obj2.dimV
xp=xy//self.obj2.dimV
yp=xy%self.obj2.dimV
# geschwindkeit anpassen -- kraft am ort x,y,z addieren
# print "vor ",self.pvs[xp,yp]
self.pvs[xp,yp] += force(x,y,z,self.pvs[xp,yp],mytime)
print (ix,xy, xp,yp,force(x,y,z,self.pvs[xp,yp],mytime))
# print "nach ",self.pvs[xp,yp]
tt=self.pvs[xp,yp]
(dx,dy,dz) =damper(x,y,z,self.pvs[xp,yp],mytime)
self.pvs[xp,yp] *= damper(x,y,z,self.pvs[xp,yp],mytime)
xn,yn,zn=x+tt[0],y+tt[1],z+tt[2]
ddx,ddy,ddz=self.obj2.damperWall.x,self.obj2.damperWall.y,self.obj2.damperWall.z
if self.obj2.boundMode=='Bound Box':
if zn<=0:
if xn>self.xmax:
xn=self.xmax -ddx*(xn-self.xmax)
self.pvs[xp,yp][0] *= -1
if xn<self.xmin:
xn=self.xmin -ddx*(xn-self.xmin)
self.pvs[xp,yp][0] *= -1
if yn>self.ymax:
yn=self.ymax -ddy*(yn-self.ymax)
self.pvs[xp,yp][1] *= -1
if yn<self.ymin:
yn=self.ymin -ddy*(yn-self.ymin)
self.pvs[xp,yp][1] *= -1
if zn>self.zmax:
zn=self.zmax -ddz*(zn-self.zmax)
self.pvs[xp,yp][2] *= -1
if zn<self.zmin:
zn=self.zmin -ddz*(zn-self.zmin)
self.pvs[xp,yp][2] *= -1
elif self.obj2.boundMode=='Bound Cylinder':
r=40
r=max(self.xmax,self.ymax)
if xn**2+yn**2>r**2:
try:
(x2,y2)=lineCircleCommon(x,y,xn,yn,r)
try:
(x2,y2)=mirrorCircle(x,y,x2,y2)
except:
sayexc("")
xn,yn=x2,y2
self.pvs[xp,yp][0] = -0.5*xn
self.pvs[xp,yp][1] = -0.5*yn
except:
pass
if zn<self.zmin:
zn=self.zmin -ddz*(zn-self.zmin)
self.pvs[xp,yp][2] *= -1
elif self.obj2.boundMode=='no Bounds':
pass
else:
sayErr("nont implemented mode" + self.obj2.boundMode)
rr=1
rr=self.obj2.noise
if zn <-5:
xn,yn,zn=xn+rr*(0.5-random.random()),yn+rr*(0.5-random.random()),zn+rr*(0.5-random.random())
self.ptslix[ix+self.obj2.dimU*self.obj2.dimV]=[xn,yn,zn]
return self.ptslix[ix+self.obj2.dimU*self.obj2.dimV]
def velocity(self,ix,mytime):
force=self.force
damper=self.damper
(x,y,z)=self.ptslix[ix]
xy=ix%(self.obj2.dimU*self.obj2.dimV)
# xp=xy//self.obj2.dimU
# yp=xy%self.obj2.dimV
xp=xy//self.obj2.dimV
yp=xy%self.obj2.dimV
# geschwindkeit anpassen -- kraft am ort x,y,z addieren
# print "vor ",self.pvs[xp,yp]
self.pvs[xp,yp] += force(x,y,z,self.pvs[xp,yp],mytime)
print(ix,xy, xp,yp,force(x,y,z,self.pvs[xp,yp],mytime))
# print "nach ",self.pvs[xp,yp]
tt=self.pvs[xp,yp]
(dx,dy,dz) =damper(x,y,z,self.pvs[xp,yp],mytime)
self.pvs[xp,yp] *= damper(x,y,z,self.pvs[xp,yp],mytime)
xn,yn,zn=x+tt[0],y+tt[1],z+tt[2]
ddx,ddy,ddz=self.obj2.damperWall.x,self.obj2.damperWall.y,self.obj2.damperWall.z
if self.obj2.boundMode=='Bound Box':
if zn<=0:
if xn>self.xmax:
xn=self.xmax -ddx*(xn-self.xmax)
self.pvs[xp,yp][0] *= -1
if xn<self.xmin:
xn=self.xmin -ddx*(xn-self.xmin)
self.pvs[xp,yp][0] *= -1
if yn>self.ymax:
yn=self.ymax -ddy*(yn-self.ymax)
self.pvs[xp,yp][1] *= -1
if yn<self.ymin:
yn=self.ymin -ddy*(yn-self.ymin)
self.pvs[xp,yp][1] *= -1
if zn>self.zmax:
zn=self.zmax -ddz*(zn-self.zmax)
self.pvs[xp,yp][2] *= -1
if zn<self.zmin:
zn=self.zmin -ddz*(zn-self.zmin)
self.pvs[xp,yp][2] *= -1
elif self.obj2.boundMode=='Bound Cylinder':
r=40
r=max(self.xmax,self.ymax)
if xn**2+yn**2>r**2:
try:
(x2,y2)=lineCircleCommon(x,y,xn,yn,r)
try:
(x2,y2)=mirrorCircle(x,y,x2,y2)
except:
sayexc("")
xn,yn=x2,y2
self.pvs[xp,yp][0] = -0.5*xn
self.pvs[xp,yp][1] = -0.5*yn
except:
pass
if zn<self.zmin:
zn=self.zmin -ddz*(zn-self.zmin)
self.pvs[xp,yp][2] *= -1
elif self.obj2.boundMode=='no Bounds':
pass
else:
sayErr("nont implemented mode" + self.obj2.boundMode)
rr=1
rr=self.obj2.noise
if zn <-5:
xn,yn,zn=xn+rr*(0.5-random.random()),yn+rr*(0.5-random.random()),zn+rr*(0.5-random.random())
self.ptslix[ix+self.obj2.dimU*self.obj2.dimV]=[xn,yn,zn]
return self.ptslix[ix+self.obj2.dimU*self.obj2.dimV]