meshroom.ui.components.scene3D.Transformations3DHelper

class meshroom.ui.components.scene3D.Transformations3DHelper

__init__(*args, **kwargs)

Methods

__init__(*args, **kwargs)
blockSignals(self, b)
childEvent(self, event)
children(self)
computeModelMatrixWithEuler(translation, ...)	Compute a model matrix from three Vector3D. Args: translation (QVector3D): position in space (x, y, z) rotation (QVector3D): Euler angles in degrees (x, y, z) scale (QVector3D): scale of the object (x, y, z) Returns: QMatrix4x4: corresponding model matrix.
computeScaleUnitFromModelMatrix(axis, ...)	Compute the length of the screen projected vector axis unit transformed by the model matrix. Args: axis (QVector3D): chosen axis ((1,0,0) or (0,1,0) or (0,0,1)) modelMat (QMatrix4x4): model matrix used for the transformation camera (QCamera): camera viewing the scene windowSize (QSize): size of the window in pixels Returns: float: length (in pixels).
connect(...)
connectNotify(self, signal)
convertRotationFromCV2GL(rotation)	Convert rotation (euler angles) from Computer Vision to Computer Graphics coordinate system (like opengl).
copyMatrix4x4(mat)	Make a deep copy of a QMatrix4x4.
customEvent(self, event)
decomposeModelMatrix(modelMat)	Decompose a model matrix into individual component. Args: modelMat (QMatrix4x4): model matrix to decompose Returns: QVariant: object containing translation and scale vectors + rotation quaternion.
deleteLater(self)
disconnect(...)
disconnectNotify(self, signal)
dumpObjectInfo(self)
dumpObjectTree(self)
dynamicPropertyNames(self)
emit(self, arg__1, *args)
event(self, event)
eventFilter(self, watched, event)
findChild(self, arg__1[, arg__2])
findChildren(-> typing.Iterable)
fromEquirectangular(vector)
inherits(self, classname)
installEventFilter(self, filterObj)
isSignalConnected(self, signal)
isWidgetType(self)
isWindowType(self)
killTimer(self, id)
metaObject(self)
modelMatrixToMatrices(modelMat)	Decompose a model matrix into individual matrices. Args: modelMat (QMatrix4x4): model matrix to decompose Returns: QVariant: object containing position, rotation and scale matrices + rotation quaternion.
moveToThread(self, thread)
objectName(self)
parent(self)
pointFromWorldToScreen(point, camera, windowSize)	Compute the Screen point corresponding to a World Point. Args: point (QVector4D): point in world coordinates camera (QCamera): camera viewing the scene windowSize (QSize): size of the Scene3D window Returns: QVector2D: point in screen coordinates.
property(self, name)
quaternionToRotationMatrix(q)	Return a rotation matrix from a quaternion.
receivers(self, signal)
registerUserData()
relativeLocalRotate(transformQtInstance, ...)	Rotate the QTransform in its local space relatively to an initial state. Args: transformQtInstance (QTransform): reference to the Transform to modify initialPosMat (QMatrix4x4): initial position matrix initialRotQuat (QQuaternion): initial rotation quaternion initialScaleMat (QMatrix4x4): initial scale matrix axis (QVector3D): axis to rotate around degree (int): angle of rotation in degree.
relativeLocalScale(transformQtInstance, ...)	Scale the QTransform in its local space relatively to an initial state. Args: transformQtInstance (QTransform): reference to the Transform to modify initialPosMat (QMatrix4x4): initial position matrix initialRotMat (QMatrix4x4): initial rotation matrix initialScaleMat (QMatrix4x4): initial scale matrix scaleVec (QVector3D): vector used for the relative scale.
relativeLocalTranslate(transformQtInstance, ...)	Translate the QTransform in its local space relatively to an initial state. Args: transformQtInstance (QTransform): reference to the Transform to modify initialPosMat (QMatrix4x4): initial position matrix initialRotMat (QMatrix4x4): initial rotation matrix initialScaleMat (QMatrix4x4): initial scale matrix translateVec (QVector3D): vector used for the local translation.
removeEventFilter(self, obj)
rotationBetweenAandB(A, B)
sender(self)
senderSignalIndex(self)
setObjectName(self, name)
setParent(self, parent)
setProperty(self, name, value)
signalsBlocked(self)
startTimer(self, interval[, timerType])
thread(self)
timerEvent(self, event)
toEquirectangular(vector)
tr(self, arg__1[, arg__2, arg__3])
updatePanorama(euler, ptStart, ptEnd)
updatePanoramaInPlane(euler, ptStart, ptEnd)

Attributes

destroyed
objectNameChanged
staticMetaObject