def _onKeyPressed(self, _evt):
"""Keyboard button pressed event
"""
if BaseEditMode._onKeyPressed(self, _evt): return True
if _evt.key == ois.KC_F9:
if render_engine.viewMode is render_engine.Mode_Isometric:
self._logic._getSheet().changeMode(render_engine.Mode_Perspective)
else:
self._logic._getSheet().changeMode(render_engine.Mode_Isometric)
self.navigation = False
# create link between objects
if _evt.key == ois.KC_SPACE:
_args = self._logic._getSheet().getSelected()
if len(_args) == 2 and isinstance(_args[0], chem_objects.ChemistryAtom) and isinstance(_args[1], chem_objects.ChemistryAtom):
self._logic.addLink(_args[0], _args[1])
# create random element
if _evt.key == ois.KC_F1:
import random
atoms_num = random.randint(50, 100)
links_num = random.randint(0, atoms_num)
names = self.type_bindings.values()
atoms = []
for a in xrange(atoms_num):
_atom = self._logic.addAtom(ogre.Vector3(float(random.randint(-10, 10)), float(random.randint(-10, 10)), 0.0), 'C')
if len(atoms) > 0:
a1 = random.randint(0, len(atoms) - 1)
self._logic.addLink(atoms[a1], _atom)
atoms.append(_atom)
# for l in xrange(links_num):
# a1 = random.randint(0, atoms_num - 1)
# a2 = random.randint(0, atoms_num - 1)
# while a1 == a2:
# a2 = random.randint(0, atoms_num - 1)
# self._logic.addLink(atoms[a1], atoms[a2])
# test type changing
if self.type_bindings.has_key(_evt.key):
self.setSelectionName(self.type_bindings[_evt.key])
return False
def _onKeyPressed(self, _evt):
"""Event on key pressed
"""
if _evt.key == ois.KC_DELETE:
return True
if BaseEditMode._onKeyPressed(self, _evt): return True
key = _evt.key
if key == ois.KC_C and isinstance(self._logic._getSheet().getSelected()[0], GeometryPoint):
self.state = GeometryEditMode.ES_CircleCreate
self.active_object = self._logic.createCircle(self._logic._getSheet().getSelected()[0], 3.0)
self._logic._getSheet().addChild(self.active_object)
if key == ois.KC_T:
selected = self._logic._getSheet().getSelected()
if len(selected) == 3:
# check if selected objects are lines
lines = True
for obj in selected:
if not isinstance(obj, GeometryLineSection):
lines = False
if lines:
triangle = self._logic.createTriangle(selected)
self._logic._getSheet().addChild(triangle)
if key == ois.KC_L:
selected = self._logic._getSheet().getSelected()
if len(selected) > 0 and isinstance(selected[0], GeometryLineSection):
self.state = GeometryEditMode.ES_LengthChange
self.length_changer = TextInput(selected[0], self._length_change_callback, str(selected[0].getLength()))
return False
def _onKeyPressed(self, _evt):
"""Event on key pressed
"""
if BaseEditMode._onKeyPressed(self, _evt): return True
key = _evt.key
if key == ois.KC_C:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createCircle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_A:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createAngle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_T:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createTriangle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_Q:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createQuadrangle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_L:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(selected[0], (GeometryLineSection, GeometryCircle)):
self.state = GeometryEditMode.ES_LengthChange
self.length_changer = TextInput(obj, self._length_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropLength))
if key == ois.KC_E:
selected = self._logic._getSheet().getSelected()
if len(selected) == 2:
if isinstance(selected[0], selected[1].__class__):
selected[0].setEqualTo(selected[1])
if self.objectInfoPanel.getObject() is selected[0] or self.objectInfoPanel.getObject() is selected[1]:
self.objectInfoPanel.update()
#remove figure's congruence property
if key == ois.KC_W:
selected = self._logic._getSheet().getSelected()
if len(selected) == 2:
if isinstance(selected[0], selected[1].__class__):
selected[0].removeCongruency(selected[1])
if self.objectInfoPanel.getObject() is selected[0] or self.objectInfoPanel.getObject() is selected[1]:
self.objectInfoPanel.update()
if key == ois.KC_S:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, (GeometryCircle, GeometryTriangle, GeometryQuadrangle)):
self.state = GeometryEditMode.ES_SquareChange
self.square_changer = TextInput(obj, self._square_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropSquare))
if key == ois.KC_P:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, (GeometryTriangle, GeometryQuadrangle)):
self.state = GeometryEditMode.ES_PerimeterChange
self.perimetr_changer = TextInput(obj, self._perimeter_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropPerimeter))
if key == ois.KC_R:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, GeometryCircle):
self.state = GeometryEditMode.ES_RadiusChange
self.radius_changer = TextInput(obj, self._radius_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropRadius))
if key == ois.KC_D:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, GeometryCircle):
self.state = GeometryEditMode.ES_DiameterChange
self.diameter_changer = TextInput(obj, self._diameter_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropDiameter))
return False
def _onKeyPressed(self, _evt):
"""Key pressed event
"""
BaseEditMode._onKeyPressed(self, _evt)
key = _evt.key
if key == ois.KC_LSHIFT:
self._shift = True
elif key == ois.KC_T:
self._handlerChangeType()
elif key == ois.KC_C:
self._handlerChangeContent()
elif key == ois.KC_H:
self._handlerContentToogle()
elif key == ois.KC_SPACE:
layout_group = self._logic._getSheet().getLayoutGroup()
if layout_group is not None:
if layout_group.isPlaying():
layout_group.stop()
else:
layout_group.play()
elif _evt.key == ois.KC_F9:
if render_engine.viewMode is render_engine.Mode_Isometric:
self._logic._getSheet().changeMode(render_engine.Mode_Perspective)
else:
self._logic._getSheet().changeMode(render_engine.Mode_Isometric)
self.line_mode_line._needModeUpdate()
# test code
elif _evt.key == ois.KC_F3:# and 0:
self._logic._getSheet().setLayoutGroup(None)
elements = []
node_center = scg_alphabet.createSCgNode("node/const/binary")
node_center.setText(u"центр*")
elements.append(node_center)
node_tchk_O = scg_alphabet.createSCgNode("node/const/real")
node_tchk_O.setText(u"Тчк О")
elements.append(node_tchk_O)
node_tchk_A = scg_alphabet.createSCgNode("node/const/real")
node_tchk_A.setText(u"Тчк А")
elements.append(node_tchk_A)
node_tchk_B = scg_alphabet.createSCgNode("node/const/real")
node_tchk_B.setText(u"Тчк B")
elements.append(node_tchk_B)
node_tchk_C = scg_alphabet.createSCgNode("node/const/real")
node_tchk_C.setText(u"Тчк C")
elements.append(node_tchk_C)
node_tchk_A1 = scg_alphabet.createSCgNode("node/const/real")
node_tchk_A1.setText(u"Тчк А1")
elements.append(node_tchk_A1)
node_tchk_B1 = scg_alphabet.createSCgNode("node/const/real")
node_tchk_B1.setText(u"Тчк B1")
elements.append(node_tchk_B1)
node_tchk_C1 = scg_alphabet.createSCgNode("node/const/real")
node_tchk_C1.setText(u"Тчк C1")
elements.append(node_tchk_C1)
node_tchk_A2 = scg_alphabet.createSCgNode("node/const/real")
node_tchk_A2.setText(u"Тчк А2")
elements.append(node_tchk_A2)
node_tchk_B2 = scg_alphabet.createSCgNode("node/const/real")
node_tchk_B2.setText(u"Тчк B2")
elements.append(node_tchk_B2)
node_tchk_C2 = scg_alphabet.createSCgNode("node/const/real")
node_tchk_C2.setText(u"Тчк C2")
elements.append(node_tchk_C2)
node_okr_OA2 = scg_alphabet.createSCgNode("node/const/struct")
node_okr_OA2.setText(u"Окр(ТчкO;ТчкA2)")
elements.append(node_okr_OA2)
node_okr = scg_alphabet.createSCgNode("node/const/term")
node_okr.setText(u"окружность")
elements.append(node_okr)
node_otr = scg_alphabet.createSCgNode("node/const/term")
node_otr.setText(u"отрезок")
elements.append(node_otr)
node_otr_AA1 = scg_alphabet.createSCgNode("node/const/struct")
node_otr_AA1.setText(u"Отр(ТчкА;ТчкА1)")
elements.append(node_otr_AA1)
node_otr_BB1 = scg_alphabet.createSCgNode("node/const/struct")
node_otr_BB1.setText(u"Отр(ТчкB;ТчкB1)")
elements.append(node_otr_BB1)
node_otr_CC1 = scg_alphabet.createSCgNode("node/const/struct")
node_otr_CC1.setText(u"Отр(ТчкC;ТчкC1)")
elements.append(node_otr_CC1)
node_biss = scg_alphabet.createSCgNode("node/const/binary")
node_biss.setText(u"биссектриса*")
elements.append(node_biss)
node_trian = scg_alphabet.createSCgNode("node/const/term")
node_trian.setText(u"треугольник")
elements.append(node_trian)
node_trian_ABC = scg_alphabet.createSCgNode("node/const/struct")
node_trian_ABC.setText(u"Треугк(ТчкА;ТчкB;ТчкC)")
elements.append(node_trian_ABC)
node_vpis = scg_alphabet.createSCgNode("node/const/binary")
node_vpis.setText(u"быть вписанным*")
elements.append(node_vpis)
node_versh_ = scg_alphabet.createSCgNode("node/const/role")
node_versh_.setText(u"вершина_")
elements.append(node_versh_)
node_point = scg_alphabet.createSCgNode("node/const/term")
node_point.setText(u"точка")
elements.append(node_point)
# link nodes
points = [node_tchk_O, node_tchk_A, node_tchk_B, node_tchk_C,
node_tchk_A1, node_tchk_B1, node_tchk_C1,
node_tchk_A2, node_tchk_B2, node_tchk_C2]
for pt in points:
arc = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc.setBegin(node_point)
arc.setEnd(pt)
elements.append(arc)
otrs = [node_otr_AA1, node_otr_BB1, node_otr_CC1]
for otr in otrs:
arc = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc.setBegin(node_otr)
arc.setEnd(otr)
arc2 = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc2.setBegin(otr)
arc2.setEnd(node_tchk_O)
arc3 = scg_alphabet.createSCgPair("pair/-/-/orient/const")
arc3.setBegin(node_trian_ABC)
arc3.setEnd(otr)
arc4 = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc4.setBegin(node_biss)
arc4.setEnd(arc3)
elements.append(arc)
elements.append(arc2)
elements.append(arc3)
elements.append(arc4)
vershs = [node_tchk_A, node_tchk_B, node_tchk_C]
for ver in vershs:
arc = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc.setBegin(node_trian_ABC)
arc.setEnd(ver)
arc2 = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc2.setBegin(node_versh_)
arc2.setEnd(arc)
elements.append(arc)
elements.append(arc2)
points = [node_tchk_A2, node_tchk_B2, node_tchk_C2]
for pt in points:
arc = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc.setBegin(node_okr_OA2)
arc.setEnd(pt)
elements.append(arc)
arc = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc.setBegin(node_trian)
arc.setEnd(node_trian_ABC)
elements.append(arc)
arc = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc.setBegin(node_okr)
arc.setEnd(node_okr_OA2)
elements.append(arc)
arc = scg_alphabet.createSCgPair("pair/-/-/orient/const")
arc.setBegin(node_trian_ABC)
arc.setEnd(node_okr_OA2)
elements.append(arc)
arc2 = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc2.setBegin(node_vpis)
arc2.setEnd(arc)
elements.append(arc2)
arc = scg_alphabet.createSCgPair("pair/-/-/orient/const")
arc.setBegin(node_okr_OA2)
arc.setEnd(node_tchk_O)
elements.append(arc)
arc2 = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc2.setBegin(node_center)
arc2.setEnd(arc)
elements.append(arc2)
self._logic._getSheet().addChildList(elements)
# go to 3d mode
if render_engine.viewMode is render_engine.Mode_Isometric:
self._logic._getSheet().changeMode(render_engine.Mode_Perspective)
# disable layout
# layout_group = self._logic._getSheet().getLayoutGroup()
# layout_group.stop()
# setup node positions manualy
node_trian.setPosition(ogre.Vector3(0.0, 0.0, 3.0))
node_otr_AA1.setPosition(ogre.Vector3(-5.0, 0.0, 2.0))
node_otr_BB1.setPosition(ogre.Vector3(-5.0, 0.0, 0.0))
node_otr_CC1.setPosition(ogre.Vector3(-5.0, 0.0, -2.0))
node_otr.setPosition(ogre.Vector3(-8.0, 0.0, -2.0))
node_biss.setPosition(ogre.Vector3(-1.0, 0.0, -2.0))
node_tchk_O.setPosition(ogre.Vector3(-10.0, 0.0, 0.0))
node_okr_OA2.setPosition(ogre.Vector3(-5, 3.0, 0.0))
node_okr.setPosition(ogre.Vector3(-5, 6.0, 0.0))
node_center.setPosition(ogre.Vector3(-8.0, 3.0, 0.0))
node_vpis.setPosition(ogre.Vector3(-2.0, 3.0, 0.0))
node_point.setPosition(ogre.Vector3(3.0, 2.0, -7.0))
node_tchk_A.setPosition(ogre.Vector3(5.0, 3.0, 0.0))
node_tchk_B.setPosition(ogre.Vector3(5.0, 0.0, 0.0))
node_tchk_C.setPosition(ogre.Vector3(5.0, -3.0, 0.0))
node_versh_.setPosition(ogre.Vector3(5.0, 2.0, 3.0))
node_tchk_A2.setPosition(ogre.Vector3(1.0, 3.0, -8.0))
node_tchk_B2.setPosition(ogre.Vector3(1.0, 0.0, -8.0))
node_tchk_C2.setPosition(ogre.Vector3(1.0, -3.0, -8.0))
node_tchk_A1.setPosition(ogre.Vector3(5.0, 3.0, -4.0))
node_tchk_B1.setPosition(ogre.Vector3(5.0, 0.0, -4.0))
node_tchk_C1.setPosition(ogre.Vector3(5.0, -3.0, -4.0))
# configure camera
camera = render_engine._ogreCamera
cameraNode = render_engine._ogreCameraNode
sceneManager = render_engine._ogreSceneManager
# set up spline animation of node
animation = sceneManager.createAnimation('CameraTrack', 23)
animation.interpolationMode = ogre.Animation.IM_SPLINE
animationTrack = animation.createNodeTrack(0, cameraNode)
key = animationTrack.createNodeKeyFrame(0)
key.setTranslate((0.441312, -0.0484183, 15.4575))
key.setRotation((0.999381, 1.45161e-009, 0.0351611, 0.0))
key = animationTrack.createNodeKeyFrame(3)
key.setTranslate((-3.84972, -9.9938, 1.59091))
key.setRotation((0.731662, 0.669154, 0.0960006, -0.0877989))
key = animationTrack.createNodeKeyFrame(7)
key.setTranslate((-3.84972, -9.9938, 1.59091))
key.setRotation((0.731662, 0.669154, 0.0960006, -0.0877989))
key = animationTrack.createNodeKeyFrame(10)
key.setTranslate((-4.48132, 4.00986, 9.80443))
key.setRotation((0.997827, -0.0657508, -0.00452801, -0.00029836))
key = animationTrack.createNodeKeyFrame(14)
key.setTranslate((-4.48132, 4.00986, 9.80443))
key.setRotation((0.997827, -0.0657508, -0.00452801, -0.00029836))
key = animationTrack.createNodeKeyFrame(17)
key.setTranslate((-0.88816, 1.8146, 6.93933))
key.setRotation((0.929973, -0.102752, -0.350851, -0.0387652))
key = animationTrack.createNodeKeyFrame(20)
key.setTranslate((-0.88816, 1.8146, 6.93933))
key.setRotation((0.929973, -0.102752, -0.350851, -0.0387652))
self.animationState = sceneManager.createAnimationState('CameraTrack')
self.animationState.setEnabled (True)
#test
elif key == ois.KC_F:
# make selected sheet as root
if self.state == SCgEditMode.ES_None:
sheet = self._logic._getSheet()
objs = sheet.getSelected()
# getting object for making root
if len(objs) == 1:
obj = objs[0]
if type(obj) == objects.ObjectSheet:
render_engine._kernel.setRootSheet(obj)
elif key == ois.KC_ESCAPE:
# revert state to default
self.revertState()
elif key == ois.KC_1:
import suit.core.layout.LayoutGroupForceDirected as layout
self._logic._getSheet().setLayoutGroup(layout.LayoutGroupForceSimple())
elif key == ois.KC_2:
import suit.core.layout.LayoutGroupForceDirected2 as layout
self._logic._getSheet().setLayoutGroup(layout.LayoutGroupForceSimple())
# elif key == ois.KC_K:
# self._logic._createContour([ogre.Vector3(-3, -2, 0),
# ogre.Vector3(0, -3, 0),
# ogre.Vector3(3, -1, 0),
# ogre.Vector3(-3, 2, 0)
# ])
return False
def _onKeyPressed(self, _evt):
"""Key pressed event
"""
BaseEditMode._onKeyPressed(self, _evt)
key = _evt.key
if key == ois.KC_LSHIFT:
self._shift = True
elif key == ois.KC_T:
self._handlerChangeType()
elif key == ois.KC_SPACE:
layout_group = self._logic._getSheet().getLayoutGroup()
if layout_group is not None:
if layout_group.isPlaying():
layout_group.stop()
else:
layout_group.play()
elif _evt.key == ois.KC_F9:
if render_engine.viewMode is render_engine.Mode_Isometric:
self._logic._getSheet().changeMode(
render_engine.Mode_Perspective)
else:
self._logic._getSheet().changeMode(
render_engine.Mode_Isometric)
self.line_mode_line._needModeUpdate()
# test code
elif _evt.key == ois.KC_F3 and 0:
self._logic._getSheet().setLayoutGroup(None)
elements = []
node_center = scg_alphabet.createSCgNode("node/const/binary")
node_center.setText(u"центр*")
elements.append(node_center)
node_tchk_O = scg_alphabet.createSCgNode("node/const/real")
node_tchk_O.setText(u"Тчк О")
elements.append(node_tchk_O)
node_tchk_A = scg_alphabet.createSCgNode("node/const/real")
node_tchk_A.setText(u"Тчк А")
elements.append(node_tchk_A)
node_tchk_B = scg_alphabet.createSCgNode("node/const/real")
node_tchk_B.setText(u"Тчк B")
elements.append(node_tchk_B)
node_tchk_C = scg_alphabet.createSCgNode("node/const/real")
node_tchk_C.setText(u"Тчк C")
elements.append(node_tchk_C)
node_tchk_A1 = scg_alphabet.createSCgNode("node/const/real")
node_tchk_A1.setText(u"Тчк А1")
elements.append(node_tchk_A1)
node_tchk_B1 = scg_alphabet.createSCgNode("node/const/real")
node_tchk_B1.setText(u"Тчк B1")
elements.append(node_tchk_B1)
node_tchk_C1 = scg_alphabet.createSCgNode("node/const/real")
node_tchk_C1.setText(u"Тчк C1")
elements.append(node_tchk_C1)
node_tchk_A2 = scg_alphabet.createSCgNode("node/const/real")
node_tchk_A2.setText(u"Тчк А2")
elements.append(node_tchk_A2)
node_tchk_B2 = scg_alphabet.createSCgNode("node/const/real")
node_tchk_B2.setText(u"Тчк B2")
elements.append(node_tchk_B2)
node_tchk_C2 = scg_alphabet.createSCgNode("node/const/real")
node_tchk_C2.setText(u"Тчк C2")
elements.append(node_tchk_C2)
node_okr_OA2 = scg_alphabet.createSCgNode("node/const/struct")
node_okr_OA2.setText(u"Окр(ТчкO;ТчкA2)")
elements.append(node_okr_OA2)
node_okr = scg_alphabet.createSCgNode("node/const/term")
node_okr.setText(u"окружность")
elements.append(node_okr)
node_otr = scg_alphabet.createSCgNode("node/const/term")
node_otr.setText(u"отрезок")
elements.append(node_otr)
node_otr_AA1 = scg_alphabet.createSCgNode("node/const/struct")
node_otr_AA1.setText(u"Отр(ТчкА;ТчкА1)")
elements.append(node_otr_AA1)
node_otr_BB1 = scg_alphabet.createSCgNode("node/const/struct")
node_otr_BB1.setText(u"Отр(ТчкB;ТчкB1)")
elements.append(node_otr_BB1)
node_otr_CC1 = scg_alphabet.createSCgNode("node/const/struct")
node_otr_CC1.setText(u"Отр(ТчкC;ТчкC1)")
elements.append(node_otr_CC1)
node_biss = scg_alphabet.createSCgNode("node/const/binary")
node_biss.setText(u"биссектриса*")
elements.append(node_biss)
node_trian = scg_alphabet.createSCgNode("node/const/term")
node_trian.setText(u"треугольник")
elements.append(node_trian)
node_trian_ABC = scg_alphabet.createSCgNode("node/const/struct")
node_trian_ABC.setText(u"Треугк(ТчкА;ТчкB;ТчкC)")
elements.append(node_trian_ABC)
node_vpis = scg_alphabet.createSCgNode("node/const/binary")
node_vpis.setText(u"быть вписанным*")
elements.append(node_vpis)
node_versh_ = scg_alphabet.createSCgNode("node/const/role")
node_versh_.setText(u"вершина_")
elements.append(node_versh_)
node_point = scg_alphabet.createSCgNode("node/const/term")
node_point.setText(u"точка")
elements.append(node_point)
# link nodes
points = [
node_tchk_O, node_tchk_A, node_tchk_B, node_tchk_C,
node_tchk_A1, node_tchk_B1, node_tchk_C1, node_tchk_A2,
node_tchk_B2, node_tchk_C2
]
for pt in points:
arc = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc.setBegin(node_point)
arc.setEnd(pt)
elements.append(arc)
otrs = [node_otr_AA1, node_otr_BB1, node_otr_CC1]
for otr in otrs:
arc = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc.setBegin(node_otr)
arc.setEnd(otr)
arc2 = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc2.setBegin(otr)
arc2.setEnd(node_tchk_O)
arc3 = scg_alphabet.createSCgPair("pair/-/-/orient/const")
arc3.setBegin(node_trian_ABC)
arc3.setEnd(otr)
arc4 = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc4.setBegin(node_biss)
arc4.setEnd(arc3)
elements.append(arc)
elements.append(arc2)
elements.append(arc3)
elements.append(arc4)
vershs = [node_tchk_A, node_tchk_B, node_tchk_C]
for ver in vershs:
arc = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc.setBegin(node_trian_ABC)
arc.setEnd(ver)
arc2 = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc2.setBegin(node_versh_)
arc2.setEnd(arc)
elements.append(arc)
elements.append(arc2)
points = [node_tchk_A2, node_tchk_B2, node_tchk_C2]
for pt in points:
arc = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc.setBegin(node_okr_OA2)
arc.setEnd(pt)
elements.append(arc)
arc = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc.setBegin(node_trian)
arc.setEnd(node_trian_ABC)
elements.append(arc)
arc = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc.setBegin(node_okr)
arc.setEnd(node_okr_OA2)
elements.append(arc)
arc = scg_alphabet.createSCgPair("pair/-/-/orient/const")
arc.setBegin(node_trian_ABC)
arc.setEnd(node_okr_OA2)
elements.append(arc)
arc2 = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc2.setBegin(node_vpis)
arc2.setEnd(arc)
elements.append(arc2)
arc = scg_alphabet.createSCgPair("pair/-/-/orient/const")
arc.setBegin(node_okr_OA2)
arc.setEnd(node_tchk_O)
elements.append(arc)
arc2 = scg_alphabet.createSCgPair("pair/pos/-/orient/const")
arc2.setBegin(node_center)
arc2.setEnd(arc)
elements.append(arc2)
self._logic._getSheet().addChildList(elements)
# go to 3d mode
if render_engine.viewMode is render_engine.Mode_Isometric:
self._logic._getSheet().changeMode(
render_engine.Mode_Perspective)
# disable layout
# layout_group = self._logic._getSheet().getLayoutGroup()
# layout_group.stop()
# setup node positions manualy
node_trian.setPosition(ogre.Vector3(0.0, 0.0, 3.0))
node_otr_AA1.setPosition(ogre.Vector3(-5.0, 0.0, 2.0))
node_otr_BB1.setPosition(ogre.Vector3(-5.0, 0.0, 0.0))
node_otr_CC1.setPosition(ogre.Vector3(-5.0, 0.0, -2.0))
node_otr.setPosition(ogre.Vector3(-8.0, 0.0, -2.0))
node_biss.setPosition(ogre.Vector3(-1.0, 0.0, -2.0))
node_tchk_O.setPosition(ogre.Vector3(-10.0, 0.0, 0.0))
node_okr_OA2.setPosition(ogre.Vector3(-5, 3.0, 0.0))
node_okr.setPosition(ogre.Vector3(-5, 6.0, 0.0))
node_center.setPosition(ogre.Vector3(-8.0, 3.0, 0.0))
node_vpis.setPosition(ogre.Vector3(-2.0, 3.0, 0.0))
node_point.setPosition(ogre.Vector3(3.0, 2.0, -7.0))
node_tchk_A.setPosition(ogre.Vector3(5.0, 3.0, 0.0))
node_tchk_B.setPosition(ogre.Vector3(5.0, 0.0, 0.0))
node_tchk_C.setPosition(ogre.Vector3(5.0, -3.0, 0.0))
node_versh_.setPosition(ogre.Vector3(5.0, 2.0, 3.0))
node_tchk_A2.setPosition(ogre.Vector3(1.0, 3.0, -8.0))
node_tchk_B2.setPosition(ogre.Vector3(1.0, 0.0, -8.0))
node_tchk_C2.setPosition(ogre.Vector3(1.0, -3.0, -8.0))
node_tchk_A1.setPosition(ogre.Vector3(5.0, 3.0, -4.0))
node_tchk_B1.setPosition(ogre.Vector3(5.0, 0.0, -4.0))
node_tchk_C1.setPosition(ogre.Vector3(5.0, -3.0, -4.0))
# configure camera
camera = render_engine._ogreCamera
cameraNode = render_engine._ogreCameraNode
sceneManager = render_engine._ogreSceneManager
# set up spline animation of node
animation = sceneManager.createAnimation('CameraTrack', 23)
animation.interpolationMode = ogre.Animation.IM_SPLINE
animationTrack = animation.createNodeTrack(0, cameraNode)
key = animationTrack.createNodeKeyFrame(0)
key.setTranslate((0.441312, -0.0484183, 15.4575))
key.setRotation((0.999381, 1.45161e-009, 0.0351611, 0.0))
key = animationTrack.createNodeKeyFrame(3)
key.setTranslate((-3.84972, -9.9938, 1.59091))
key.setRotation((0.731662, 0.669154, 0.0960006, -0.0877989))
key = animationTrack.createNodeKeyFrame(7)
key.setTranslate((-3.84972, -9.9938, 1.59091))
key.setRotation((0.731662, 0.669154, 0.0960006, -0.0877989))
key = animationTrack.createNodeKeyFrame(10)
key.setTranslate((-4.48132, 4.00986, 9.80443))
key.setRotation((0.997827, -0.0657508, -0.00452801, -0.00029836))
key = animationTrack.createNodeKeyFrame(14)
key.setTranslate((-4.48132, 4.00986, 9.80443))
key.setRotation((0.997827, -0.0657508, -0.00452801, -0.00029836))
key = animationTrack.createNodeKeyFrame(17)
key.setTranslate((-0.88816, 1.8146, 6.93933))
key.setRotation((0.929973, -0.102752, -0.350851, -0.0387652))
key = animationTrack.createNodeKeyFrame(20)
key.setTranslate((-0.88816, 1.8146, 6.93933))
key.setRotation((0.929973, -0.102752, -0.350851, -0.0387652))
self.animationState = sceneManager.createAnimationState(
'CameraTrack')
self.animationState.setEnabled(True)
#test
elif key == ois.KC_F:
# make selected sheet as root
if self.state == SCgEditMode.ES_None:
sheet = self._logic._getSheet()
objs = sheet.getSelected()
# getting object for making root
if len(objs) == 1:
obj = objs[0]
if type(obj) == objects.ObjectSheet:
render_engine._kernel.setRootSheet(obj)
elif key == ois.KC_ESCAPE:
# revert state to default
self.revertState()
elif key == ois.KC_K:
self._logic._createContour([
ogre.Vector3(-3, -2, 0),
ogre.Vector3(0, -3, 0),
ogre.Vector3(3, -1, 0),
ogre.Vector3(-3, 2, 0)
])
return False
def _onKeyPressed(self, _evt):
"""Event on key pressed
"""
if BaseEditMode._onKeyPressed(self, _evt): return True
return False
def _onKeyPressed(self, _evt):
"""Event on key pressed
"""
if BaseEditMode._onKeyPressed(self, _evt): return True
return False
def _onKeyPressed(self, _evt):
"""Event on key pressed
"""
if BaseEditMode._onKeyPressed(self, _evt): return True
key = _evt.key
if key == ois.KC_C:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createCircle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_A:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createAngle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_T:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createTriangle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_Q:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createQuadrangle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_L:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(selected[0],
(GeometryLineSection, GeometryCircle)):
self.state = GeometryEditMode.ES_LengthChange
self.length_changer = TextInput(
obj, self._length_change_callback,
obj.getPropertyValue(
GeometryAbstractObject.PropLength))
if key == ois.KC_E:
selected = self._logic._getSheet().getSelected()
if len(selected) == 2:
if isinstance(selected[0], selected[1].__class__):
selected[0].setEqualTo(selected[1])
if self.objectInfoPanel.getObject(
) is selected[0] or self.objectInfoPanel.getObject(
) is selected[1]:
self.objectInfoPanel.update()
#remove figure's congruence property
if key == ois.KC_W:
selected = self._logic._getSheet().getSelected()
if len(selected) == 2:
if isinstance(selected[0], selected[1].__class__):
selected[0].removeCongruency(selected[1])
if self.objectInfoPanel.getObject(
) is selected[0] or self.objectInfoPanel.getObject(
) is selected[1]:
self.objectInfoPanel.update()
if key == ois.KC_S:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(
obj,
(GeometryCircle, GeometryTriangle, GeometryQuadrangle)):
self.state = GeometryEditMode.ES_SquareChange
self.square_changer = TextInput(
obj, self._square_change_callback,
obj.getPropertyValue(
GeometryAbstractObject.PropSquare))
if key == ois.KC_P:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, (GeometryTriangle, GeometryQuadrangle)):
self.state = GeometryEditMode.ES_PerimeterChange
self.perimetr_changer = TextInput(
obj, self._perimeter_change_callback,
obj.getPropertyValue(
GeometryAbstractObject.PropPerimeter))
if key == ois.KC_R:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, GeometryCircle):
self.state = GeometryEditMode.ES_RadiusChange
self.radius_changer = TextInput(
obj, self._radius_change_callback,
obj.getPropertyValue(
GeometryAbstractObject.PropRadius))
if key == ois.KC_D:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, GeometryCircle):
self.state = GeometryEditMode.ES_DiameterChange
self.diameter_changer = TextInput(
obj, self._diameter_change_callback,
obj.getPropertyValue(
GeometryAbstractObject.PropDiameter))
return False
def _onKeyPressed(self, _evt):
"""Event on key pressed
"""
if BaseEditMode._onKeyPressed(self, _evt): return True
key = _evt.key
if key == ois.KC_C:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createCircle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_A:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createAngle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_T:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createTriangle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_Q:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createQuadrangle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_L:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(selected[0], (GeometryLineSection, GeometryCircle)):
self.state = GeometryEditMode.ES_LengthChange
self.length_changer = TextInput(obj, self._length_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropLength))
if key == ois.KC_E:
selected = self._logic._getSheet().getSelected()
if len(selected) == 2:
if isinstance(selected[0], selected[1].__class__):
selected[0].setEqualTo(selected[1])
if self.objectInfoPanel.getObject() is selected[0] or self.objectInfoPanel.getObject() is selected[1]:
self.objectInfoPanel.update()
if key == ois.KC_S:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, (GeometryCircle, GeometryTriangle, GeometryQuadrangle)):
self.state = GeometryEditMode.ES_SquareChange
self.square_changer = TextInput(obj, self._square_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropSquare))
if key == ois.KC_P:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, (GeometryTriangle, GeometryQuadrangle)):
self.state = GeometryEditMode.ES_PerimeterChange
self.perimetr_changer = TextInput(obj, self._perimeter_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropPerimeter))
if key == ois.KC_V:
selected = self._logic._getSheet().getSelected()
for obj in selected:
if isinstance(obj, (GeometryTriangle)):
incirclePoints = obj._calculateIncirclePoints()
# create center point
incenterPointCoord = incirclePoints[0]
incenter = self._logic.createPoint(incenterPointCoord)
sheet = self._logic._getSheet()
sheet.addChild(incenter)
incenter._updateView()
# create tangent point
tangentPointCoord = incirclePoints[1]
# get tangent point base side line
sideObjects = self._logic._getSheet()._getObjectsUnderMouse(True, True, tangentPointCoord)
line = comutils._getFirstObjectTypeFromList(sideObjects, [GeometryLineSection])
tangent = self._logic.createPoint(tangentPointCoord)
sheet = self._logic._getSheet()
sheet.addChild(tangent)
tangent._updateView()
_selected = incenter, tangent
obj._setIncenterPoints(_selected)
# draw incircle
self.active_object = self._logic.createCircle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
obj._setIsIncircleDrawed(True)
else:
self.active_object.delete()
self.active_object = None
return False
def _onKeyPressed(self, _evt):
"""Event on key pressed
"""
if BaseEditMode._onKeyPressed(self, _evt): return True
key = _evt.key
if key == ois.KC_C:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createCircle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_A:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createAngle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_T:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createTriangle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_Q:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createQuadrangle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_L:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(selected[0], (GeometryLineSection, GeometryCircle)):
self.state = GeometryEditMode.ES_LengthChange
self.length_changer = TextInput(obj, self._length_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropLength))
if key == ois.KC_E:
selected = self._logic._getSheet().getSelected()
if len(selected) == 2:
if isinstance(selected[0], selected[1].__class__):
selected[0].setEqualTo(selected[1])
if self.objectInfoPanel.getObject() is selected[0] or self.objectInfoPanel.getObject() is selected[1]:
self.objectInfoPanel.update()
if key == ois.KC_S:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, (GeometryCircle, GeometryTriangle, GeometryQuadrangle)):
self.state = GeometryEditMode.ES_SquareChange
self.square_changer = TextInput(obj, self._square_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropSquare))
if key == ois.KC_P:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, (GeometryTriangle, GeometryQuadrangle)):
self.state = GeometryEditMode.ES_PerimeterChange
self.perimetr_changer = TextInput(obj, self._perimeter_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropPerimeter))
if key == ois.KC_K:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, (GeometryQuadrangle)):
from components.geometry.base.geom_qw_list import QuadrangleChanger
self.dialog = QuadrangleChanger(obj,self._kind_change_callback,obj.getPropertyValue(GeometryAbstractObject.PropKind))
def _onKeyPressed(self, _evt):
"""Event on key pressed
"""
if BaseEditMode._onKeyPressed(self, _evt): return True
key = _evt.key
if key == ois.KC_C:
_selected = self._logic._getSheet().getSelected()
if len(_selected) == 1 and isinstance(_selected[0], GeometryTriangle):
obj = _selected[0]
circlePoints = obj._calculateCirclePoints()
CoordinateC = circlePoints[0]
center = self._logic.createPoint(CoordinateC)
sheet = self._logic._getSheet()
sheet.addChild(center)
center._updateView()
CoordinateT = circlePoints[1]
sideObjects = self._logic._getSheet()._getObjectsUnderMouse(True, True, CoordinateT)
line = comutils._getFirstObjectTypeFromList(sideObjects, [GeometryLineSection])
tangent = self._logic.createPoint(CoordinateT)
sheet = self._logic._getSheet()
sheet.addChild(tangent)
tangent._updateView()
_selected = center, tangent
obj._setCenterPoints(_selected)
obj._setIsCircleDrawed(True)
self.active_object = self._logic.createCircle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_A:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createAngle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_T:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createTriangle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_Q:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createQuadrangle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_L:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(selected[0], (GeometryLineSection, GeometryCircle)):
self.state = GeometryEditMode.ES_LengthChange
self.length_changer = TextInput(obj, self._length_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropLength))
if key == ois.KC_E:
selected = self._logic._getSheet().getSelected()
if len(selected) == 2:
if isinstance(selected[0], selected[1].__class__):
selected[0].setEqualTo(selected[1])
if self.objectInfoPanel.getObject() is selected[0] or self.objectInfoPanel.getObject() is selected[1]:
self.objectInfoPanel.update()
#remove figure's congruence property
if key == ois.KC_W:
selected = self._logic._getSheet().getSelected()
if len(selected) == 2:
if isinstance(selected[0], selected[1].__class__):
selected[0].removeCongruency(selected[1])
if self.objectInfoPanel.getObject() is selected[0] or self.objectInfoPanel.getObject() is selected[1]:
self.objectInfoPanel.update()
if key == ois.KC_S:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, (GeometryCircle, GeometryTriangle, GeometryQuadrangle)):
self.state = GeometryEditMode.ES_SquareChange
self.square_changer = TextInput(obj, self._square_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropSquare))
if key == ois.KC_P:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, (GeometryTriangle, GeometryQuadrangle)):
self.state = GeometryEditMode.ES_PerimeterChange
self.perimetr_changer = TextInput(obj, self._perimeter_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropPerimeter))
if key == ois.KC_R:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, GeometryCircle):
self.state = GeometryEditMode.ES_RadiusChange
self.radius_changer = TextInput(obj, self._radius_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropRadius))
if key == ois.KC_D:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, GeometryCircle):
self.state = GeometryEditMode.ES_DiameterChange
self.diameter_changer = TextInput(obj, self._diameter_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropDiameter))
return False
def _onKeyPressed(self, _evt):
"""Event on key pressed
"""
if BaseEditMode._onKeyPressed(self, _evt): return True
key = _evt.key
if key == ois.KC_C:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createCircle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_A:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createAngle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_T:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createTriangle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_Q:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createQuadrangle()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_M:
_selected = self._logic._getSheet().getSelected()
self.active_object = self._logic.createPolygon()
if self.active_object.makeBasedOnObjects(_selected):
self._logic._getSheet().addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_L:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(selected[0], (GeometryLineSection, GeometryCircle)):
self.state = GeometryEditMode.ES_LengthChange
self.length_changer = TextInput(obj, self._length_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropLength))
if key == ois.KC_E:
selected = self._logic._getSheet().getSelected()
if len(selected) == 2:
if isinstance(selected[0], selected[1].__class__):
selected[0].setEqualTo(selected[1])
if self.objectInfoPanel.getObject() is selected[0] or self.objectInfoPanel.getObject() is selected[1]:
self.objectInfoPanel.update()
if key == ois.KC_S:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, (GeometryCircle, GeometryTriangle, GeometryQuadrangle)):
self.state = GeometryEditMode.ES_SquareChange
self.square_changer = TextInput(obj, self._square_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropSquare))
if key == ois.KC_P:
selected = self._logic._getSheet().getSelected()
if len(selected) == 1:
obj = selected[0]
if isinstance(obj, (GeometryTriangle, GeometryQuadrangle)):
self.state = GeometryEditMode.ES_PerimeterChange
self.perimetr_changer = TextInput(obj, self._perimeter_change_callback, obj.getPropertyValue(GeometryAbstractObject.PropPerimeter))
if key == ois.KC_O:
selected = self._logic._getSheet().getSelected()
for obj in selected:
if isinstance(obj, GeometryQuadrangle):
sheet = self._logic._getSheet()
c = obj.getCircumCircleCenter()
c = self._logic.createPoint(render_engine.pos3dTo2dWindow(c))
sheet.addChild(c)
c._updateView()
p = obj.getSides()[0].getBegin()
self.active_object = self._logic.createCircle()
if self.active_object.makeBasedOnObjects([c, p]):
sheet.addChild(self.active_object)
obj.setCircumCircle(self.active_object)
else:
self.active_object.delete()
self.active_object = None
if key == ois.KC_V:
selected = self._logic._getSheet().getSelected()
for obj in selected:
if isinstance(obj, GeometryQuadrangle):
points = obj.getInCirclePoints()
sheet = self._logic._getSheet()
c = self._logic.createPoint(render_engine.pos3dTo2dWindow(points[0]))
sheet.addChild(c)
c._updateView()
p = self._logic.createPoint(render_engine.pos3dTo2dWindow(points[1]))
sheet.addChild(p)
p._updateView()
self.active_object = self._logic.createCircle()
if self.active_object.makeBasedOnObjects([c, p]):
sheet.addChild(self.active_object)
else:
self.active_object.delete()
self.active_object = None
return False
