qt/qt3d/src/animation/backend
Name Description Size Coverage
abstractevaluateclipanimatorjob.cpp 3197 -
abstractevaluateclipanimatorjob_p.h 1176 -
additiveclipblend.cpp 1527 -
additiveclipblend_p.h 2173 -
animationclip.cpp ! \internal Called by LoadAnimationClipJob on the threadpool 11203 -
animationclip_p.h 3340 -
animationutils.cpp ! \internal Calculates the indices required to map from the component ordering within the provided \a channel, into the standard channel orderings expected by Qt types. For example, given a channel representing a rotation with the components ordered as X, Y, Z, Y, this function will return the indices [3, 0, 1, 2] which can then later be used as part of the format vector in the formatClipResults() function to remap the channels into the standard W, X, Y, Z order required by QQuaternion. 40213 -
animationutils_p.h 12969 -
backendnode.cpp 899 -
backendnode_p.h 1224 -
bezierevaluator.cpp ! \internal Evaluates the value of the cubic bezier at time \a time. This requires first finding the value of the bezier parameter, u, corresponding to the requested time which should itself be sandwiched by the provided times and keyframes. Once u is found, substitute this back into the cubic Bezier equation using the y components of the keyframe control points. 7606 -
bezierevaluator_p.h 1299 -
blendedclipanimator.cpp 3650 -
blendedclipanimator_p.h 3188 -
buildblendtreesjob.cpp 8875 -
buildblendtreesjob_p.h 1315 -
channelmapper.cpp 1761 -
channelmapper_p.h 1570 -
channelmapping.cpp 3099 -
channelmapping_p.h 2986 -
clipanimator.cpp 3814 -
clipanimator_p.h 3410 -
clipblendnode.cpp \fn QList<Qt3DCore::QNodeId> ClipBlendNode::currentDependencyIds() const \internal Each subclass of ClipBlendNode must implement this function such that it returns a vector of the ids of ClipBlendNodes upon which is it dependent in order to be able to evaluate given its current internal state. For example, a subclass implementing a simple lerp blend between two other nodes, would always return the ids of the nodes between which it is lerping. A more generalised lerp node that is capable of lerping between a series of nodes would return the ids of the two nodes that correspond to the blend values which sandwich the currently set blend value. The animation handler will submit a job that uses this function to build a list of clips that must be evaluated in order to later evaluate the entire blend tree. In this way, the clips can all be evaluated in one pass, and the tree in a subsequent pass. 4075 -
clipblendnode_p.h 2951 -
clipblendnodevisitor.cpp ! \class ClipBlendNodeVisitor \internal Visits a blend tree in either pre- or post-order manner, optionally taking care to only visit the nodes that are dependencies of evaluating the blend tree. 4527 -
clipblendnodevisitor_p.h 1907 -
clipblendvalue.cpp 2100 -
clipblendvalue_p.h 1813 -
clock.cpp 935 -
clock_p.h 1127 -
evaluateblendclipanimatorjob.cpp 5853 -
evaluateblendclipanimatorjob_p.h 1723 -
evaluateclipanimatorjob.cpp 4022 -
evaluateclipanimatorjob_p.h 1436 -
fcurve.cpp 7770 -
fcurve_p.h 4091 -
findrunningclipanimatorsjob.cpp 3722 -
findrunningclipanimatorsjob_p.h 1497 -
functionrangefinder.cpp ! \internal \class FunctionRangeFinder finds the lower bound index of a range that encloses a function value Given a vector of function values (typically abscissa values of some other function), this class can find the lower bound index of a range that encloses the requested value. This is very useful for finding the two points that sandwich a value to which you later wish to interpolate for example. 4431 -
functionrangefinder_p.h 1714 -
gltfimporter.cpp 28363 -
gltfimporter_p.h 4903 -
handle_types_p.h 1219 -
handler.cpp 10426 -
handler_p.h 4713 -
keyframe_p.h 1416 -
lerpclipblend.cpp 1968 -
lerpclipblend_p.h 1943 -
loadanimationclipjob.cpp 2995 -
loadanimationclipjob_p.h 1410 -
managers.cpp 942 -
managers_p.h 3186 -
nodefunctor_p.h 1562 -
skeleton.cpp 1494 -
skeleton_p.h 2600 -