def _create(self, index):
"""
"""
self._parentNode = self._item
self._childNode = None
if self._item._typeInfo == "group":
if self._item._name.lower() == "bodies":
self._widget = BodyWidget(self._parentNode, parent=self)
if self._item._name.lower() == "forces":
self._widget = ForceWidget(self._parentNode, parent=self)
if self._item._name.lower() == "joints":
self._widget = JointWidget(self._parentNode, parent=self)
if self._item._name.lower() == "contacts":
self._widget = ContactWidget(self._parentNode, parent=self)
if self._item._name.lower() == "springs":
self._widget = SpringWidget(self._parentNode, parent=self)
def _edit(self, index):
"""
"""
self._parentNode = self._item._parent
if self._item._typeInfo.lower() == "body":
self._widget = BodyWidget(self._parentNode, parent=self)
if self._item._typeInfo.lower() == "contact":
self._widget = ContactWidget(self._parentNode, parent=self)
pprint(vars(self._item))
if self._item._typeInfo.lower() == "force":
self._widget = ForceWidget(self._parentNode, parent=self)
if self._item._typeInfo.lower() == "joint":
pprint(vars(self._item))
self._widget = JointWidget(self._parentNode, parent=self)
if self._item._typeInfo.lower() == "spring":
self._widget = SpringWidget(self._parentNode, parent=self)
if self._item._typeInfo.lower() == "motion":
self._widget = MotionWidget(self._parentNode, parent=self)
# if self._item._typeInfo.lower() == "MBDsystem":
# self._widget = MBDSystemWidget(self._item)
self._widget._edit(self._item)
def __init__(self, project_item, MBD_system, parent=None, flags=0):
"""
Constructor
"""
super(TreeViewWidget, self).__init__(parent)
self.ui = Ui_Form()
self.ui.setupUi(self)
# signals
self.filename_signal = solutionFilenameSignal()
self.load_loadSolutionFile = loadSolutionFile()
self.create_animation_file = CreateAnimationFile()
# parent
self._parent = parent
self.project_item = project_item
# _model = MBD_system.TreeModel(self.MBD_system)
_model = TreeModel(self.project_item)
self.MBD_system = MBD_system
self.ui.treeView.setModel(_model)
self.ui.treeView.setRootIsDecorated(True)
self.ui.treeView.setHeaderHidden(True)
self.ui.treeView.expandAll()
# we want our listview to have a context self.menu taken from the actions on this widget
# those actions will be to delete an item :)
self.ui.treeView.customContextMenuRequested.connect(self.contextMenuEvent)
QtCore.QObject.connect(self.ui.treeView, QtCore.SIGNAL("clicked (QModelIndex)"),self.row_clicked)
# self._create_animation_file.connect(self._parent.simulation_control_widget._create_animation_file)
self._widget = ItemWidget(parent=self)
def _analysis(self):
"""
"""
self._widget = AnalysisWidget(self.MBD_system)
self._widget.show()
class TreeViewWidget(QWidget): # QMainWindow#, QAbstractItemView
"""
classdocs
"""
def __init__(self, project_item, MBD_system, parent=None, flags=0):
"""
Constructor
"""
super(TreeViewWidget, self).__init__(parent)
self.ui = Ui_Form()
self.ui.setupUi(self)
# signals
self.filename_signal = solutionFilenameSignal()
self.load_loadSolutionFile = loadSolutionFile()
self.create_animation_file = CreateAnimationFile()
# parent
self._parent = parent
self.project_item = project_item
# _model = MBD_system.TreeModel(self.MBD_system)
_model = TreeModel(self.project_item)
self.MBD_system = MBD_system
self.ui.treeView.setModel(_model)
self.ui.treeView.setRootIsDecorated(True)
self.ui.treeView.setHeaderHidden(True)
self.ui.treeView.expandAll()
# we want our listview to have a context self.menu taken from the actions on this widget
# those actions will be to delete an item :)
self.ui.treeView.customContextMenuRequested.connect(self.contextMenuEvent)
QtCore.QObject.connect(self.ui.treeView, QtCore.SIGNAL("clicked (QModelIndex)"),self.row_clicked)
# self._create_animation_file.connect(self._parent.simulation_control_widget._create_animation_file)
self._widget = ItemWidget(parent=self)
def row_clicked(self, index):
"""
when a row is clicked... show the name
"""
def setWindowFlags(self, flags):
"""
"""
super(TreeViewWidget, self).setWindowFlags(flags)
@pyqtSlot()
def onTriggered(self, event):
"""
"""
# tell our model to remove the selected row.
# self.ui.treeView.model()
# self.model().removeRows(self.currentIndex().row(), 1)
def create_action(self, event):
"""
"""
print event.pos()
def setSelection(self, current, old):
"""
"""
current = self._proxyModel.mapToSource(current)
def contextMenuEvent(self, event):
"""
Context menu
"""
self.menu = QtGui.QMenu(self)
indexes = self.ui.treeView.selectedIndexes()
self._item = self.ui.treeView.model().getNode(indexes[0])
if len(indexes) > 0:
level = 0
index = indexes[0]
while index.parent().isValid():
index = index.parent()
level += 1
if self._item._typeInfo == "group":
createAction = self.menu.addAction("Create")
createAction.triggered.connect(self._create)
self.menu.addSeparator()
loadGroupItemsAction = self.menu.addAction("Load items from file")
loadGroupItemsAction.triggered.connect(self._load_group_items)
self.menu.addSeparator()
if self._item._name == "Motions":
pprint(vars(self._item))
if self._item._typeInfo != "group" or self._item._typeInfo != "solution":# or self._item._name.lower() != "solution":
editAction = self.menu.addAction("Edit")
editAction.triggered.connect(self._edit)
deleteAction = self.menu.addAction("Delete")
deleteAction.setEnabled(True)
deleteAction.triggered.connect(self._delete)
saveAction = self.menu.addAction("Save")
saveAction.triggered.connect(self._save)
self.menu.addSeparator()
if self._item._typeInfo == "MBDsystem" or self._item._typeInfo == "settings":
self.menu.addSeparator()
show_GCS_Action = QtGui.QAction("Show GCS ", self, checkable=True, checked=self._parent.simulation_control_widget.opengl_widget.GCS._visible)
show_GCS_Action.triggered.connect(self._parent.simulation_control_widget.opengl_widget.GCS._show)
self.menu.addAction(show_GCS_Action)
propertiesAction = self.menu.addAction("Properties")
propertiesAction.triggered.connect(self._properties)
self.menu.addSeparator()
profileAction = self.menu.addAction("Profile")
profileAction.triggered.connect(self._parent.simulation_control_widget.profile_functions)
getDOFsAction = self.menu.addAction("DOF")
getDOFsAction.triggered.connect(self.__getDOF)
if self._item._typeInfo == "MBDsystem":
get_q_Action = self.menu.addAction("q")
get_q_Action.triggered.connect(self._get_q)
save_q_Action = self.menu.addAction("Save q")
save_q_Action.triggered.connect(self._save_q)
load_q_Action = self.menu.addAction("Load q")
load_q_Action.triggered.connect(self._load_q)
self.menu.addSeparator()
evaluate_C_Action = self.menu.addAction("C(q, t)")
evaluate_C_Action.triggered.connect(self._evaluate_C)
evaluate_C_q_Action = self.menu.addAction("C_q(q)")
evaluate_C_q_Action.triggered.connect(self._evaluate_C_q)
evaluate_C_t_Action = self.menu.addAction("C_t(t)")
evaluate_C_t_Action.triggered.connect(self._evaluate_C_t)
evaluate_M_Action = self.menu.addAction("M")
evaluate_M_Action.triggered.connect(self.evaluate_M)
self.menu.addSeparator()
list_parameters_Action = self.menu.addAction("List parameters")
list_parameters_Action.triggered.connect(self._list_parameters)
analysis_Action = self.menu.addAction("Analysis")
analysis_Action.triggered.connect(self._analysis)
analysis_Action.setShortcut(QtGui.QKeySequence("Alt+A"))
self.menu.addSeparator()
elif self._item._typeInfo == "solution":
loadAction = self.menu.addAction("Load from File")
loadAction.triggered.connect(self._load_solution_file_to_project)
# solution data item context menu
elif self._item._typeInfo == "solutiondata":
loadAction = self.menu.addAction("Load solution")
loadAction.triggered.connect(self._load_solution_data)
propertiesAction = self.menu.addAction("Properties")
propertiesAction.triggered.connect(self.solution_properties)
if self._item.loaded:
saveAnimationFileAction = self.menu.addAction("Save animation to file")
saveAnimationFileAction.triggered.connect(self._item._create_animation_file)
saveAnimationFileAction.triggered.connect(self._create_animation_file)
elif self._item._typeInfo == "group":
propertiesAction = self.menu.addAction("Properties")
propertiesAction.triggered.connect(self._properties)
# elif self._item._typeInfo == "solutiondata":
#
# openAction = self.menu.addAction("Open")
# openAction.triggered.connect(self._open)
#
# self.menu.addSeparator()
#
# deleteAction = self.menu.addAction("Delete")
# deleteAction.triggered.connect(self._delete)
elif self._item._typeInfo == "force":
show_force_Action = QtGui.QAction("Show force ", self, checkable=True, checked=self._item._visible)
show_force_Action.triggered.connect(self._item._show_force)
self.menu.addAction(show_force_Action)
self.menu.addSeparator()
for marker in self._item.markers:
show_marker_Action = QtGui.QAction("Show u_P on Body "+str(self._item.body_id), self, checkable=True, checked=marker._visible)
show_marker_Action.triggered.connect(marker._show)
self.menu.addAction(show_marker_Action)
elif self._item._typeInfo == "joint" or self._item._typeInfo == "spring":
for force, ID in zip(self._item._Fn_list, ["i", "j"]):
show_force_Action = QtGui.QAction("Show force on Body "+ID, self, checkable=True, checked=force._visible)
show_force_Action.triggered.connect(force._show_force)
self.menu.addAction(show_force_Action)
self.menu.addSeparator()
for marker, ID, body_id in zip(self._item.markers, ["i", "j"], self._item.body_id_list):
if isinstance(body_id, int):
name = self.MBD_system.bodies[body_id]._name
else:
name = "ground"
show_marker_Action = QtGui.QAction("Show u_P on body "+ID+" id = "+str(body_id)+" ("+name+")", self, checkable=True, checked=marker._visible)
show_marker_Action.triggered.connect(marker._show)
self.menu.addAction(show_marker_Action)
if self._item._typeInfo == "joint":
if self._item.joint_type == "prismatic":
marker = self._item.markers[-1]
show_marker_uQ_Action = QtGui.QAction("Show u_Q on body "+"i", self, checkable=True, checked=marker._visible)
show_marker_uQ_Action.triggered.connect(marker._show)
self.menu.addAction(show_marker_uQ_Action)
self.menu.addSeparator()
if self._item._typeInfo == "joint":
evaluate_C_Action = QtGui.QAction("Evaluate C(q, t)", self)
evaluate_C_Action.triggered.connect(self.evaluate_C)
self.menu.addAction(evaluate_C_Action)
evaluate_C_q_Action = QtGui.QAction("Evaluate C_q(q)", self)
evaluate_C_q_Action.triggered.connect(self.evaluate_C_q)
self.menu.addAction(evaluate_C_q_Action)
evaluate_Q_d_Action = QtGui.QAction("Evaluate Q_d", self)
evaluate_Q_d_Action.triggered.connect(self.evaluate_Q_d)
self.menu.addAction(evaluate_Q_d_Action)
evaluate_rijP_Action = QtGui.QAction("Evaluate d", self)
evaluate_rijP_Action.triggered.connect(self.evaluate_d)
self.menu.addAction(evaluate_rijP_Action)
elif self._item._typeInfo == "contact":
for force, ID, body_id in zip(self._item._Fn_list, ["i", "j"], self._item.body_id_list):
if isinstance(body_id, int):
name = self.MBD_system.bodies[body_id]._name
else:
name = "ground"
show_force_Action = QtGui.QAction("Show Fn on body "+ID+" id = "+str(body_id)+" ("+name+")", self, checkable=True, checked=force._visible)
show_force_Action.triggered.connect(force._show_force)
self.menu.addAction(show_force_Action)
self.menu.addSeparator()
for force, ID in zip(self._item._Ft_list, ["i", "j"]):
show_force_Action = QtGui.QAction("Show Ft on body "+ID, self, checkable=True, checked=force._visible)
show_force_Action.triggered.connect(force._show_force)
self.menu.addAction(show_force_Action)
self.menu.addSeparator()
if self._item._type == "general":
# try:
for body_id, ID in zip(self._item.body_id_list, ["i", "j"]):
_body = self.MBD_system._children[0].bodies[body_id]
_AABB = _body.AABBtree
show_AABB_action = QtGui.QAction("Show AABB on body "+ID, self, checkable=True, checked=_AABB._visible)
show_AABB_action.triggered.connect(_AABB._show_AABB)
self.menu.addAction(show_AABB_action)
self.menu.addSeparator()
for body_id, ID in zip(self._item.body_id_list, ["i", "j"]):
_body = self.MBD_system._children[0].bodies[body_id]
_AABB = _body.AABBtree
properties_of_AABB_action = self.menu.addAction("Properties of AABB on body "+ID)
properties_of_AABB_action.triggered.connect(_AABB._get_properties)
self.menu.addSeparator()
# except:
# pass
try:
for contact_geometry, ID in zip(self._item.contact_geometry_list, ["i", "j"]):
# get_nodes_action = QtGui.QAction("Get contact nodes "+ID, self, checkable=True, checked=_AABB._visible)
get_nodes_action = self.menu.addAction("Get contact nodes "+ID)
get_nodes_action.triggered.connect(contact_geometry.get_nodes)
# self.menu.addAction(get_nodes_action)
except:
pass
contactForceAction = self.menu.addAction("Contact force")
contactForceAction.triggered.connect(self._item.get_contact_force)
contactPointAction = QtGui.QAction("Contact point in GCS", self)
# contactPointAction.setEnabled(self._item._contact_point_found)
contactPointAction.triggered.connect(self._contact_point)
self.menu.addAction(contactPointAction)
self.menu.addSeparator()
if self._item._type.lower() == "revolute clearance joint":
for marker, ID in zip(self._item.markers, ["i", "j"]):
show_marker_Action = QtGui.QAction("Show Body "+ID+" joint center", self, checkable=True, checked=marker._visible)
show_marker_Action.triggered.connect(marker._show)
self.menu.addAction(show_marker_Action)
if self._item._type.lower() == "pin-slot clearance joint linear":
for marker, ID in zip(self._item.markers, ["i", "j", "j"]):
show_marker_Action = QtGui.QAction("Show Body "+ID+" joint center", self, checkable=True, checked=marker._visible)
show_marker_Action.triggered.connect(marker._show)
self.menu.addAction(show_marker_Action)
elif self._item._typeInfo == "body":
if self._item._name == "Ground" or self._item.body_id == -1:
pass
else:
show_body_Action = QtGui.QAction("Show Body", self, checkable=True, checked=self._item._visible)
show_body_Action.triggered.connect(self._item._show)
self.menu.addAction(show_body_Action)
if self._item.VBO_created:
show_body_Action.setEnabled(True)
else:
show_body_Action.setEnabled(False)
show_LCS_Action = QtGui.QAction("Show LCS", self, checkable=True, checked=self._item.LCS._visible)
show_LCS_Action.triggered.connect(self._item.LCS._show)
self.menu.addAction(show_LCS_Action)
if self._item.LCS._VBO_created:
show_LCS_Action.setEnabled(True)
else:
show_LCS_Action.setEnabled(False)
show_CAD_CS_Action = QtGui.QAction("Show CAD CS", self, checkable=True, checked=self._item.CAD_CS._visible)
show_CAD_CS_Action.triggered.connect(self._item.CAD_CS._show)
self.menu.addAction(show_CAD_CS_Action)
if self._item.CAD_CS._VBO_created:
show_CAD_CS_Action.setEnabled(True)
else:
show_CAD_CS_Action.setEnabled(False)
show_ID_Action = QtGui.QAction("Show ID", self, checkable=True, checked=self._item._idVisible)
show_ID_Action.triggered.connect(self._item._showID)
self.menu.addAction(show_ID_Action)
self.menu.addSeparator()
getBody_q_Action = self.menu.addAction("Get body q")
getBody_q_Action.triggered.connect(self._item.get_q)
getBody_dq_Action = self.menu.addAction("Get body dq")
getBody_dq_Action.triggered.connect(self._item.get_dq)
getBody_qdq_Action = self.menu.addAction("Get body [q dq]")
getBody_qdq_Action.triggered.connect(self._item.get_qdq)
self.menu.addSeparator()
elif self._item._typeInfo == "motion":
evaluate_C_Action = QtGui.QAction("Evaluate C(q, t)", self)
evaluate_C_Action.triggered.connect(self.evaluate_C)
self.menu.addAction(evaluate_C_Action)
evaluate_C_q_Action = QtGui.QAction("Evaluate C_q(q)", self)
evaluate_C_q_Action.triggered.connect(self.evaluate_C_q)
self.menu.addAction(evaluate_C_q_Action)
evaluate_C_t_Action = QtGui.QAction("Evaluate C_t(t)", self)
evaluate_C_t_Action.triggered.connect(self.evaluate_C_t)
self.menu.addAction(evaluate_C_t_Action)
else:
pass
self.menu.exec_(event.globalPos())
self._parent.simulation_control_widget.opengl_widget.updateGL()
def closeEvent(self, event):
"""
"""
self._parent.simulation_control_widget.opengl_widget.updateGL()
def _list_parameters(self):
"""
"""
self._item._list_parameters(item=self.MBD_system)
def _analysis(self):
"""
"""
self._widget = AnalysisWidget(self.MBD_system)
self._widget.show()
def _load_group_items(self):
"""
"""
print "Under construction!", os.path.realpath(__file__)
def _load_solution_data(self):
"""
"""
# this has to be put in a thread
# data = self._item._load_dat_file()
self._parent.simulation_control_widget.load_solution_file(filename=self._item._name)
def _load_solution_file_to_project(self):
"""
Load solution file to opened project if there is any solution file.
TODO - check if right solution data is loaded to project
"""
# filetype filter
_filter = "Data File (*.dat);;Excel (*.xlsx);;CSV (*.csv)"
# open dialog
_open_file = QtGui.QFileDialog()
_open_file.setFileMode(QFileDialog.ExistingFiles)
# directory to open
_directory = self._item._parent._parent._children[0].MBD_folder_abs_path_
# set directory from where to open
_open_file.setDirectory(_directory)
# file abs path and filetype(extension)
file, filetype = _open_file.getOpenFileNameAndFilter(self, "Load Solution File", _directory, _filter)
# get filename from abspath
filename = os.path.basename(str(file))
# filename without extension
name, _extension = filename.split(".")
# create solution data object
_solution = SolutionData(name, file=file)
# add solution data object item to treeview
self.ui.treeView.model().insertRow(len(self._item._children), _solution, self._item)
def _open(self):
"""
"""
subprocess.call(['notepad.exe', str(self.__filename)])
def add_solution_data(self, solution_data_object_ID=None, filename=None):
"""
Function adds created solution object item in tree view in folder solutions
"""
curframe = inspect.currentframe()
calframe = inspect.getouterframes(curframe, 2)
# print 'caller name:', calframe
# pprint(vars(calframe))
# print "add_solution_data()"
# root index
root_index = self.ui.treeView.rootIndex()
# get root node with root index
self._item = self.ui.treeView.model().getNode(root_index)
MBD_system_item = self._item._children[0]
# pprint(vars(MBD_system_item))
# solutions (group) item
# _solution_group_item = MBD_system_item._children[6]
_solution_group_item = [child for child in MBD_system_item._children if child._name == "Solution"][0]
# add child (solution data) to solution item
pos = len(_solution_group_item._children)
_childNode = MBD_system_item.solutions[-1]
self.ui.treeView.model().insertRow(pos, _childNode, _solution_group_item)
def solution_properties(self):
pprint(vars(self._item))
def _create(self, index):
"""
"""
self._parentNode = self._item
self._childNode = None
if self._item._typeInfo == "group":
if self._item._name.lower() == "bodies":
self._widget = BodyWidget(self._parentNode, parent=self)
if self._item._name.lower() == "forces":
self._widget = ForceWidget(self._parentNode, parent=self)
if self._item._name.lower() == "joints":
self._widget = JointWidget(self._parentNode, parent=self)
if self._item._name.lower() == "contacts":
self._widget = ContactWidget(self._parentNode, parent=self)
if self._item._name.lower() == "springs":
self._widget = SpringWidget(self._parentNode, parent=self)
# self._childNode = MBD_system_items.SpringItem("Spring_" + str(len(self._parentNode._children)))
# if self._childNode is not None:
# print "created =", self._childNode
# if len(self._parentNode._children) == 0:
# pos = 1
# else:
# pos = len(self._parentNode._children)
# self.ui.treeView.model().insertRow(pos, self._childNode, self._parentNode)
def _insertTreeItem(self):
"""
"""
pos = len(self._parentNode._children)
self._childNode = self._widget.item
self.ui.treeView.model().insertRow(pos, self._childNode, self._parentNode)
def __getDOF(self):
"""
"""
C_q, C_qT = self._parent.simulation_control_widget.solver.solveODE.ode_fun.getDOF()
def _get_q(self):
"""
"""
q = self.MBD_system.get_q()
print "q ="
print q
def _load_q(self):
"""
Function loads vector q from solution file to MBD system object and its bodies
"""
_path = self.MBD_system.MBD_folder_abs_path_
_load_file = QtGui.QFileDialog(self)
_load_file.setDirectory(_path)
_supported_types = self.__supported_types_solution()
# get file path from open file dialog
file_path = _load_file.getOpenFileName(parent=self._parent, caption=QString("Load q"), directory=QString(_path), filter=QString(_supported_types))
file_path.replace("/", "\\")
# load file data if file is selected
if file_path:
# read data file and store data to solution data object
solution_data = SolutionData(_file=file_path, MBD_system=self.MBD_system)
q = self.MBD_system.q0 = solution_data._q_sol_container
for body in self.MBD_system.bodies:
# q to body
body.R[0:2] = q2R_i(q, body.body_id)
# dq to body
body.theta[2] = q2theta_i(q, body.body_id)
def _save_q(self):
"""
Function saves curent vector q to solution file
"""
_path = self.MBD_system.MBD_folder_abs_path_
_save_file = QtGui.QFileDialog(self)
_save_file.setDirectory(_path)
# get supported types as string
_supported_types = self.__supported_types_solution()
# filepath and filetype
file_path, filetype = _save_file.getSaveFileNameAndFilter(parent=self._parent, caption=QString("Save q"), directory=QString(_path), filter=QString(_supported_types))
# get current vector q of MBD system
q = self.MBD_system.get_q()
# create solution data object to store vector q to file
solution_data = SolutionData(name=None, _file=str(file_path), MBD_system=self.MBD_system)
_data = np.array([np.concatenate((np.zeros(5), q), axis=0)])
solution_data.add_data(_data)
solution_data.write_to_file(_file_abs_path=file_path)
def __supported_types_solution(self):
"""
"""
# predefine empty string
_supported_types = ""
for solution_type, type_name in zip(self.MBD_system._solution_filetypes, self.MBD_system._soltuion_filetype_software):
_supported_type = type_name + " (*" + solution_type + ")" +";;"
_supported_types = _supported_types + _supported_type
# remove last ;;
_supported_types = _supported_types[0:-2]
return _supported_types
def _evaluate_C(self):
"""
"""
t = 0
q = self.MBD_system.get_q()
print "C(q, t):"
print self._parent.simulation_control_widget.solver.analysis.DAE_fun.evaluate_C(q, t)
def _evaluate_C_q(self):
"""
:return:
"""
q = self.MBD_system.get_q()
print "C_q(q, t):"
print self._parent.simulation_control_widget.solver.analysis.DAE_fun.evaluate_C_q(q, 0)
def _evaluate_C_t(self):
"""
:return:
"""
t = 0
q = self.MBD_system.get_q()
print "C_t(t):"
print self._parent.simulation_control_widget.solver.analysis.DAE_fun.evaluate_C_t(q, 0)
def _edit(self, index):
"""
"""
self._parentNode = self._item._parent
if self._item._typeInfo.lower() == "body":
self._widget = BodyWidget(self._parentNode, parent=self)
if self._item._typeInfo.lower() == "contact":
self._widget = ContactWidget(self._parentNode, parent=self)
pprint(vars(self._item))
if self._item._typeInfo.lower() == "force":
self._widget = ForceWidget(self._parentNode, parent=self)
if self._item._typeInfo.lower() == "joint":
pprint(vars(self._item))
self._widget = JointWidget(self._parentNode, parent=self)
if self._item._typeInfo.lower() == "spring":
self._widget = SpringWidget(self._parentNode, parent=self)
if self._item._typeInfo.lower() == "motion":
self._widget = MotionWidget(self._parentNode, parent=self)
# if self._item._typeInfo.lower() == "MBDsystem":
# self._widget = MBDSystemWidget(self._item)
self._widget._edit(self._item)
# except:
# raise ValueError, "edit() not completed"
def _delete(self):
"""
"""
pos = self._item._parent._children.index(self._item)
self._item._parent.removeChild(pos)
del(self._item)
def _save(self):
"""
:return:
"""
obj = self._item
name = self._item._name+".dprj"
read_and_write.write(obj, name)
def _properties(self, index):
"""
Open properties window
"""
_widget = MBDSystemWidget(self._item, parent=self)
_widget._edit(self._item)
def _save_contact_solution(self, index):
"""
"""
self._item.save_solution_data()
def _create_animation_file(self):
"""
:return:
"""
print "exe in tree view widget"
self.create_animation_file.signal_createAnimationFile.emit()
print "signal emited!!!"
def evaluate_C(self):
"""
:return:
"""
# get current q vector of MBD system
q = self.MBD_system.evaluate_q0()
print self._item.evaluate_C(q)
def evaluate_C_q(self):
"""
:return:
"""
# get current q vector of MBD system
q = self.MBD_system.evaluate_q0()
C_q = self._item.evaluate_C_q(q)
print "self._item =", self._item
if self._item._typeInfo == "joint":
for C_q_i, id in zip(C_q, ["i", "j"]):
print "C_q %s="%id
print C_q_i
else:
print "C_q ="
print C_q
def evaluate_C_t(self):
"""
:return:
"""
# get current q vector of MBD system
q = self.MBD_system._children[0].evaluate_q0()
print self._item.evaluate_C_t(q=q, t=0)
def evaluate_Q_d(self):
"""
:return:
"""
# get current q vector of MBD system
q = self.MBD_system._children[0].evaluate_q0()
print self._item.evaluate_Q_d(q)
def evaluate_d(self):
"""
:return:
"""
# get current q vector of MBD system
q = self.MBD_system._children[0].evaluate_q0()
print self._item.evaluate_d(q)
def evaluate_M(self):
"""
:return:
"""
self._parent.simulation_control_widget.solver.analysis.DAE_fun.evaluate_M()
M = self._parent.simulation_control_widget.solver.analysis.DAE_fun.M
print "M ="
print M
def _contact_point(self):
"""
Method gets information of point of contact
:return:
"""
if self._parent.simulation_control_widget._status == "animation":
self._item.get_contact_point(step=self._parent.simulation_control_widget._step)