def viewFromTop(self):
self.viewMode = VIEW_TOP
if self.projectionOrtho == False:
self.prevRotX = self.camera.rotateX
self.prevRotY = self.camera.rotateY
self.projectionOrtho = True
self.projectionChanged = True
self.camera.rotateX = mmMath.deg2Rad(-90.0)
self.camera.rotateY = 0
self.camera.rotateZ = 0
def viewFromRight(self):
self.viewMode = VIEW_RIGHT
if self.projectionOrtho == False:
self.prevRotX = self.camera.rotateX
self.prevRotY = self.camera.rotateY
self.projectionOrtho = True
self.projectionChanged = True
self.camera.rotateX = 0
self.camera.rotateY = mmMath.deg2Rad(90.0)
self.camera.rotateZ = 0
def viewFromTop(self):
self.viewMode = VIEW_TOP
if self.projectionOrtho == False:
self.prevRotX = self.camera.rotateX
self.prevRotY = self.camera.rotateY
self.projectionOrtho = True
self.projectionChanged = True
self.camera.rotateX = mmMath.deg2Rad(-90.0)
self.camera.rotateY = 0
self.camera.rotateZ = 0
def viewFromRight(self):
self.viewMode = VIEW_RIGHT
if self.projectionOrtho == False:
self.prevRotX = self.camera.rotateX
self.prevRotY = self.camera.rotateY
self.projectionOrtho = True
self.projectionChanged = True
self.camera.rotateX = 0
self.camera.rotateY = mmMath.deg2Rad(90.0)
self.camera.rotateZ = 0
def __init__(self):
self.center = numpy.array([0., 0.5, 0.])
self.rotateY = mmMath.deg2Rad(0.)
self.rotateX = mmMath.deg2Rad(-15.0)
# self.distance = 10.
self.distance = 3.1
def handle(self, e):
# print yse.Fl_Event.text[e], id(self)
# print id(Fl.focus())
returnVal = 0
if e == FL_RELEASE:
self.mouseX = Fl.event_x()
self.mouseY = Fl.event_y()
returnVal = 1
elif e == FL_PUSH:
self.mouseX = Fl.event_x()
self.mouseY = Fl.event_y()
returnVal = 1
elif e == FL_DRAG:
self.mouseX = Fl.event_x()
self.mouseY = Fl.event_y()
mouseDeltaX = self.mouseX - self.mousePrevX
mouseDeltaY = self.mouseY - self.mousePrevY
button = Fl.event_button()
if button == 1:
self.camera.rotateY -= mmMath.deg2Rad(mouseDeltaX)
if self.viewMode == VIEW_PERSPECTIVE:
self.camera.rotateX -= mmMath.deg2Rad(mouseDeltaY)
elif button == 2:
if self.viewMode != VIEW_TOP:
self.camera.center[
1] += self.camera.distance * .05 * mouseDeltaY / 12.0
elif button == 3:
# right
self.camera.center[0] -= self.camera.distance * .05 * math.cos(
self.camera.rotateY) * mouseDeltaX / 12.0
self.camera.center[
2] -= self.camera.distance * .05 * -math.sin(
self.camera.rotateY) * mouseDeltaX / 12.0
if self.viewMode == VIEW_PERSPECTIVE or self.viewMode == VIEW_TOP:
# look
self.camera.center[
0] -= self.camera.distance * .05 * math.sin(
self.camera.rotateY) * mouseDeltaY / 12.0
self.camera.center[
2] -= self.camera.distance * .05 * math.cos(
self.camera.rotateY) * mouseDeltaY / 12.0
returnVal = 1
self.redraw()
elif e == FL_MOUSEWHEEL:
if self.wheelWork:
self.camera.distance -= self.camera.distance * .2 * Fl.event_dy(
) / 3.0
# self.camera.distance -= Fl.event_dy() / 3.0
if self.camera.distance < 0.0001:
self.camera.distance = 0.0001
self.projectionChanged = True
returnVal = 1
self.redraw()
# elif e == FL_ENTER:
## Fl.focus(self)
# returnVal = 1
# elif e == FL_FOCUS:
# returnVal = 1
elif e == FL_KEYUP:
if Fl.event_key() == ord('1'):
self.viewFromFront()
elif Fl.event_key() == ord('2'):
self.viewFromRight()
elif Fl.event_key() == ord('3'):
self.viewFromTop()
elif Fl.event_key() == ord('4'):
self.viewPerspective()
elif Fl.event_key() == ord('6'):
self.event_handle(1)
elif Fl.event_key() == ord('7'):
self.event_handle(2)
elif Fl.event_key() == ord('8'):
self.event_handle(3)
elif Fl.event_key() == ord('9'):
self.event_handle(4)
elif Fl.event_key() == ord('0'):
self.event_handle(5)
# elif Fl.event_key()==ord('f'):
# self.event_handle(5)
# elif Fl.event_key()==ord('g'):
# self.event_handle(6)
# elif Fl.event_key()==ord('v'):
# self.event_handle(7)
# elif Fl.event_key()==ord('c'):
# self.event_handle(8)
# elif Fl.event_key()==ord('d'):
# self.event_handle(9)
returnVal = 0
self.redraw()
self.mousePrevX = self.mouseX
self.mousePrevY = self.mouseY
# if returnVal == 1:
# self.redraw()
return returnVal
def __init__(self):
self.center = numpy.array([0.,0.5,0.])
self.rotateY = mmMath.deg2Rad(0.)
self.rotateX = mmMath.deg2Rad(-15.0)
# self.distance = 10.
self.distance = 3.1
def handle(self, e):
# print yse.Fl_Event.text[e], id(self)
# print id(Fl.focus())
returnVal = 0
if e == FL_RELEASE:
self.mouseX = Fl.event_x()
self.mouseY = Fl.event_y()
returnVal = 1
elif e == FL_PUSH:
self.mouseX = Fl.event_x()
self.mouseY = Fl.event_y()
returnVal = 1
elif e == FL_DRAG:
self.mouseX = Fl.event_x()
self.mouseY = Fl.event_y()
mouseDeltaX = self.mouseX - self.mousePrevX
mouseDeltaY = self.mouseY - self.mousePrevY
button = Fl.event_button()
if button == 1:
self.camera.rotateY -= mmMath.deg2Rad(mouseDeltaX)
if self.viewMode == VIEW_PERSPECTIVE:
self.camera.rotateX -= mmMath.deg2Rad(mouseDeltaY)
elif button == 2:
if self.viewMode != VIEW_TOP:
self.camera.center[1] += self.camera.distance*.05 * mouseDeltaY / 12.0
elif button == 3:
# right
self.camera.center[0] -= self.camera.distance*.05 * math.cos(self.camera.rotateY) * mouseDeltaX / 12.0
self.camera.center[2] -= self.camera.distance*.05 * -math.sin(self.camera.rotateY) * mouseDeltaX / 12.0
if self.viewMode == VIEW_PERSPECTIVE or self.viewMode == VIEW_TOP:
# look
self.camera.center[0] -= self.camera.distance*.05 * math.sin(self.camera.rotateY) * mouseDeltaY / 12.0
self.camera.center[2] -= self.camera.distance*.05 * math.cos(self.camera.rotateY) * mouseDeltaY / 12.0
returnVal = 1
self.redraw()
elif e == FL_MOUSEWHEEL:
if self.wheelWork:
self.camera.distance -= self.camera.distance*.2 * Fl.event_dy() / 3.0
# self.camera.distance -= Fl.event_dy() / 3.0
if self.camera.distance < 0.0001:
self.camera.distance = 0.0001
self.projectionChanged = True
returnVal = 1
self.redraw()
# elif e == FL_ENTER:
## Fl.focus(self)
# returnVal = 1
# elif e == FL_FOCUS:
# returnVal = 1
elif e == FL_KEYUP:
if Fl.event_key()==ord('1'):
self.viewFromFront()
elif Fl.event_key()==ord('2'):
self.viewFromRight()
elif Fl.event_key()==ord('3'):
self.viewFromTop()
elif Fl.event_key()==ord('4'):
self.viewPerspective()
elif Fl.event_key()==ord('6'):
self.event_handle(1)
elif Fl.event_key()==ord('7'):
self.event_handle(2)
elif Fl.event_key()==ord('8'):
self.event_handle(3)
elif Fl.event_key()==ord('9'):
self.event_handle(4)
elif Fl.event_key()==ord('0'):
self.event_handle(5)
# elif Fl.event_key()==ord('f'):
# self.event_handle(5)
# elif Fl.event_key()==ord('g'):
# self.event_handle(6)
# elif Fl.event_key()==ord('v'):
# self.event_handle(7)
# elif Fl.event_key()==ord('c'):
# self.event_handle(8)
# elif Fl.event_key()==ord('d'):
# self.event_handle(9)
returnVal = 0
self.redraw()
self.mousePrevX = self.mouseX
self.mousePrevY = self.mouseY
# if returnVal == 1:
# self.redraw()
return returnVal
