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q
) by applying
a velocity u
for time
h
.
c
to this set.
this
object's vertex and weight to the
supplied constraint.
fem1
to fem0
.
fem1
to fem0
.
[-lim,lim]
, where
[-lim,lim]
, where
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
addNumNonZerosByColgetBlockCCSIndices(int[],int,Partition)
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
addNumNonZerosByRow(int[],int,Partition)
.
offsets
, starting
at the location specified by idx
.
offsets
, starting
at the location specified by idx
.
h
, to
the matrix S
, which should have been previously created with
a call to buildSolveMatrix()
.
h
, to
the matrix S
, which should have been previously created with
a call to buildSolveMatrix()
.
createDisplay
to add a
custom component to the display.
compSpec
:
'T': translation field
'S': scale field
'R': rotation field
RootModel
's advance procedure
RootModel
's advance procedure
FileGrabber
that by default looks for files in
the ArtiSynth source directory tree.FileGrabber
object that looks for files
in the source tree.
FileGrabber
object that looks for files
in the source tree.
FileGrabber
object for reading from zip
files
PardisoSolver.factor()
and PardisoSolver.solve(double[],double[])
together,
or, if tolExp
is positive, automatically determines
when to call
PardisoSolver.iterativeSolve(maspack.matrix.VectorNd,maspack.matrix.VectorNd,int)
with the specific tolExp
instead,
depending on whether the matrix is factored and if it is estimated
that iterativeSolve
will save time.
PardisoSolver.autoFactorAndSolve(maspack.matrix.VectorNd,maspack.matrix.VectorNd,int)
that uses double[]
objects
to store to the result and right-hand side.
getVerticalFieldOfView
).
qid
.
GLSelectable
s
that
manages its own selection; this call should
be used in place of GLRenderer.beginSelectionQuery(int)
for such objects.
BinaryHeap
with with default initial capacity
and natural ordering comparator
BinaryHeap
with with supplied initial capacity
and natural ordering
BinaryHeap
that uses the supplied comparator
to order values
BinaryHeap
according to the supplied parameters
BooleanHolder
with an initial value of
false
.
BooleanHolder
with a specific initial
value.
CharHolder
with an initial value of 0.
CharHolder
with a specific initial value.
n
.
FastMarcherBase.march(int)
clone
method.r1 q1 + r2 q2
and places the result in this
quaternion.
s1 v1 + s2 v2
and places the result in this
vector.
s1 v1 + s2 v2
and places the result in this
vector.
s1 v1 + s2 v2
and places the result in this
vector.
s1 v1 + s2 v2
and places the result in this
vector.
s1 v1 + s2 v2
and places the result in this
vector.
t0
and t1
within the tolerance
specified by the reciprocal of TimeBase.PRECISION
.
updateConstraints()
indicating that contact information should be computed.
Msrc
to
a region of this matrix.
HasState.setState(artisynth.core.modelbase.ComponentState)
and HasState.getState(artisynth.core.modelbase.ComponentState)
.
HasState.setState(artisynth.core.modelbase.ComponentState)
and HasState.getState(artisynth.core.modelbase.ComponentState)
.
HasState.setState(artisynth.core.modelbase.ComponentState)
and HasState.getState(artisynth.core.modelbase.ComponentState)
.
HasState.setState(artisynth.core.modelbase.ComponentState)
and HasState.getState(artisynth.core.modelbase.ComponentState)
.
HasState.setState(artisynth.core.modelbase.ComponentState)
and HasState.getState(artisynth.core.modelbase.ComponentState)
.
Matrix
.DoubleHolder
with an initial value of 0.
DoubleHolder
with a specific initial
value.
i
.
i
.
n
.
GL_SELECT
rendering mode mechanism.
GLRenderer.beginSelectionQuery(int)
.
GLRenderer.beginSubSelection(maspack.render.GLSelectable, int)
.
X1
within a prescribed tolerance
epsilon
.
X1
within a prescribed tolerance
epsilon
.
epsilon
.
epsilon
.
M1
within a prescribed tolerance epsilon
.
M1
within a prescribed tolerance epsilon
.
M1
within a prescribed tolerance epsilon
.
M1
within a prescribed tolerance epsilon
.
M1
within a prescribed tolerance epsilon
.
M1
within a prescribed tolerance epsilon
.
M1
within a prescribed tolerance epsilon
.
q1
within a prescribed tolerance epsilon
.
v1
within a prescribed tolerance epsilon
.
v1
within a prescribed tolerance epsilon
.
v1
within a prescribed tolerance epsilon
.
v1
within a prescribed tolerance epsilon
.
v1
within a prescribed tolerance epsilon
.
v1
within a prescribed tolerance epsilon
.
v1
within a prescribed tolerance epsilon
.
v1
within a prescribed tolerance epsilon
.
t0
and t1
are equal
within the tolerance specified by TimeBase.PRECISION
.
X1
.
X1
.
M1
.
M1
.
M1
.
M1
.
M1
.
M1
.
M1
.
q1
.
v1
.
v1
.
v1
.
v1
.
v1
.
v1
.
v1
.
v1
.
v1
.
null
.
range0
and an initial value x
(assumed to be
within that range).
Passed
to System.out if all is well.
analyze(Matrix,int,int)
or
analyzeAndFactor(Matrix)
.
FemModel3d
.null
if there is no such element.
ang
, find an equivalent angle that is within
+/- PI of a given reference angle ref
.
ang
, find an equivalent angle that is within
+/- PI of a given reference angle ref
.
FloatHolder
with an initial value of 0.
FloatHolder
with a specific initial value.
StringBuffer.
- format(int) -
Method in class maspack.util.NumberFormat
- Formats an int into a string.
- format(int, StringBuffer) -
Method in class maspack.util.NumberFormat
- Formats an int and appends it to the end of a
StringBuffer.
- format(long) -
Method in class maspack.util.NumberFormat
- Formats a long into a string.
- format(long, StringBuffer) -
Method in class maspack.util.NumberFormat
- Formats a long and appends it to the end of a
StringBuffer.
- formatHex(int) -
Static method in class maspack.util.NumberFormat
-
- FormatRange - Class in maspack.widgets
-
- FormatRange() -
Constructor for class maspack.widgets.FormatRange
-
- FormatRange(String) -
Constructor for class maspack.widgets.FormatRange
-
- forSSHAgent() -
Method in class maspack.fileutil.jsch.KeyPair
-
- forSSHAgent() -
Method in class maspack.fileutil.jsch.KeyPairDSA
-
- forSSHAgent() -
Method in class maspack.fileutil.jsch.KeyPairRSA
-
- forward() -
Method in class artisynth.core.driver.Main
-
- Frame - Class in artisynth.core.mechmodels
-
- Frame() -
Constructor for class artisynth.core.mechmodels.Frame
-
- Frame(RigidTransform3d) -
Constructor for class artisynth.core.mechmodels.Frame
-
- FRAME_CMD -
Static variable in class artisynth.core.moviemaker.MovieMakerDialog
-
- FrameBasedEditingAgent - Class in artisynth.core.gui.editorManager
-
- FrameBasedEditingAgent(Main) -
Constructor for class artisynth.core.gui.editorManager.FrameBasedEditingAgent
-
- FrameBlock - Class in artisynth.core.mechmodels
-
- FrameBlock(Frame) -
Constructor for class artisynth.core.mechmodels.FrameBlock
-
- framebuffer_status_string(int) -
Static method in class maspack.render.FrameBufferObject
- Return a string representing the given fbo status code
- FrameBufferObject - Class in maspack.render
-
- FrameBufferObject(int, int, File, String, GL2) -
Constructor for class maspack.render.FrameBufferObject
- Create a framebuffer with the given dimensions
- FrameBufferObject(int, int, int, int, File, String, GL2) -
Constructor for class maspack.render.FrameBufferObject
- Create a framebuffer with the given dimensions
- FrameExciter - Class in artisynth.core.inverse
-
- FrameExciter(String, Frame, FrameExciter.WrenchComponent, double) -
Constructor for class artisynth.core.inverse.FrameExciter
-
- FrameExciter(String) -
Constructor for class artisynth.core.inverse.FrameExciter
-
- FrameExciter() -
Constructor for class artisynth.core.inverse.FrameExciter
-
- FrameExciter.WrenchComponent - Enum in artisynth.core.inverse
-
- FrameMarker - Class in artisynth.core.mechmodels
-
- FrameMarker() -
Constructor for class artisynth.core.mechmodels.FrameMarker
-
- FrameMarker(String) -
Constructor for class artisynth.core.mechmodels.FrameMarker
-
- FrameMarker(Frame, Point3d) -
Constructor for class artisynth.core.mechmodels.FrameMarker
-
- FrameMarker(Point3d) -
Constructor for class artisynth.core.mechmodels.FrameMarker
-
- FrameMarker(double, double, double) -
Constructor for class artisynth.core.mechmodels.FrameMarker
-
- FrameMarker(Frame, double, double, double) -
Constructor for class artisynth.core.mechmodels.FrameMarker
-
- FrameMarkerAgent - Class in artisynth.core.gui.editorManager
- Responsible for adding FrameMarkers to a MechModel.
- FrameMarkerAgent(Main, MechModel) -
Constructor for class artisynth.core.gui.editorManager.FrameMarkerAgent
-
- FrameMarkerEditor - Class in artisynth.core.gui.editorManager
- Provides editing actions for FrameMarker
- FrameMarkerEditor(Main, EditorManager) -
Constructor for class artisynth.core.gui.editorManager.FrameMarkerEditor
-
- frameMarkers() -
Method in class artisynth.core.mechmodels.MechModel
-
- FrameMaterial - Class in artisynth.core.materials
- Base material for a FrameSpring.
- FrameMaterial() -
Constructor for class artisynth.core.materials.FrameMaterial
-
- FrameSpring - Class in artisynth.core.mechmodels
-
- FrameSpring() -
Constructor for class artisynth.core.mechmodels.FrameSpring
-
- FrameSpring(String) -
Constructor for class artisynth.core.mechmodels.FrameSpring
-
- FrameSpring(String, double, double, double, double) -
Constructor for class artisynth.core.mechmodels.FrameSpring
-
- FrameSpring(String, FrameMaterial) -
Constructor for class artisynth.core.mechmodels.FrameSpring
-
- FrameSpringDemo - Class in artisynth.demos.mech
-
- FrameSpringDemo() -
Constructor for class artisynth.demos.mech.FrameSpringDemo
-
- FrameSpringDemo(String) -
Constructor for class artisynth.demos.mech.FrameSpringDemo
-
- frameSprings() -
Method in class artisynth.core.mechmodels.MechModel
-
- FrameSpringTest - Class in artisynth.core.mechmodels
-
- FrameState - Class in artisynth.core.mechmodels
-
- FrameState() -
Constructor for class artisynth.core.mechmodels.FrameState
-
- framesToFile -
Variable in class artisynth.core.moviemaker.MovieOptions
-
- FrameTarget - Class in artisynth.core.mechmodels
- Contains motion target information for a point.
- FrameTarget(MotionTarget.TargetActivity) -
Constructor for class artisynth.core.mechmodels.FrameTarget
-
- FrameTargetTest - Class in artisynth.core.mechmodels
- Contains motion target information for a point.
- FrameTargetTest() -
Constructor for class artisynth.core.mechmodels.FrameTargetTest
-
- frametest() -
Method in class maspack.solvers.PardisoSolverTest
-
- freeGlClipPlane(int) -
Method in class maspack.render.GLViewer
-
- FreehandTool - Class in maspack.render
-
- FreehandTool() -
Constructor for class maspack.render.FreehandTool
-
- freeList(int) -
Static method in class maspack.render.DisplayListManager
-
- freeNumber(int) -
Method in class artisynth.core.modelbase.ComponentMap
-
- freeSharedList(Object) -
Static method in class maspack.render.DisplayListManager
-
- frobeniusNorm() -
Method in interface maspack.matrix.Matrix
- Returns the Frobenius norm of this matrix.
- frobeniusNorm() -
Method in class maspack.matrix.Matrix2dBase
- Returns the Frobenius norm of this matrix.
- frobeniusNorm() -
Method in class maspack.matrix.Matrix3dBase
- Returns the Frobenius norm of this matrix.
- frobeniusNorm() -
Method in class maspack.matrix.Matrix4dBase
- Returns the Frobenius norm of this matrix.
- frobeniusNorm() -
Method in class maspack.matrix.Matrix6dBase
- Returns the Frobenius norm of this matrix.
- frobeniusNorm() -
Method in class maspack.matrix.MatrixBase
- Returns the Frobenius norm of this matrix.
- frobeniusNorm() -
Method in class maspack.matrix.MatrixNd
- Returns the Frobenius norm of this matrix.
- fromBase64(byte[], int, int) -
Static method in class maspack.fileutil.jsch.UtilTrim
-
- fromFile(File) -
Static method in class maspack.fileutil.jsch.UtilTrim
-
- fromFile(String) -
Static method in class maspack.fileutil.jsch.UtilTrim
-
- fromPolygons(ArrayList<BSPTree.Polygon>) -
Static method in class maspack.geometry.BSPTree
-
- fromStream(InputStream, long) -
Static method in class maspack.fileutil.jsch.UtilTrim
-
- FULL_WINDOW_CMD -
Static variable in class artisynth.core.moviemaker.MovieMakerDialog
-
- fullBackwardEuler(double, double, StepAdjustment) -
Method in class artisynth.core.mechmodels.MechSystemSolver
-
- FullBlemkerMuscle - Class in artisynth.core.materials
-
- FullBlemkerMuscle() -
Constructor for class artisynth.core.materials.FullBlemkerMuscle
-
- FullBlemkerMuscle(double, double, double, double, double, double, double) -
Constructor for class artisynth.core.materials.FullBlemkerMuscle
-
- FullPlanarCoupling - Class in maspack.spatialmotion
- Constraints a rigid body to 2D motion (with rotation) in a plane.
- FullPlanarCoupling() -
Constructor for class maspack.spatialmotion.FullPlanarCoupling
-
- FullPlanarJoint - Class in artisynth.core.mechmodels
- Auxiliary class used to solve constrained rigid body problems.
- FullPlanarJoint() -
Constructor for class artisynth.core.mechmodels.FullPlanarJoint
-
- FullPlanarJoint(RigidBody, RigidTransform3d, RigidBody, RigidTransform3d) -
Constructor for class artisynth.core.mechmodels.FullPlanarJoint
-
- FullPlanarJoint(RigidBody, RigidTransform3d, RigidTransform3d) -
Constructor for class artisynth.core.mechmodels.FullPlanarJoint
-
- fullscreen() -
Method in class artisynth.core.renderables.HudPrintStream
- Makes the HUD full-screen according to the viewer's current height
- Function1x3 - Class in maspack.function
-
- Function1x3() -
Constructor for class maspack.function.Function1x3
-
- Function3x1 - Interface in maspack.function
-
- Function3x3 - Class in maspack.function
-
- Function3x3() -
Constructor for class maspack.function.Function3x3
-
- FunctionTimer - Class in maspack.util
- Class to measure the elapsed time between events, as marked by calls to the
start
and stop
methods. - FunctionTimer() -
Constructor for class maspack.util.FunctionTimer
- Create a new FunctionTimer
- FungMaterial - Class in artisynth.core.materials
-
- FungMaterial() -
Constructor for class artisynth.core.materials.FungMaterial
-
- FungMaterial(double, double, double, double, double, double, double, double, double, double, double) -
Constructor for class artisynth.core.materials.FungMaterial
-
cell
for each host.
cell
for each host.
analyze()
call.
getBilateralConstraints()
.
SkinMesh.FrameInfo.getDeltaPose()
.
getBlockCCSIndices(int[],int[],Partition)
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
numRows
rows and the first numCols
columns.
numRows
rows and the first numCols
columns.
numRows
rows and the first numCols
columns.
numRows
rows and the first numCols
columns.
numRows
rows and the first numCols
columns.
numRows
rows and the first numCols
columns.
numRows
rows and the first numCols
columns.
numRows
rows and the
first numCols
columns.
numRows
rows and the first numCols
columns.
numRows
rows and the first numCols
columns.
low <= ch <= high
.
faces
corresponding to the closest face
at this point in phi
.
Color
objects
Vector
.
Vector
.
Vector
.
numRows
rows and the
first numCols
columns.
numRows
rows and the
first numCols
columns.
numRows
rows and the
first numCols
columns.
numRows
rows and the
first numCols
columns.
numRows
rows and the
first numCols
columns.
numRows
rows and the
first numCols
columns.
numRows
rows and the
first numCols
columns.
numRows
rows and the
first numCols
columns.
numRows
rows and the
first numCols
columns.
numRows
rows and the
first numCols
columns.
toString
.
toString
.
toString
.
Property.VoidValue
if there is not default value.
getEigenValues
.
analyze()
,
factor()
, or iterativeSolve()
methods,
or null
if the method succeeded.
ex
vector with current excitation
values starting at index idx
BVFeatureQuery.isInsideOrientedMesh(PolygonalMesh,Point3d,double)
or
BVFeatureQuery.isInsideOrientedMesh(BVTree,Point3d,double)
,
returns the nearest face
that was used to resolve whether or not the query point is actually
inside the mesh.
factor()
and solve()
calls.
idx
-th property
in this probe, or null if there is no such property.
null
if no error occurred.
state
.
localCopy
or source
(according to options).
Minv
to the inverse of the mass matrix M
.
KeyPair
used in this Identity
.
null
if no directory is set).
M
to the current value of the mass matrix for this
system, evaluated at time t
.
BVFeatureQuery.isInsideMesh(maspack.geometry.PolygonalMesh, maspack.matrix.Point3d)
.
H
and b
.
solve
.
solve
.
factor()
call).
factor()
call).
factor()
call).
solve()
.
analyze()
call.
idx
-th point associated with this element.
null
if the
property does not have any range limits (i.e., if
any value of appropriate type specified to Property.get()
is valid.
solve
.
solve
.
FileGrabber.getRemote(String, String)
with dest=null
FileGrabber.getRemote(File, URIx)
with dest=null
Vector
.
Vector
.
Vector
.
list
the component (or components) associated with
the qid
-th selection query issued by this component's render
method.
list
the component (or components) associated with
the qid
-th selection query issued by this component's render
method.
list
the component (or components) associated with
the qid
-th selection query issued by this component's render
method.
FileGrabber.staticGet(File, URIx)
.
v1
.
idxs
, and places them in v1
.
H
and b
with this motion term
true
if token printing is enabled in the
scanfull()
method.
FileTransferListener
s.
getUnilateralConstraints()
.
v1
.
v1
.
Property
objects.true
if two components have a common ancestor.
BinaryHeap
with given data capacity/maximum data
array size
BinaryHeap
according to the supplied parameters
initialize()
method.
initialize()
method.
initialize()
method.
initialize()
method.
initialize()
method.
initialize()
method.
initialize()
method.
initialize()
method.
initialize()
method.
initialize()
method.
(1-r) q1 + r q2
and places the
result in this quaternion.
(1-r) this + r q1
and places the
result in this quaternion.
(1-s) v1 + s v2
and places the
result in this vector.
(1-s) this + s v1
and places the
result in this vector.
(1-s) v1 + s v2
and places the
result in this vector.
(1-s) this + s v1
and places the
result in this vector.
(1-s) v1 + s v2
and places the
result in this vector.
(1-s) this + s v1
and places the
result in this vector.
(1-s) v1 + s v2
and places the
result in this vector.
(1-s) this + s v1
and places the
result in this vector.
(1-s) v1 + s v2
and places the
result in this vector.
(1-s) this + s v1
and places the
result in this vector.
n^T x - d >= 0
.
PolygonalMesh
with a plane, returning the set of
intersection contours.
IntHolder
with an initial value of 0.
IntHolder
with a specific initial value.
comp2
is connected to the same
component hierarchy as comp1
.
hw1
and
hw2
are disjoint.
hw1
and
hw2
are disjoint.
setFixed
.
inheritable
property.
inheritable
property.
true
if this stream converts its input from
little-endian where appropriate.
true
if this stream converts it's output to
little-endian where appropriate.
s
is selectable in the current selection
context.
SubMatrixNd
.
propName
associated with the specified host.
setUseVertexColoring
.
true
if this component should in fact be written to
secondary storage.
true
if this component should in fact be written to
secondary storage.
true
if this component should in fact be written to
secondary storage.
true
if this component should in fact be written to
secondary storage.
true
if this component should in fact be written to
secondary storage.
true
if this component should in fact be written to
secondary storage.
true
if this component should in fact be written to
secondary storage.
true
if this component should in fact be written to
secondary storage.
PardisoSolver.iterativeSolve(double[],double[],int)
that uses VectorNd
objects
to store to the result and right-hand side.
b
.
b
.
LongHolder
with an initial value of 0.
LongHolder
with a specific initial value.
n
.
hierarchyContainsDependencies()
returns true
.
ref
argument in its
scan
and
write
routines.vtx
.
printf
function.%g
.
low <= ch <= high
to be
numeric extension characters.
numRows
rows and the first numCols
columns.
numRows
rows and the first numCols
columns.
numRows
rows and the first numCols
columns.
render
method), then this method should
return the maximum number of selection queries that will be
required.
render
method), then this method should
return the maximum number of selection queries that will be
required.
render
method), then this method should
return the maximum number of selection queries that will be
required.
ObjectHolder
with an initial value of
null
.
ObjectHolder
with a specific initial
value.
i
.
low <= ch <= high
to be
"ordinary".
i
.
n
.
PointMesh.write(PrintWriter,NumberFormat,boolean)
.
PolygonalMesh.write(PrintWriter,NumberFormat,boolean)
.
PolygonalMesh.write(PrintWriter,NumberFormat,boolean)
.
PolylineMesh.write(PrintWriter,NumberFormat,boolean)
.
advance()
method, after all position and velocity state has been
advanced.
ancestor
, and locates
and returns the property.
ancestor
, locates
the referenced component, verifies that it is an instance of
clazz
, and returns it.
preadvance()
method.
TimeBase.round(double)
.
nextToken
.
num
points whose x, y, and
z values are each randomly chosen to lie within a specified
range, and then clipped to a maximum absolute
value.
num
points whose x, y, and
z values are randomly chosen within a given range.
num
points whose x, y, and
z values are randomly chosen to lie within a sphere.
read(Reader)
.
len
bytes from an input stream and stores them in
buf
starting at off
.
c
.
c
, essentially performing an intersection.
t
to the nearst TimeBase.PRECISION
seconds.
s
.
s
.
s
.
s
and places the
results in this vector.
s
.
s
.
s
and places the
results in this matrix.
s
.
s
.
s
.
s
and places the
results in this matrix.
s
.
s
and places the
results in this vector.
s
.
s
.
s
.
s
.
s
and places the
results in this matrix.
s
.
s
.
s
and places the
results in this matrix.
s
.
s
.
s
.
s
and places the
results in this matrix.
s
.
r
.
r
and places the
results in this quaternion.
s
.
s
and places the
results in this matrix.
s
and places the
results in this matrix.
s
.
s
.
s
and places the
results in this vector.
s
.
s
and places the
results in this matrix.
s
.
s
and places the
results in this vector.
s
.
s
and places the
results in this vector.
s
.
s
and places the
results in this vector.
s
.
s
and places the
results in this vector.
s
.
s
and places the
results in this vector.
s
and places the results
in this spatial inertia.
s
in place.
s
.
s v1
and adds the result to this matrix.
s v1
and adds the result to this matrix.
r q1
and add the result to this quaternion.
r q1 + q2
and places the result in this
quaternion.
s v1 + v2
and places the result in this vector.
s v1
and adds the result to this vector.
s v1
and adds the result to this vector.
s v1 + v2
and places the result in this vector.
s v1 + v2
and places the result in this vector.
s v1
and adds the result to this vector.
s v1
and adds the result to this vector.
s v1 + v2
and places the result in this vector.
s v1 + v2
and places the result in this vector.
s v1
and adds the result to this vector.
s v1
and adds the result to this vector.
StringToken
, and return
true
.
StringToken
, and return
true
.
[
]
.
[
]
,
and returns them in an array.
[
]
.
[
]
,
and returns them in an array.
[
]
.
[
]
,
and returns them in an array.Values which exceed the allowed range for
integers will be truncated in the high order bits.
[ ]
.
[ ]
, and returns them in an array.
[ ]
, and returns them as an array of Strings.
[ ]
.
[ ]
, and returns them in an array.
[ ]
,
and returns them as an array of Strings.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
SparseBlockMatrix
.
low <= ch <= high
.
Vector
.
Vector
.
Vector
.
toString
.
toString
.
toString
.
distance
fields within the info
array to the dot product of wrenchC
with err
,
and sets the dotWrenchC
fields to 0.
ex
vector
starting at index idx
.
lookat
method.
PLAIN, BOLD, ITALIC, BOLD_ITALIC
.
LEFT, CENTRE, RIGHT
InertiaMethod
method used to
determine the inertia for this RigidBody.
InertiaMethod
method used to
determine the inertia for this RigidBody.
BVFeatureQuery.isInsideMesh(maspack.geometry.PolygonalMesh, maspack.matrix.Point3d)
.
H
and b
by the Frobenius norm of this term's H
block.
Vector
.
Vector
.
Vector
.
FileGrabber.staticGet(File, URIx)
.
idxs
, to the values of v1
.
scanfull()
method, before postscan()
is called.
TOP, CENTRE, BOTTOM
PointAttachment
.n
bytes from this stream.
//
and the next line.
/*
and
*/
.
solve
, but uses arrays
instead of VectorNd and MatrixNd objects to pass arguments.
Matrix
.start
, using the supplied voronoi and distance arrays
instead of this object's internal version.
start
or restart
was called to the elapsed
time.
StringHolder
with an initial value of
null
.
StringHolder
with a specific initial
value.
printf
style format string.
printf
style as decribed by
the parameter NumberFormat
.
printf
style format as decribed by the
parameter NumberFormat
.
getDefaultFormat
.
printf
style format string.
printf
style format as decribed by the
parameter NumberFormat
.
printf
style format as decribed by the
parameter NumberFormat
.
getDefaultFormat
.
printf
style format string.
printf
style format as decribed by the
parameter NumberFormat
.
getDefaultFormat
.
printf
style format string.
printf
style format as decribed by the
parameter NumberFormat
.
MATRIX_STRING
.
MATRIX_STRING
, with each number formatted according to a
supplied numeric format.
printf
style format as decribed by the
parameter NumberFormat
.
nextToken
.
updateConstraints()
indicating
that contact information should be updated.
t
.
SkinMesh.FrameInfo.getDeltaPose()
, and, for
non-linear blending, SkinMesh.FrameInfo.getBlendQuaternion()
.
true
if this stream uses byte-length characters as
opposed to 2-byte word characters.
true
if this stream uses byte-length characters as
opposed to 2-byte word characters.
setValue
.
Property.VoidValue
).
Vector
.VerticalGridLayout
class is a layout manager that lays out
a container's components in a rectangular grid.low <= ch <= high
to
"whitespace" characters.
low <= ch <= high
to be
"word" characters.
read(File)
.
NumericInputProbe.read(File)
.
read
method for this object.
read
method for this object.
read
method for this object.
read
method for this object.
read
method for this object.
PointMesh.write(PrintWriter,NumberFormat,boolean)
.
PolylineMesh.write(PrintWriter,NumberFormat,boolean)
.
numRows
rows and the first numCols
columns.
numRows
rows and the first numCols
columns.
len
byte values from data
to this stream,
starting at off
.
[
]
,
to a PrintWriter.
[
]
,
to a PrintWriter.
[
]
,
to a PrintWriter.
[
]
,
to a PrintWriter.
[
]
,
to a PrintWriter.
[
]
,
to a PrintWriter.
[ ]
, to a PrintWriter.
[ ]
, to a PrintWriter.
writeNonDefaultProps(host,pw,fmt)
but also takes an optional array of property names which are
to be excluded.
[ ]
, to a PrintWriter.
[ ]
, to a PrintWriter.
"
, formatted
using the routine getQuotedString
.
i
.
i
.
n
.
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