def __init__(self, _logic):
BaseEditMode.__init__(self, _logic, "Edit mode")
# mouse objects for line creation mode
self.line_mode_beg = None
self.line_mode_obj = scg_alphabet.createSCgNode('mnode')
self.line_mode_obj.setScale(ogre.Vector3(0.1, 0.1, 0.1))
self.line_mode_obj.setPosition(ogre.Vector3(0, 0, 0))
self.line_mode_line = scg_alphabet.createSCgPair('mpair')
self.line_mode_line.setEnd(self.line_mode_obj)
self.line_mode_line.setState(objects.Object.OS_Normal)
# highlighted object
self.highlighted_obj = None
# widgets
self.type_combo = None
self.content_combo = None
# object we worked on in current state
self.object_active = None
# current editor state
self.state = SCgEditMode.ES_None
# current mouse position
self.mouse_pos = (0, 0)
# visual menu
# self.vis_menu = None
# self._createVisualMenu()
# 3d navigation mode
self.rotX = 0.0
self.rotY = 0.0
self.move = ogre.Vector3(0.0, 0.0, 0.0)
self.moveSpeed = 5.0
self.moveScale = 5.0
self.animationState = None
# tool bar
# self.toolbar = ToolBar()
# self.toolbar.setVisible(False)
# self.toolbar.setEnabled(True)
# for idx in xrange(self.EM_Count):
# button = self.toolbar.appendButton("", "scg_toolbar_icons.png", idx, (32, 32), (0, 0, 256, 32))
# button.setCheckable(True)
# button.setUserData(idx)
# button.eventPush = self._onToolBarButtonPush
#
# self.toolbar.setButtonSize(38)
#contour points
self.contour_points = []
self.contour_lines = []
def _createPair(self, _beg, _end, _type = "pair/pos/-/orient/const"):
"""Creates pair with begin and end.
@param _beg: begin object
@type _beg: object.Object
@param _end: end object
@type _end: object.Object
@param _type: pair type
@type _type: str
@return: created pair
"""
pair = scg_alphabet.createSCgPair(_type)
sheet = self._getSheet()
sheet.addChild(pair)
pair.setBegin(_beg)
pair.setEnd(_end)
pair.setState(objects.Object.OS_Normal)
return pair
def _createPair(self, _beg, _end, _type="pair/pos/-/orient/const"):
"""Creates pair with begin and end.
@param _beg: begin object
@type _beg: object.Object
@param _end: end object
@type _end: object.Object
@param _type: pair type
@type _type: str
@return: created pair
"""
pair = scg_alphabet.createSCgPair(_type)
sheet = self._getSheet()
sheet.addChild(pair)
pair.setBegin(_beg)
pair.setEnd(_end)
pair.setState(objects.Object.OS_Normal)
return pair
def build_pair(_session, _el, _type):
"""Builds SCgPair based on sc-element
"""
type_name = "pair/-/-/-/-"
_const = getConstStr(_type)
_pos = getPosStr(_type)
_orient = "orient"
assert _pos is not None and _const is not None
if _type & sc.SC_TEMPORARY:
type_name = "pair/%s/time/%s/%s" % (_pos, _orient, _const)
else:
type_name = "pair/%s/-/%s/%s" % (_pos, _orient, _const)
obj = scg_alphabet.createSCgPair(type_name)
obj._setScAddr(_el)
return obj
def build_pair(_session, _el, _type):
"""Builds SCgPair based on sc-element
"""
type_name = "pair/-/-/-/-"
_const = getConstStr(_type)
_pos = getPosStr(_type)
_orient = "orient"
assert _pos is not None and _const is not None
if _type & sc.SC_TEMPORARY:
type_name = "pair/%s/time/%s/%s" % (_pos, _orient, _const)
else:
type_name = "pair/%s/-/%s/%s" % (_pos, _orient, _const)
obj = scg_alphabet.createSCgPair(type_name)
obj._setScAddr(_el)
return obj
def __init__(self, _logic):
BaseEditMode.__init__(self, _logic, "Edit mode")
# mouse objects for line creation mode
self.line_mode_beg = None
self.line_mode_obj = scg_alphabet.createSCgNode('mnode')
self.line_mode_obj.setScale(ogre.Vector3(0.1, 0.1, 0.1))
self.line_mode_obj.setPosition(ogre.Vector3(0, 0, 0))
self.line_mode_line = scg_alphabet.createSCgPair('mpair')
self.line_mode_line.setEnd(self.line_mode_obj)
self.line_mode_line.setState(objects.Object.OS_Normal)
# highlighted object
self.highlighted_obj = None
# widgets
self.type_combo = None
self.content_combo = None
# object we worked on in current state
self.object_active = None
# current editor state
self.state = SCgEditMode.ES_None
# current mouse position
self.mouse_pos = (0, 0)
# visual menu
# self.vis_menu = None
# self._createVisualMenu()
# 3d navigation mode
self.rotX = 0.0
self.rotY = 0.0
self.move = ogre.Vector3(0.0, 0.0, 0.0)
self.moveSpeed = 5.0
self.moveScale = 5.0
self.animationState = None
def __init__(self, _logic):
BaseEditMode.__init__(self, _logic, "Edit mode")
# mouse objects for line creation mode
self.line_mode_beg = None
self.line_mode_obj = scg_alphabet.createSCgNode('mnode')
self.line_mode_obj.setScale(ogre.Vector3(0.1, 0.1, 0.1))
self.line_mode_obj.setPosition(ogre.Vector3(0, 0, 0))
self.line_mode_line = scg_alphabet.createSCgPair('mpair')
self.line_mode_line.setEnd(self.line_mode_obj)
self.line_mode_line.setState(objects.Object.OS_Normal)
# highlighted object
self.highlighted_obj = None
# widgets
self.type_combo = None
self.content_combo = None
# object we worked on in current state
self.object_active = None
# current editor state
self.state = SCgEditMode.ES_None
# current mouse position
self.mouse_pos = (0, 0)
# visual menu
self.vis_menu = None
self._createVisualMenu()
# 3d navigation mode
self.rotX = 0.0
self.rotY = 0.0
self.move = ogre.Vector3(0.0, 0.0, 0.0)
self.moveSpeed = 5.0
self.moveScale = 5.0
self.animationState = None
def translate_impl(self, _input, _output):
"""Translator implementation
@param _input: input data set
@type _input: sc_global_addr
@param _output: output window (must be created)
@type _output: sc_global_addr
@return: list of errors each element of list is a tuple(object, error)
@rtype: list
"""
errors = []
# FIXME: think about multiply windows for one sc-element
objs = objects.ScObject._sc2Objects(_output)
assert len(objs) > 0
sheet = objs[0]
assert type(sheet) is objects.ObjectSheet
session = core.Kernel.session()
trans_objs = []
result_objs = []
# creating list of element to translate
it = session.create_iterator(session.sc_constraint_new(sc_constants.CONSTR_3_f_a_a,
_input,
sc.SC_A_CONST | sc.SC_POS,
0), True)
list_of_addrs = []
while not it.is_over():
trans_objs.append(it.value(2))
list_of_addrs.append(str(it.value(2).this))
it.next()
# getting objects on sheet
childs = sheet.getChilds()
sc_scg = {}
object_types = {}
for obj in childs:
addr = obj._getScAddr()
if addr is not None:
s_addr = str(addr.this)
sc_scg[s_addr] = obj
object_types[s_addr] = session.get_type(addr)
list_of_addrs.append(s_addr)
ignore_list = []
process_pairs = []
# translating binary and noorient pairs and store types
for obj in trans_objs:
_type = session.get_type(obj)
object_types[str(obj.this)] = _type
if str(obj.this) in ignore_list:
continue
# checking for sheaf nodes
if _type & sc.SC_NODE and sc_utils.isNodeSheaf(session, obj):
res = get_pair_binary(session, obj, list_of_addrs)
if res is not None:
for idx in xrange(len(res[0])):
if idx != 0 and idx != 4:
ignore_list.append(str(res[0][idx].this))
#ignore_list.extend(res[0])
# creating pair
_const = "const"
if _type & sc.SC_VAR:
_const = "var"
elif _type & sc.SC_METAVAR:
_const = "meta"
_orient = "-"
if res[1]:
_orient = "orient"
type_name = "pair/-/-/%s/%s" % (_orient, _const)
# creating pair
scg_obj = scg_alphabet.createSCgPair(type_name)
scg_obj._setScAddr(obj)
sc_scg[str(obj.this)] = scg_obj
# append additional sc-addrs
for addr in res[0]:
if addr.this != obj.this:
scg_obj.additionalScAddrs.append(addr)
#scg_obj.setWasInMemory(True)
# appending to sheet
#sheet.addChild(scg_obj)
result_objs.append(scg_obj)
process_pairs.append( (res[0][2], res[0][0], res[0][4]) )
# translating objects
for obj in trans_objs:
if sc_scg.has_key(str(obj.this)) or (str(obj.this) in ignore_list):
continue
_type = object_types[str(obj.this)]
# checking pairs
if _type & sc.SC_ARC:
beg = session.get_beg(obj)
end = session.get_end(obj)
if (beg is not None) and (end is not None):
if (str(beg.this) in list_of_addrs) and (str(end.this) in list_of_addrs):
process_pairs.append((obj, beg, end))
else:
continue # skipping dead (haven't begin or end element) pairs
# translating sc-element to scg-object
scg_obj = translate_obj(session, obj, object_types[str(obj.this)])
sc_scg[str(obj.this)] = scg_obj
# translating identificators
# idtf = session.get_idtf(obj)
# if not sc_utils.isSystemId(idtf):
# scg_obj.setText(idtf)
#scg_obj.setWasInMemory(True)
# adding to window
#sheet.addChild(scg_obj)
result_objs.append(scg_obj)
# linking pairs
for pair, beg, end in process_pairs:
scg_pair = sc_scg[str(pair.this)]
if sc_scg.has_key(str(beg.this)) and sc_scg.has_key(str(end.this)):
scg_beg = sc_scg[str(beg.this)]
scg_end = sc_scg[str(end.this)]
assert scg_end is not None and scg_beg is not None
scg_pair.setBegin(scg_beg)
scg_pair.setEnd(scg_end)
# get all pairs from sheet and link them to begin and end object if they are present in translated set
for obj in sheet.getChilds():
if isinstance(obj, scg_objects.SCgPair):
addr = obj._getScAddr()
if addr is not None:
beg_addr = session.get_beg(addr)
end_addr = session.get_end(addr)
if (beg_addr is not None) and sc_scg.has_key(str(beg_addr.this)):
obj.setBegin(sc_scg[str(beg_addr.this)])
if (end_addr is not None) and sc_scg.has_key(str(end_addr.this)):
obj.setEnd(sc_scg[str(end_addr.this)])
# append into sheet
for obj in result_objs:
obj.setWasInMemory(True)
sheet.addChild(obj)
return errors
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 translate_impl(self, _input, _output):
"""Translator implementation
@param _input: input data set
@type _input: sc_global_addr
@param _output: output window (must be created)
@type _output: sc_global_addr
@return: list of errors each element of list is a tuple(object, error)
@rtype: list
"""
errors = []
# FIXME: think about multiply windows for one sc-element
objs = objects.ScObject._sc2Objects(_output)
assert len(objs) > 0
sheet = objs[0]
assert type(sheet) is objects.ObjectSheet
session = core.Kernel.session()
trans_objs = []
# creating list of element to translate
it = session.create_iterator(session.sc_constraint_new(sc_constants.CONSTR_3_f_a_a,
_input,
sc.SC_A_CONST | sc.SC_POS,
0), True)
list_of_addrs = []
while not it.is_over():
trans_objs.append(it.value(2))
list_of_addrs.append(str(it.value(2).this))
it.next()
# getting objects on sheet
childs = sheet.getChilds()
sc_scg = {}
object_types = {}
for obj in childs:
addr = obj._getScAddr()
if addr is not None:
s_addr = str(addr.this)
sc_scg[s_addr] = obj
object_types[s_addr] = session.get_type(addr)
list_of_addrs.append(s_addr)
ignore_list = []
process_pairs = []
# translating binary and noorient pairs and store types
for obj in trans_objs:
_type = session.get_type(obj)
object_types[str(obj.this)] = _type
if str(obj.this) in ignore_list:
continue
# checking for sheaf nodes
if _type & sc.SC_NODE and sc_utils.isNodeSheaf(session, obj):
res = get_pair_binary(session, obj, list_of_addrs)
if res is not None:
for idx in xrange(len(res[0])):
if idx != 0 and idx != 4:
ignore_list.append(str(res[0][idx].this))
#ignore_list.extend(res[0])
# creating pair
_const = "const"
if _type & sc.SC_VAR:
_const = "var"
elif _type & sc.SC_METAVAR:
_const = "meta"
_orient = "-"
if res[1]:
_orient = "orient"
type_name = "pair/-/-/%s/%s" % (_orient, _const)
# creating pair
scg_obj = scg_alphabet.createSCgPair(type_name)
scg_obj._setScAddr(obj)
sc_scg[str(obj.this)] = scg_obj
# append additional sc-addrs
for addr in res[0]:
if addr.this != obj.this:
scg_obj.additionalScAddrs.append(addr)
scg_obj.setWasInMemory(True)
# appending to sheet
sheet.addChild(scg_obj)
process_pairs.append( (res[0][2], res[0][0], res[0][4]) )
# translating objects
for obj in trans_objs:
if sc_scg.has_key(str(obj.this)) or (str(obj.this) in ignore_list):
continue
_type = object_types[str(obj.this)]
# checking pairs
if _type & sc.SC_ARC:
beg = session.get_beg(obj)
end = session.get_end(obj)
if (beg is not None) and (end is not None):
if (str(beg.this) in list_of_addrs) and (str(end.this) in list_of_addrs):
process_pairs.append((obj, beg, end))
else:
continue # skipping dead (haven't begin or end element) pairs
# translating sc-element to scg-object
scg_obj = translate_obj(session, obj, object_types[str(obj.this)])
sc_scg[str(obj.this)] = scg_obj
# translating identificators
idtf = session.get_idtf(obj)
if not sc_utils.isSystemId(idtf):
scg_obj.setText(idtf)
scg_obj.setWasInMemory(True)
# adding to window
sheet.addChild(scg_obj)
# linking pairs
for pair, beg, end in process_pairs:
scg_pair = sc_scg[str(pair.this)]
if sc_scg.has_key(str(beg.this)) and sc_scg.has_key(str(end.this)):
scg_beg = sc_scg[str(beg.this)]
scg_end = sc_scg[str(end.this)]
assert scg_end is not None and scg_beg is not None
scg_pair.setBegin(scg_beg)
scg_pair.setEnd(scg_end)
# get all pairs from sheet and link them to begin and end object if they are present in translated set
for obj in sheet.getChilds():
if isinstance(obj, scg_objects.SCgPair):
addr = obj._getScAddr()
if addr is not None:
beg_addr = session.get_beg(addr)
end_addr = session.get_end(addr)
if (beg_addr is not None) and sc_scg.has_key(str(beg_addr.this)):
obj.setBegin(sc_scg[str(beg_addr.this)])
if (end_addr is not None) and sc_scg.has_key(str(end_addr.this)):
obj.setEnd(sc_scg[str(end_addr.this)])
return errors
