| Modifier and Type | Method | Description |
|---|---|---|
default void |
AxisAngleReadOnly.inverseTransform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transform to the matrix
matrixOriginal by this orientation
and stores the result in matrixTransformed . |
default void |
AxisAngleReadOnly.transform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the matrix
matrixOriginal by this orientation and stores the result in
matrixTransformed . |
| Constructor | Description |
|---|---|
NotAMatrix2DException(Matrix3DReadOnly matrix) |
Constructs an
NotAMatrix2DException with a default detail message outputting the given
matrix coefficients. |
NotARotationMatrixException(Matrix3DReadOnly matrix) |
Constructs an
NotARotationMatrixException with a default detail message outputting the
given matrix coefficients. |
NotARotationScaleMatrixException(Matrix3DReadOnly matrix) |
Constructs an
NotARotationScaleMatrixException with a default detail message
outputting the given matrix coefficients. |
SingularMatrixException(Matrix3DReadOnly matrix) |
Constructs an
SingularMatrixException with a default detail message outputting the
given matrix coefficients. |
| Modifier and Type | Class | Description |
|---|---|---|
class |
Matrix3D |
A
Matrix3D is a 3-by-3 matrix used for general linear applications. |
class |
RotationMatrix |
A
RotationMatrix is a 3-by-3 matrix used to represent 3d orientations. |
class |
RotationScaleMatrix |
A
RotationScaleMatrix is a 3-by-3 matrix that represents a 3D orientation times a
diagonal matrix holding on scale factors. |
| Modifier and Type | Method | Description |
|---|---|---|
void |
Matrix3D.add(Matrix3DReadOnly other) |
Performs a per-component addition onto the coefficients of this matrix.
|
void |
Matrix3D.add(Matrix3DReadOnly matrix1,
Matrix3DReadOnly matrix2) |
Sets this matrix coefficients to the per-component sum of the two given matrices.
|
void |
Matrix3D.inverseTransform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transforms to the given 3D matrix
matrixOriginal by this
matrix and stores the result in matrixTransformed . |
void |
Matrix3D.multiply(Matrix3DReadOnly other) |
Performs a matrix multiplication on this.
|
void |
Matrix3D.multiplyInvertOther(Matrix3DReadOnly other) |
Performs a matrix multiplication on this.
|
void |
Matrix3D.multiplyInvertThis(Matrix3DReadOnly other) |
Performs a matrix multiplication on this.
|
void |
Matrix3D.multiplyTransposeBoth(Matrix3DReadOnly other) |
Performs a matrix multiplication on this.
|
void |
Matrix3D.multiplyTransposeOther(Matrix3DReadOnly other) |
Performs a matrix multiplication on this.
|
void |
Matrix3D.multiplyTransposeThis(Matrix3DReadOnly other) |
Performs a matrix multiplication on this.
|
void |
Matrix3D.preMultiply(Matrix3DReadOnly other) |
Performs a matrix multiplication on this.
|
void |
Matrix3D.preMultiplyInvertOther(Matrix3DReadOnly other) |
Performs a matrix multiplication on this.
|
void |
Matrix3D.preMultiplyInvertThis(Matrix3DReadOnly other) |
Performs a matrix multiplication on this.
|
void |
Matrix3D.preMultiplyTransposeBoth(Matrix3DReadOnly other) |
Performs a matrix multiplication on this.
|
void |
Matrix3D.preMultiplyTransposeOther(Matrix3DReadOnly other) |
Performs a matrix multiplication on this.
|
void |
Matrix3D.preMultiplyTransposeThis(Matrix3DReadOnly other) |
Performs a matrix multiplication on this.
|
void |
RotationScaleMatrix.set(Matrix3DReadOnly rotationMatrix,
double scale) |
Sets the rotation part to the
rotationMatrix and all three scale factors to
scale . |
void |
RotationScaleMatrix.set(Matrix3DReadOnly rotationMatrix,
double scaleX,
double scaleY,
double scaleZ) |
Sets the rotation part to the
rotationMatrix and all three scale factors to
scaleX , scaleY , and scaleZ . |
void |
RotationScaleMatrix.set(Matrix3DReadOnly rotationMatrix,
Tuple3DReadOnly scales) |
Sets the rotation part to the
rotationMatrix and all three scale factors to
scales . |
void |
Matrix3D.setAndInvert(Matrix3DReadOnly other) |
Set this matrix to the inverse of the other matrix.
|
void |
RotationMatrix.setAndInvert(Matrix3DReadOnly matrix) |
Sets this rotation matrix to the invert of the given
matrix . |
void |
Matrix3D.setAndMultiplyOuter(Matrix3DReadOnly other) |
Sets this matrix to be equal to the outer-product of
other . |
void |
Matrix3D.setAndNegate(Matrix3DReadOnly other) |
Sets this matrix to
other and then calls Matrix3D.negate() . |
void |
Matrix3D.setAndNormalize(Matrix3DReadOnly other) |
Sets this matrix to equal the other matrix and then normalizes this, see
Matrix3D.normalize() . |
void |
RotationMatrix.setAndNormalize(Matrix3DReadOnly matrix) |
Sets this rotation matrix to equal the 3D matrix
matrix and then normalizes this . |
void |
Matrix3D.setAndTranspose(Matrix3DReadOnly other) |
Sets this matrix to equal the other matrix and then transposes this.
|
void |
RotationMatrix.setAndTranspose(Matrix3DReadOnly matrix) |
Sets this rotation matrix to the transpose of the given
matrix . |
void |
RotationScaleMatrix.setRotation(Matrix3DReadOnly rotationMatrix) |
Sets the rotation part to
rotationMatrix . |
void |
Matrix3D.sub(Matrix3DReadOnly other) |
Performs a per-component subtraction onto the coefficients of this matrix.
|
void |
Matrix3D.sub(Matrix3DReadOnly matrix1,
Matrix3DReadOnly matrix2) |
Sets this matrix coefficients to the per-component difference of the two given matrices.
|
void |
Matrix3D.transform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the given 3D matrix
matrixOriginal by this matrix and stores the result in
matrixTransformed . |
| Constructor | Description |
|---|---|
Matrix3D(Matrix3DReadOnly other) |
Creates a new 3D matrix that is the same as
other . |
RotationMatrix(Matrix3DReadOnly rotationMatrix) |
Creates a new rotation matrix that is the same as
rotationMatrix . |
RotationScaleMatrix(Matrix3DReadOnly rotationScaleMatrix) |
Creates a new rotation-scale matrix that is the same as
rotationScaleMatrix . |
| Modifier and Type | Interface | Description |
|---|---|---|
interface |
Matrix3DBasics |
Write and read interface for a 3-by-3 matrix object.
|
interface |
RotationMatrixReadOnly |
Read interface used for 3-by-3 rotation matrices.
|
interface |
RotationScaleMatrixReadOnly |
Read interface for 3-by-3 rotation-scale matrices.
|
| Modifier and Type | Method | Description |
|---|---|---|
default boolean |
Matrix3DReadOnly.epsilonEquals(Matrix3DReadOnly other,
double epsilon) |
Tests on a per coefficient basis if this matrix is equal to the given
other to an
epsilon . |
default boolean |
Matrix3DReadOnly.equals(Matrix3DReadOnly other) |
Tests on a per component basis if this matrix is exactly equal to
other . |
void |
Matrix3DReadOnly.inverseTransform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transforms to the given 3D matrix
matrixOriginal by this
matrix and stores the result in matrixTransformed . |
default void |
RotationMatrixReadOnly.inverseTransform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transforms to the given 3D matrix
matrixOriginal by this
matrix and stores the result in matrixTransformed . |
default void |
RotationScaleMatrixReadOnly.inverseTransform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transforms to the given 3D matrix
matrixOriginal by this
matrix and stores the result in matrixTransformed . |
default void |
Matrix3DBasics.set(Matrix3DReadOnly other) |
Sets this matrix to
other . |
void |
Matrix3DReadOnly.transform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the given 3D matrix
matrixOriginal by this matrix and stores the result in
matrixTransformed . |
default void |
RotationMatrixReadOnly.transform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the given 3D matrix
matrixOriginal by this matrix and stores the result in
matrixTransformed . |
default void |
RotationScaleMatrixReadOnly.transform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the given 3D matrix
matrixOriginal by this matrix and stores the result in
matrixTransformed . |
| Modifier and Type | Method | Description |
|---|---|---|
void |
Orientation3DReadOnly.inverseTransform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transform to the matrix
matrixOriginal by this orientation
and stores the result in matrixTransformed . |
void |
Orientation3DReadOnly.transform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the matrix
matrixOriginal by this orientation and stores the result in
matrixTransformed . |
| Modifier and Type | Method | Description |
|---|---|---|
static void |
Matrix3DTools.addTransform(Matrix3DReadOnly matrix,
Tuple3DReadOnly tupleOriginal,
Tuple3DBasics tupleTransformed) |
Performs a transformation of
tupleOriginal using the given matrix and add the result to
tupleTransformed : |
static void |
EuclidCoreTestTools.assertIdentity(java.lang.String messagePrefix,
Matrix3DReadOnly matrixToAssert,
double epsilon) |
Asserts on a per coefficient basis that this matrix is equal to identity to an
epsilon . |
static void |
EuclidCoreTestTools.assertIdentity(java.lang.String messagePrefix,
Matrix3DReadOnly matrixToAssert,
double epsilon,
java.lang.String format) |
Asserts on a per coefficient basis that this matrix is equal to identity to an
epsilon . |
static void |
EuclidCoreTestTools.assertIdentity(Matrix3DReadOnly matrixToAssert,
double epsilon) |
Asserts on a per coefficient basis that this matrix is equal to identity to an
epsilon . |
static void |
EuclidCoreTestTools.assertMatrix3DContainsOnlyNaN(java.lang.String messagePrefix,
Matrix3DReadOnly matrixToAssert) |
Asserts that the given matrix contains on
Double.NaN . |
static void |
EuclidCoreTestTools.assertMatrix3DContainsOnlyNaN(Matrix3DReadOnly matrixToAssert) |
Asserts that the given matrix contains on
Double.NaN . |
static void |
EuclidCoreTestTools.assertMatrix3DEquals(java.lang.String messagePrefix,
Matrix3DReadOnly expected,
Matrix3DReadOnly actual,
double epsilon) |
Asserts on a per component basis that the two matrices are equal to an
epsilon . |
static void |
EuclidCoreTestTools.assertMatrix3DEquals(java.lang.String messagePrefix,
Matrix3DReadOnly expected,
Matrix3DReadOnly actual,
double epsilon,
java.lang.String format) |
Asserts on a per component basis that the two matrices are equal to an
epsilon . |
static void |
EuclidCoreTestTools.assertMatrix3DEquals(Matrix3DReadOnly expected,
Matrix3DReadOnly actual,
double epsilon) |
Asserts on a per component basis that the two matrices are equal to an
epsilon . |
static void |
EuclidCoreTestTools.assertRotationMatrix(java.lang.String messagePrefix,
Matrix3DReadOnly matrixToAssert,
double epsilon) |
Asserts that this matrix is a rotation matrix.
|
static void |
EuclidCoreTestTools.assertRotationMatrix(java.lang.String messagePrefix,
Matrix3DReadOnly matrixToAssert,
double epsilon,
java.lang.String format) |
Asserts that this matrix is a rotation matrix.
|
static void |
EuclidCoreTestTools.assertRotationMatrix(Matrix3DReadOnly matrixToAssert,
double epsilon) |
Asserts that this matrix is a rotation matrix.
|
static void |
EuclidCoreTestTools.assertSkewSymmetric(java.lang.String messagePrefix,
Matrix3DReadOnly matrixToAssert,
double epsilon) |
Asserts that the given matrix is skew-symmetric:
|
static void |
EuclidCoreTestTools.assertSkewSymmetric(java.lang.String messagePrefix,
Matrix3DReadOnly matrixToAssert,
double epsilon,
java.lang.String format) |
Asserts that the given matrix is skew-symmetric:
|
static void |
EuclidCoreTestTools.assertSkewSymmetric(Matrix3DReadOnly matrixToAssert,
double epsilon) |
Asserts that the given matrix is skew-symmetric:
|
static double |
TransformationTools.computeTransformedX(Matrix3DReadOnly matrix,
boolean transpose,
double x,
double y,
double z) |
Computes and returns the x-coordinate resulting from the transformation of
tupleOriginal
by matrix . |
static double |
TransformationTools.computeTransformedX(Matrix3DReadOnly matrix,
boolean transpose,
Tuple3DReadOnly tupleOriginal) |
Computes and returns the x-coordinate resulting from the transformation of
tupleOriginal
by matrix . |
static double |
TransformationTools.computeTransformedY(Matrix3DReadOnly matrix,
boolean transpose,
double x,
double y,
double z) |
Computes and returns the y-coordinate resulting from the transformation of
tupleOriginal
by matrix . |
static double |
TransformationTools.computeTransformedY(Matrix3DReadOnly matrix,
boolean transpose,
Tuple3DReadOnly tupleOriginal) |
Computes and returns the y-coordinate resulting from the transformation of
tupleOriginal
by matrix . |
static double |
TransformationTools.computeTransformedZ(Matrix3DReadOnly matrix,
boolean transpose,
double x,
double y,
double z) |
Computes and returns the z-coordinate resulting from the transformation of
tupleOriginal
by matrix . |
static double |
TransformationTools.computeTransformedZ(Matrix3DReadOnly matrix,
boolean transpose,
Tuple3DReadOnly tupleOriginal) |
Computes and returns the z-coordinate resulting from the transformation of
tupleOriginal
by matrix . |
static boolean |
Matrix3DFeatures.epsilonEquals(Matrix3DReadOnly m1,
Matrix3DReadOnly m2,
double epsilon) |
Tests on a per component basis if the two given matrices are equal to an
epsilon . |
static boolean |
Matrix3DFeatures.equals(Matrix3DReadOnly m1,
Matrix3DReadOnly m2) |
Tests on a per coefficient basis if the two matrices
m1 and m2 are exactly
equal. |
static java.lang.String |
EuclidCoreIOTools.getMatrixString(java.lang.String format,
Matrix3DReadOnly matrix) |
Gets a representative
String of matrix given a specific format to use. |
static java.lang.String |
EuclidCoreIOTools.getMatrixString(Matrix3DReadOnly matrix) |
Gets a representative
String of matrix as follows: |
static void |
AxisAngleTools.inverseTransform(AxisAngleReadOnly axisAngle,
Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transform of the matrix
matrixOriginal using
axisAngle and stores the result in matrixTransformed . |
static void |
Matrix3DTools.inverseTransform(Matrix3DReadOnly matrix,
Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Undoes the transformation on
matrixOriginal using matrix and stores the result in
matrixTransformed : |
static void |
Matrix3DTools.inverseTransform(Matrix3DReadOnly matrix,
Tuple2DReadOnly tupleOriginal,
Tuple2DBasics tupleTransformed,
boolean checkIfTransformInXYPlane) |
Undoes the transformation of
tupleOriginal using the given matrix and stores the result
in tupleTransformed : |
static void |
Matrix3DTools.inverseTransform(Matrix3DReadOnly matrix,
Tuple3DReadOnly tupleOriginal,
Tuple3DBasics tupleTransformed) |
Undoes the transformation of
tupleOriginal using the given matrix and stores the result
in tupleTransformed : |
static void |
Matrix3DTools.inverseTransform(Matrix3DReadOnly matrix,
Vector4DReadOnly vectorOriginal,
Vector4DBasics vectorTransformed) |
Undoes the transformation on the vector part of
vectorOriginal using the given matrix and
stores the result in vectorTransformed : |
static void |
QuaternionTools.inverseTransform(QuaternionReadOnly quaternion,
Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transform of the matrix
matrixOriginal using
quaternion and stores the result in matrixTransformed . |
static boolean |
Matrix3DTools.invert(Matrix3DReadOnly matrix,
Matrix3D inverseToPack) |
Computes the inverse of
matrix and stores the result in inverseToPack . |
static void |
Matrix3DTools.multiply(Matrix3DReadOnly m1,
Matrix3DReadOnly m2,
Matrix3D matrixToPack) |
Performs the multiplication:
m1 * m2 and stores the result in
matrixToPack . |
static void |
Matrix3DTools.multiplyInvertBoth(Matrix3DReadOnly m1,
Matrix3DReadOnly m2,
Matrix3D matrixToPack) |
Performs the multiplication:
m1 -1 * m2 -1 and stores the
result in matrixToPack . |
static void |
Matrix3DTools.multiplyInvertLeft(Matrix3DReadOnly m1,
Matrix3DReadOnly m2,
Matrix3D matrixToPack) |
Performs the multiplication:
m1 -1 * m2 and stores the result in
matrixToPack . |
static void |
Matrix3DTools.multiplyInvertLeft(RotationMatrixReadOnly m1,
Matrix3DReadOnly m2,
Matrix3D matrixToPack) |
Performs the multiplication:
m1 -1 * m2 and stores the result in
matrixToPack . |
static void |
Matrix3DTools.multiplyInvertLeft(RotationScaleMatrixReadOnly m1,
Matrix3DReadOnly m2,
Matrix3D matrixToPack) |
Performs the multiplication:
m1 -1 * m2 and stores the result in
matrixToPack . |
static void |
Matrix3DTools.multiplyInvertRight(Matrix3DReadOnly m1,
Matrix3DReadOnly m2,
Matrix3D matrixToPack) |
Performs the multiplication:
m1 * m2 -1 and stores the result in
matrixToPack . |
static void |
Matrix3DTools.multiplyInvertRight(Matrix3DReadOnly m1,
RotationMatrixReadOnly m2,
Matrix3D matrixToPack) |
Performs the multiplication:
m1 * m2 -1 and stores the result in
matrixToPack . |
static void |
Matrix3DTools.multiplyInvertRight(Matrix3DReadOnly m1,
RotationScaleMatrixReadOnly m2,
Matrix3D matrixToPack) |
Performs the multiplication:
m1 * m2 -1 and stores the result in
matrixToPack . |
static void |
Matrix3DTools.multiplyTransposeBoth(Matrix3DReadOnly m1,
Matrix3DReadOnly m2,
Matrix3D matrixToPack) |
Performs the multiplication:
m1 T * m2 T and stores the
result in matrixToPack . |
static void |
Matrix3DTools.multiplyTransposeLeft(Matrix3DReadOnly m1,
Matrix3DReadOnly m2,
Matrix3D matrixToPack) |
Performs the multiplication:
m1 T * m2 and stores the result in
matrixToPack . |
static void |
Matrix3DTools.multiplyTransposeRight(Matrix3DReadOnly m1,
Matrix3DReadOnly m2,
Matrix3D matrixToPack) |
Performs the multiplication:
m1 * m2 T and stores the result in
matrixToPack . |
static void |
Matrix3DTools.subTransform(Matrix3DReadOnly matrix,
Tuple3DReadOnly tupleOriginal,
Tuple3DBasics tupleTransformed) |
Performs a transformation of
tupleOriginal using the given matrix and subtract the result
to tupleTransformed : |
static void |
AxisAngleTools.transform(AxisAngleReadOnly axisAngle,
Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the matrix
matrixOriginal using axisAngle and stores the result in
matrixTransformed . |
static void |
Matrix3DTools.transform(Matrix3DReadOnly matrix,
Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs a transformation of
matrixOriginal using matrix and stores the result in
matrixTransformed : |
static void |
Matrix3DTools.transform(Matrix3DReadOnly matrix,
Tuple2DReadOnly tupleOriginal,
Tuple2DBasics tupleTransformed,
boolean checkIfTransformInXYPlane) |
Performs a transformation of
tupleOriginal using the given matrix and stores the result
in tupleTransformed : |
static void |
Matrix3DTools.transform(Matrix3DReadOnly matrix,
Tuple3DReadOnly tupleOriginal,
Tuple3DBasics tupleTransformed) |
Performs a transformation of
tupleOriginal using the given matrix and stores the result
in tupleTransformed : |
static void |
Matrix3DTools.transform(Matrix3DReadOnly matrix,
Vector4DReadOnly vectorOriginal,
Vector4DBasics vectorTransformed) |
Performs a transformation on the vector part of
vectorOriginal using the given matrix and
stores the result in vectorTransformed : |
static void |
QuaternionTools.transform(QuaternionReadOnly quaternion,
Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the matrix
matrixOriginal using quaternion and stores the result in
matrixTransformed . |
(package private) static void |
QuaternionTools.transformImpl(double qx,
double qy,
double qz,
double qs,
boolean conjugateQuaternion,
Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the matrix
matrixOriginal using quaternion and stores the result in
matrixTransformed . |
| Modifier and Type | Method | Description |
|---|---|---|
void |
AffineTransform.inverseTransform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transform on the given matrix
matrixOriginal and stores
the result in matrixTransformed . |
void |
QuaternionBasedTransform.inverseTransform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transform on the given matrix
matrixOriginal and stores
the result in matrixTransformed . |
void |
RigidBodyTransform.inverseTransform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transform on the given matrix
matrixOriginal and stores
the result in matrixTransformed . |
void |
AffineTransform.set(Matrix3DReadOnly rotationMatrix,
double scaleX,
double scaleY,
double scaleZ,
Tuple3DReadOnly translation) |
Sets the rotation, scale, and translation parts of this transform separately.
|
void |
AffineTransform.set(Matrix3DReadOnly rotationMatrix,
double scale,
Tuple3DReadOnly translation) |
Sets the rotation, scale, and translation parts of this transform separately.
|
void |
AffineTransform.set(Matrix3DReadOnly rotationScaleMatrix,
Tuple3DReadOnly translation) |
Sets the rotation-scale and translation parts of this transform separately.
|
void |
AffineTransform.set(Matrix3DReadOnly rotationMatrix,
Tuple3DReadOnly scales,
Tuple3DReadOnly translation) |
Sets the rotation, scale, and translation parts of this transform separately.
|
void |
RigidBodyTransform.set(Matrix3DReadOnly rotationMatrix,
Tuple3DReadOnly translation) |
Sets the rotation and translation parts of this transform separately.
|
void |
AffineTransform.setRotation(Matrix3DReadOnly rotationMatrix) |
Sets the rotation part of this transform to the given matrix.
|
void |
RigidBodyTransform.setRotation(Matrix3DReadOnly rotationMatrix) |
Sets the rotation part of this transform to the given matrix.
|
void |
RigidBodyTransform.setRotationAndZeroTranslation(Matrix3DReadOnly rotationMatrix) |
Sets the rotation part of this transform to the given matrix and sets the translation part to
zero.
|
void |
AffineTransform.transform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the given
matrixOriginal by this transform and stores the result in
matrixTransformed . |
void |
QuaternionBasedTransform.transform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the given
matrixOriginal by this transform and stores the result in
matrixTransformed . |
void |
RigidBodyTransform.transform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the given
matrixOriginal by this transform and stores the result in
matrixTransformed . |
| Modifier and Type | Method | Description |
|---|---|---|
void |
Transform.inverseTransform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transform on the given matrix
matrixOriginal and stores
the result in matrixTransformed . |
void |
Transform.transform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the given
matrixOriginal by this transform and stores the result in
matrixTransformed . |
| Modifier and Type | Method | Description |
|---|---|---|
default void |
QuaternionReadOnly.inverseTransform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Performs the inverse of the transform to the matrix
matrixOriginal by this orientation
and stores the result in matrixTransformed . |
default void |
QuaternionReadOnly.transform(Matrix3DReadOnly matrixOriginal,
Matrix3D matrixTransformed) |
Transforms the matrix
matrixOriginal by this orientation and stores the result in
matrixTransformed . |


--- title: Tests to see how to re-map users and items keywords: fastai sidebar: home_sidebar nb_path: "notebooks/02_test_mockdatasets.ipynb" ---
dataset = SynthDatasetGenerator()
dataset.gen_synth_dataset(n_users=6, n_items=6, max_added=2, max_deleted=2, print_added_n_deleted=True)


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Featuring a hero unit for a primary message and three supporting elements.
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A barebones HTML document with all the Bootstrap CSS and javascript included.
Featuring a hero unit for a primary message and three supporting elements.
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Three-dimensional morphology of the network mesophase evolved from C(±Y) surface in a periodic box of 10 × 10 × 10 R G 3 . The unit cell morphology is depicted in plot ( a) by using Matlab in four different angles and its 1/8th piece is shown in plot ( b) by using Mesodyn just to reveal the tripod connections of the channels. A domain as the dispersed phase is only drawn here.


This inspection verifies that FlexUnit test class has public visibility. Non-public classes cannot be run by FlexUnit runner.


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MP: Woman gives birth to baby with two heads, three hands
Babita Ahirwar on Saturday delivered the baby, weighing 3.3 kg and having conjoined heads, three hands and four palms, Vidisha district hospital's civil surgeon Sanjay Khare said.
by PTIA 23-year-old woman has given birth to a boy with two heads and three hands at a hospital in Madhya Pradesh’s Vidisha district, an official said on Monday.
Babita Ahirwar on Saturday delivered the baby, weighing 3.3 kg and having conjoined heads, three hands and four palms, Vidisha district hospital’s civil surgeon Sanjay Khare said.
Soon after birth, the child was kept in the hospital’s Intensive Care Unit (ICU) as he was unwell, the woman’s husband Jaswant Ahirwar said.
But, after his condition deteriorated, he was shifted to a hospital in Bhopal for advanced health care, he said.
Jaswant Ahirwar, a labourer who is a resident of Suja village, located around 60 km from here, said he got married to Babita last year and the boy was their first child.


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{%extends "base.html"%} {%block content%}
Looks like the page you requested does not seem to exist. Please check your url and make sure it is typed correctly
NOTHING HERE !!! navigate back to the home or profile page


{% extends "product/product_base.html" %} {% load bootstrap3 %} {% block content %}
You are about to delete the following product
Are you sure?
| Product name | Type | Category | Purchase Unit of Measurement | Description | Edit | Delete |
|---|---|---|---|---|---|---|
| {{ product.name }} | {{ product.item_type }} | {{ product.category }} | {{ product.purchase_units_of_measurement }} | {{ product.description | safe }} | {% bootstrap_icon 'pencil' %} | {% bootstrap_icon 'minus' %} |


Clone one part (branch, folder, tree) of a Subversion repository
git svn clone URL
Clone an entire SVN repo with tags, trunks, and branches
git svn clone --stdlayout URL
git svn clone --stdlayout http://svn.apache.org/repos/asf/commons/proper/logging/
git svn clone --stdlayout http://ambientideas.unfuddle.com/svn/ambientideas_sample11-svnscm/
or just the trunk
git svn clone http://ambientideas.unfuddle.com/svn/ambientideas_sample11-svnscm/trunk
Get new commits from Subversion
git svn rebase
Push Git commits back to Subversion
git svn dcommit
gitcc
script.gitclearcase initcc
to startgitclearcase pullcc
to push changes back in (checkout, merge, checkin to CC)gitclearcase commitcc
Git fast-import
is a human-readable transport format for recreating repositories. Ben Lynn has written a quick description of fast-import that is helpful to read.
The standard use of fast-import is a one time import of source code history from another version control system. Using sed, awk, grep and similar tools, developers can craft an output to almost any version control system that matches this fast-import file format.
Example export:
blob
mark :1
data 13
Testing
JUNK
blob
mark :2
data 14
Testing2
JUNK
commit refs/heads/master
mark :3
author Matthew McCullough<EMAIL_ADDRESS>1286663588 -0600
committer Matthew McCullough<EMAIL_ADDRESS>1286663588 -0600
data 11
More stuff
M 100644 :1 test1.txt
M 100644 :2 test2.txt
blob
mark :4
data 22
Testing
JUNK
MOREJUNK
blob
mark :5
data 23
Testing2
JUNK
MOREJUNK
commit refs/heads/master
mark :6
author Matthew McCullough<EMAIL_ADDRESS>1286664669 -0600
committer Matthew McCullough<EMAIL_ADDRESS>1286664669 -0600
data 15
Another commit
from :3
M 100644 :4 test1.txt
M 100644 :5 test2.txt
Create a Git repository from this formatted input file:
mkdir importedproject
cd importedproject
git init
git fast-import --date-format=rfc2822 < /myimportfile
and then switch to the master branch after the import with:
git checkout master .
There is an equivalent git fast-export
command that outputs an already-Git repository to this plaintext format. It can be used to study the format and learn how to craft your own import files.
git fast-export HEAD^^..HEAD
You'll likely want to redirect this output to a file.


|
Bullet Collision Detection & Physics Library
|
#include "btTransform.h"
Go to the source code of this file.
Classes | |
| class | btTransformUtil |
| Utils related to temporal transforms. More... | |
| class | btConvexSeparatingDistanceUtil |
| The btConvexSeparatingDistanceUtil can help speed up convex collision detection by conservatively updating a cached separating distance/vector instead of re-calculating the closest distance. More... | |
Macros | |
| #define | ANGULAR_MOTION_THRESHOLD btScalar(0.5) * SIMD_HALF_PI |
Functions | |
| btVector3 | btAabbSupport (const btVector3 &halfExtents, const btVector3 &supportDir) |
| #define ANGULAR_MOTION_THRESHOLD btScalar(0.5) * SIMD_HALF_PI |
Definition at line 19 of file btTransformUtil.h.
Definition at line 21 of file btTransformUtil.h.


Last time, I wrote a post about how to create a RESTful API using Rails and Paperclip. The second part of my task is to figure out a way on how to upload an image taken from my phone’s Camera using Swift.
To send the request, I used NSMutableURLRequest to handle the JSON request
var request = NSMutableURLRequest(URL: NSURL(string: url))
request.HTTPMethod = "POST"
request.addValue("application/json", forHTTPHeaderField: "Content-Type")
request.addValue("application/json", forHTTPHeaderField: "Accept")
To prepare the HTTPBody, I had to encode the image to a Base64 string. This is done through the following:
var imageData = UIImageJPEGRepresentation(image, 0.9)
var base64String = imageData.base64EncodedStringWithOptions(NSDataBase64EncodingOptions.fromRaw(0)!) // encode the image
After doing this, I’ve put the encoded image into a Dictionary in the appropriate parameter. I serialized it into a JSON representation which I assigned to the HTTPBody.
var err: NSError? = nil
var params = ["image":[ "content_type": "image/jpeg", "filename":"test.jpg", "file_data": base64String]]
request.HTTPBody = NSJSONSerialization.dataWithJSONObject(params, options: NSJSONWritingOptions(0), error: &err)!
I used the shared session object to create a task to send the request. I created a request model that I can convert to a MutableURLRequest. You can see how it looks like here.
var session = NSURLSession.sharedSession()
var task = session.dataTaskWithRequest(request.toMutableURLRequest(), completionHandler: { data, response, error -> Void in
var strData = NSString(data: data, encoding: NSUTF8StringEncoding)
var err: NSError?
// process the response
})
task.resume() // this is needed to start the task
After the request has completed, the block I passed via the completionHandler will be executed. From there, I was able to evaluate the response. So that’s how I was able to send the image taken from my phone’s camera to the server.
UPDATE: I modified the post to use UIImageJPEGRepresentation instead of UIImagePNGRepresentation as suggested by Paul Senzee. I also added more detail to make the sample code clearer.


save
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Size of the array:
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Generate New Array!
Sorting visualizer
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Seems your browser doesn't support Javascript! Websocket relies on Javascript being enabled. Please enable Javascript and reload this page!
WebSocket Session Keeping Demo
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Using WebSocket to build an interactive web application
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Draw.FillArc
Syntax
Draw.FillArc (x, y, xRadius, yRadius : int,
| |
|
initialAngle, finalAngle, Color : int) |
Description
The Draw.FillArc procedure is used to draw a filled arc whose center is at (x, y). It then fills in the pie-shaped wedge using the specified Color. To outline a filled arc, use Draw.FillArc with the Color parameter set to the fill color and then Draw.Arc with the Color parameter set to the border color. For initialAngle and finalAngle, which determine the edges of the wedge, zero degrees is "three o'clock" and 90 degrees is "twelve o'clock", etc. The horizontal and vertical distances from the center to the arc are given by xRadius and yRadius.
Example
This program draws a filled semicircle (actually, an approximation to a semicircle) whose center is (midx,0) the bottom center of the screen, in bright red. The maxx and maxy functions are used to determine the maximum x and y values on the screen.
View.Set ("graphics")
const midx := maxx div 2
Draw.FillArc (midx, 0, maxy, maxy, 0, 180, brightred)
Details
The screen must be in a "graphics" mode. See the View.Set procedure for details. If the screen is not in a "graphics" mode, an error will occur.
Status
Exported qualified.
This means that you can only call the function by calling Draw.FillArc, not by calling FillArc.
See also
View.Set, maxx, maxy and the various procedures in the Draw unit.


- FavoritesActivity - Class in com.oprahs_voice.android.movies.activities
-
This class is responsible for controlling the favorites activity of the
application.
- FavoritesActivity() - Constructor for class com.oprahs_voice.android.movies.activities.FavoritesActivity
-
- FavoritesAdapter - Class in com.oprahs_voice.android.movies.data
-
This adapter is responsible for modifying the view to update information
on favorite movies.
- FavoritesAdapter(Context, int, List<Movie>) - Constructor for class com.oprahs_voice.android.movies.data.FavoritesAdapter
-
- FavoritesModel - Class in com.oprahs_voice.android.movies.models.favorites
-
This class has a collection of public methods that retrieve information
about movies saved in the
favorites list of the application.
- FavoritesModel(Context) - Constructor for class com.oprahs_voice.android.movies.models.favorites.FavoritesModel
-
- FDBInterface - Class in com.oprahs_voice.android.movies.interfaces
-
This is an interface that allows for the storage of movie IDs into a
favorite movies database.
- FDBInterface(Context) - Constructor for class com.oprahs_voice.android.movies.interfaces.FDBInterface
-
- FetchMovieData - Class in com.oprahs_voice.android.movies.models.main
-
This class creates a separate thread on which to fetch movie data from
the TMDB server.
- FetchMovieData(Context, int) - Constructor for class com.oprahs_voice.android.movies.models.main.FetchMovieData
-


| BeanShell | bsh.jar | 1.3 | License | Provides scripting support. |
| Jakarta ORO | jakarta-oro.jar | 2.0.8 | License | Provides regular expression support. |
| Helma XML-RPC | xmlrpc.jar | 1.1 |
License Additional Sub-licenses: SAX, MINML |
Provides XML-RPC client and server support. Minor modifications specific to JOE have been made to the XmlRpcClient class. |
| XP | xp.jar | 0.5 | License | Provides XML parsing support. |
| Jazzy | jazzy-core.jar | 0.5 | Jazzy is licensed under the LGPL (Lesser Gnu Public License) | Provides spell checking support. Has minor modifications. |


|
PyFlow
|
Python builtin math module wrapper. More...
Public Member Functions | |
| def | __init__ (self) |
| def | ceil (a=(DataTypes.Float, 0.0)) |
| Return the ceiling of x as a float, the smallest integer value greater than or equal to x. | |
| def | copysignf (a=(DataTypes.Float, 0.0), b=(DataTypes.Float, 0.0)) |
| Return x with the sign of y. More... | |
| def | copysign (a=(DataTypes.Int, 0), b=(DataTypes.Int, 0)) |
| Return x with the sign of y. More... | |
| def | factorial (a=(DataTypes.Int, 0), result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return x factorial. More... | |
| def | floor (a=(DataTypes.Float, 0.0)) |
| Return the floor of x as a float, the largest integer value less than or equal to x. | |
| def | fmodf (a=(DataTypes.Float, 0.0), b=(DataTypes.Float, 0.0)) |
| Return fmod(x, y), as defined by the platform C library. | |
| def | fmod (a=(DataTypes.Int, 0), b=(DataTypes.Int, 0)) |
| Python x % y operator. | |
| def | frexp (a=(DataTypes.Float, 0.0), m=(DataTypes.Reference,(DataTypes.Float, 0.0)), e=(DataTypes.Reference,(DataTypes.Int, 0))) |
| Return the mantissa and exponent of x as the pair (m, e). More... | |
| def | fsum (arr=(DataTypes.Array, []), result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return an accurate floating point sum of values in the iterable. More... | |
| def | isinf (a=(DataTypes.Float, 0.0)) |
| Check if the float x is positive or negative infinity. | |
| def | isnan (a=(DataTypes.Float, 0.0)) |
| Check if the float x is a NaN (not a number) | |
| def | ldexp (a=(DataTypes.Float, 0.0), i=(DataTypes.Int, 0)) |
| Return x * (2**i). More... | |
| def | modf (a=(DataTypes.Int, 0), f=(DataTypes.Reference,(DataTypes.Float, 0.0)), i=(DataTypes.Reference,(DataTypes.Int, 0))) |
| Return the fractional and integer parts of x. More... | |
| def | fmodf (a=(DataTypes.Float, 0), f=(DataTypes.Reference,(DataTypes.Float, 0.0)), i=(DataTypes.Reference,(DataTypes.Int, 0))) |
| Return the fractional and integer parts of x. More... | |
| def | trunc (a=(DataTypes.Float, 0.0)) |
| Return the Real value x truncated to an Integral (usually a long integer) | |
| def | exp (a=(DataTypes.Float, 0.0)) |
| Return e**x. | |
| def | expm1 (a=(DataTypes.Float, 0.1)) |
| Return e**x - 1. More... | |
| def | log (a=(DataTypes.Float, 1.0), base=(DataTypes.Float, math.e), result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return the logarithm of x to the given base, calculated as log(x)/log(base) | |
| def | log1p (a=(DataTypes.Float, 1.0), result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return the natural logarithm of 1+x (base e). More... | |
| def | log10 (a=(DataTypes.Float, 1.0), result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return the base-10 logarithm of x. More... | |
| def | power (a=(DataTypes.Float, 0.0), b=(DataTypes.Float, 0.0), result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return x raised to the power y. | |
| def | sqrt (a=(DataTypes.Float, 0.0), result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return the square root of x. | |
| def | Sum (arr=(DataTypes.Array, []), result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Sums start and the items of an iterable from left to right and returns the total. | |
| def | absint (inp=(DataTypes.Int, 0)) |
| Return the absolute value of a number. | |
| def | cos (rad=(DataTypes.Float, 0.0)) |
| Return the cosine of x radians. | |
| def | acos (rad=(DataTypes.Float, 0.0)) |
| Return the arc cosine of x, in radians. | |
| def | sin (rad=(DataTypes.Float, 0.0)) |
| Return the sine of x radians. | |
| def | asin (rad=(DataTypes.Float, 0.0)) |
| Return the arc sine of x, in radians. | |
| def | tan (rad=(DataTypes.Float, 0.0)) |
| Return the tangent of x radians. | |
| def | atan (rad=(DataTypes.Float, 0.0)) |
| Return the arc tangent of x, in radians. | |
| def | atan2 (a=(DataTypes.Float, 0.0), b=(DataTypes.Float, 0.0)) |
| Return atan(a / b), in radians. More... | |
| def | hypot (a=(DataTypes.Float, 0.0), b=(DataTypes.Float, 0.0)) |
| Return the Euclidean norm, sqrt(x*x + y*y). More... | |
| def | degtorad (deg=(DataTypes.Float, 0.0)) |
| Convert angle x from degrees to radians. | |
| def | radtodeg (rad=(DataTypes.Float, 0.0)) |
| Convert angle x from radians to degrees. | |
| def | acosh (a=(DataTypes.Float, 0.0), Result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return the inverse hyperbolic cosine of x. | |
| def | asinh (a=(DataTypes.Float, 0.0)) |
| Return the inverse hyperbolic sine of x. | |
| def | atanh (a=(DataTypes.Float, 0.0), Result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return the inverse hyperbolic tangent of x. | |
| def | cosh (a=(DataTypes.Float, 0.0), Result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return the hyperbolic cosine of x. | |
| def | sinh (a=(DataTypes.Float, 0.0), Result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return the hyperbolic sine of x. | |
| def | tanh (a=(DataTypes.Float, 0.0)) |
| Return the hyperbolic tangent of x. | |
| def | erf (a=(DataTypes.Float, 0.0)) |
| Return the error function at x. | |
| def | erfc (a=(DataTypes.Float, 0.0)) |
| Return the complementary error function at x. | |
| def | gamma (a=(DataTypes.Float, 0.0), Result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return the Gamma function at x. | |
| def | lgamma (a=(DataTypes.Float, 0.0), Result=(DataTypes.Reference,(DataTypes.Bool, False))) |
| Return the natural logarithm of the absolute value of the Gamma function at x. | |
| def | e () |
| The mathematical constant e = 2.718281, to available precision. | |
| def | pi () |
| The mathematical constant = 3.141592, to available precision. | |
| Public Member Functions inherited from PyFlow.Core.FunctionLibrary.FunctionLibraryBase | |
| def | __init__ (self) |
| def | getFunctions (self) |
Static Public Attributes | |
| returns | |
| Return the ceiling of x as a float, the smallest integer value greater than or equal to x. More... | |
| meta | |
| None | |
Python builtin math module wrapper.
| def PyFlow.FunctionLibraries.MathLib.MathLib.atan2 | ( | a = (DataTypes.Float, 0.0) , |
|
b = (DataTypes.Float, 0.0) |
|||
| ) |
Return atan(a / b), in radians.
The result is between -pi and pi. The vector in the plane from the origin to point (a, b) makes this angle with the positive X axis. The point of atan2() is that the signs of both inputs are known to it, so it can compute the correct quadrant for the angle. For example, atan(1) and atan2(1, 1) are both pi/4, but atan2(-1, -1) is -3*pi/4
| def PyFlow.FunctionLibraries.MathLib.MathLib.copysign | ( | a = (DataTypes.Int, 0) , |
|
b = (DataTypes.Int, 0) |
|||
| ) |
Return x with the sign of y.
On a platform that supports signed zeros, copysign(1.0, -0.0) returns -1.0
| def PyFlow.FunctionLibraries.MathLib.MathLib.copysignf | ( | a = (DataTypes.Float, 0.0) , |
|
b = (DataTypes.Float, 0.0) |
|||
| ) |
Return x with the sign of y.
On a platform that supports signed zeros, copysign(1.0, -0.0) returns -1.0
| def PyFlow.FunctionLibraries.MathLib.MathLib.expm1 | ( | a = (DataTypes.Float, 0.1) | ) |
Return e**x - 1.
For small floats x, the subtraction in exp(x) - 1 can result in a significant loss of precision
| def PyFlow.FunctionLibraries.MathLib.MathLib.factorial | ( | a = (DataTypes.Int, 0) , |
|
result = (DataTypes.Reference, (DataTypes.Bool, False)) |
|||
| ) |
Return x factorial.
Raises ValueError if x is not integral or is negative
| def PyFlow.FunctionLibraries.MathLib.MathLib.fmodf | ( | a = (DataTypes.Float, 0) , |
|
f = (DataTypes.Reference, (DataTypes.Float, 0.0)) , |
|||
i = (DataTypes.Reference, (DataTypes.Int, 0)) |
|||
| ) |
Return the fractional and integer parts of x.
Both results carry the sign of x and are floats
| def PyFlow.FunctionLibraries.MathLib.MathLib.frexp | ( | a = (DataTypes.Float, 0.0) , |
|
m = (DataTypes.Reference, (DataTypes.Float, 0.0)) , |
|||
e = (DataTypes.Reference, (DataTypes.Int, 0)) |
|||
| ) |
Return the mantissa and exponent of x as the pair (m, e).
m is a float and e is an integer such that x == m * 2**e exactly
| def PyFlow.FunctionLibraries.MathLib.MathLib.fsum | ( | arr = (DataTypes.Array, []) , |
|
result = (DataTypes.Reference, (DataTypes.Bool, False)) |
|||
| ) |
Return an accurate floating point sum of values in the iterable.
Avoids loss of precision by tracking multiple intermediate partial sums
| def PyFlow.FunctionLibraries.MathLib.MathLib.hypot | ( | a = (DataTypes.Float, 0.0) , |
|
b = (DataTypes.Float, 0.0) |
|||
| ) |
Return the Euclidean norm, sqrt(x*x + y*y).
This is the length of the vector from the origin to point (x, y)
| def PyFlow.FunctionLibraries.MathLib.MathLib.ldexp | ( | a = (DataTypes.Float, 0.0) , |
|
i = (DataTypes.Int, 0) |
|||
| ) |
Return x * (2**i).
This is essentially the inverse of function frexp()
| def PyFlow.FunctionLibraries.MathLib.MathLib.log10 | ( | a = (DataTypes.Float, 1.0) , |
|
result = (DataTypes.Reference, (DataTypes.Bool, False)) |
|||
| ) |
Return the base-10 logarithm of x.
This is usually more accurate than log(x, 10)
| def PyFlow.FunctionLibraries.MathLib.MathLib.log1p | ( | a = (DataTypes.Float, 1.0) , |
|
result = (DataTypes.Reference, (DataTypes.Bool, False)) |
|||
| ) |
Return the natural logarithm of 1+x (base e).
The result is calculated in a way which is accurate for x near zero
| def PyFlow.FunctionLibraries.MathLib.MathLib.modf | ( | a = (DataTypes.Int, 0) , |
|
f = (DataTypes.Reference, (DataTypes.Float, 0.0)) , |
|||
i = (DataTypes.Reference, (DataTypes.Int, 0)) |
|||
| ) |
Return the fractional and integer parts of x.
Both results carry the sign of x and are floats
|
static |
Return the ceiling of x as a float, the smallest integer value greater than or equal to x.
The mathematical constant = 3.141592, to available precision.
The mathematical constant e = 2.718281, to available precision.
Return the natural logarithm of the absolute value of the Gamma function at x.
Return the Gamma function at x.
Return the complementary error function at x.
Return the error function at x.
Return the hyperbolic tangent of x.
Return the hyperbolic sine of x.
Return the hyperbolic cosine of x.
Return the inverse hyperbolic tangent of x.
Return the inverse hyperbolic sine of x.
Return the inverse hyperbolic cosine of x.
Convert angle x from radians to degrees.
Convert angle x from degrees to radians.
Return atan(a / b), in radians.
Return the arc tangent of x, in radians.
Return the tangent of x radians.
Return the arc sine of x, in radians.
Return the sine of x radians.
Return the arc cosine of x, in radians.
Return the cosine of x radians.
Return the absolute value of a number.
Sums start and the items of an iterable from left to right and returns the total.
Return the square root of x.
Return x raised to the power y.
Return the base-10 logarithm of x.
Return the natural logarithm of 1+x (base e).
Return the logarithm of x to the given base, calculated as log(x)/log(base)
Return 1.
Return e**x.
Return the Real value x truncated to an Integral (usually a long integer)
Return the fractional and integer parts of x.
Return x * (2**i).
Check if the float x is positive or negative infinity.
Return an accurate floating point sum of values in the iterable.
Return the mantissa and exponent of x as the pair (m, e).
Python x % y.
Return fmod(x, y), as defined by the platform C library.
Return the floor of x as a float, the largest integer value less than or equal to x.
Return x factorial.
Return x with the sign of y.
On a platform that supports signed zeros, copysign(1.0, -0.0) returns -1.0
Raises ValueError if x is not integral or is negative
m is a float and e is an integer such that x == m * 2**e exactly
Avoids loss of precision by tracking multiple intermediate partial sums
This is essentially the inverse of function frexp()
Both results carry the sign of x and are floats
For small floats x, the subtraction in exp(x) - 1 can result in a significant loss of precision
The result is calculated in a way which is accurate for x near zero
This is usually more accurate than log(x, 10)
The result is between -pi and pi. vector in the plane from the origin to point (a, b) makes this angle with the positive X axis. The point of atan2() is that the signs of both inputs are known to it, so it can compute the correct quadrant for the angle. example, atan(1) and atan2(1, 1) are both pi/4, but atan2(-1, -1) is -3*pi/4


Developed CaseAide Note for iOS and Android with built-in custom keyboard. Added full support for auto-renewing subscriptions and payment plans for organizations, and iOS In-App-Purchase subscriptions for iOS users.
Maintain CaseAide Scholar
Full-Stack development for CaseAide Scholar. Worked on the Android and iOS mobile apps, their web management system, and API providing core services.
Technical support
Deployed improvements and hot fixes to cloud-based server, distributed iOS builds to App Store, distributed Android builds to Play Store.
Projects
CaseAide Note
CaseAide ® Note is a user-defined mobile keyboard reducing the time spent documenting notes. Individuals can use the keyboard with agency smartphones and tablets or with personal devices (iOS and Android). Individual users can subscribe to an account independent of their agency or agencies can subscribe to administrative accounts on behalf of their workers.
Custom Keyboard
A keyboard extension making the CaseAide® Note functionality accessible to the user on all apps on their device.
Modern architecture
A RESTful API encapsulates the business logic of the system and provides the core services to the android, iOS, and web app.
Subscription Management
Full support for autorenewing subscriptions and payment plans for organizations, and iOS In-App-Purchase subscriptions for iOS users.
CaseAide Scholar
CaseAide ® Scholar helps improve case management skills by educating and training professionals via simulation.


About Me
My Travels
My Courses
Course
Instructor
Description
Schedule
Spring 2018
MISY350
Wang
Web Design
TTh
ECON308
Marra
Monetary Policy
MWF
MATH230
Miller
Finite Math
BUAD306
Murphy
Operations MGMT
ECON300
Butler
Intermediate Micro


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BigQuery integration example
SQL query
SELECT reference_name, COUNT(reference_name) AS num_records, COUNT(call.call_set_name) AS num_calls FROM `@THE_TABLE` v, v.call call GROUP BY reference_name ORDER BY reference_name
Table
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Speakers
Ilya Bolkhovsky,
Vyacheslav Shebanov
Contributors
Bertrand Chapron,
Vladimir Kudryavtsev,
Guillaume Prigent
Our Leading scientists are
Bertrand Chapron (IFREMER, France)
and Vladimir Kudryavtsev.
Sea Ice Concentration (ASI-AMSRE) and Surface Roughtness SAR (SOLab)
Phytoplankton bloom in the Barents Sea, MODIS, SST and ASCAT
Maps of Absolute Dynamic Topography (AVISO MADT UV) and Sea Ice Concentration (ASI-AMSRE)
Visit us: solab.rshu.ru


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Doggo ipsum borkf heckin good boys and girls doggorino he made many woofs very taste wow fluffer very hand that feed shibe clouds, shooberino shoober mlem blop the neighborhood pupper blep.  Wrinkler thicc much ruin diet shibe borkf, boofers puggorino maximum borkdrive, doggorino borkdrive sub woofer.  I am bekom fat long water shoob. H*ck you are doin me a concern clouds length boy doggorino he made many woofs, big ol pupper long doggo maximum borkdrive puggo. Many pats heckin angery woofer sub woofer super chub boof ruff heck boofers, vvv boofers borking doggo long woofer shooberino.


A few summers ago, I signed up for six weeks of pure misery and enjoyed every minute of it. What's more, I learned a thing or two about what it takes to talk with a mathematician -a skill more science writers could use, and, who knows, perhaps even learn to enjoy.
Okay, so "misery" is actually the affectionate nickname for MSRI-the Mathematician Sciences Research Institute-the National Science Foundation's math think tank with a penthouse view of the San Francisco Bay from high atop the Berkeley Hills. For a while, the folks at MSRI tried to get people to pronounce the acronym as Emissary, but it never caught on. That said, MSRI has become an emissary in more ways than one.
For example, MSRI special projects director Robert Osserman wrote a beautiful book for lay people about mathematics: "Poetry of the Universe: a Mathematical Exploration of the Cosmos." MSRI regularly sponsors events designed to bring mathematicians and the general public together: sold-out programs on the proof of Fermat's Last Theorem and the mathematics of Tom Stoppard's play "Arcadia" (with Tom Stoppard, no less). Public lectures on why the election was such a mess; the mathematics behind the musical form of the canon, the movie Toy Story, magic, and coincidence. An often contentious conference with science writers on why mathematicians and journalists have such trouble talking to each other (we could have used some copies of Deborah Tannen's book "You Just Don't Understand!").
These folks are really trying!
MSRI was the first major math center to set up a formal fellowship program for science writers to learn about math. That's where I came in. Frankly, I didn't have a clue what I was supposed to be doing there. Relationships between mathematicians and science writers have never been particular warm. There is no established mechanism for communication, no Steve Maran of mathematics. Mathematicians hold few press conferences. When mathematicians do give what they believe are "public lectures" geared toward "lay" audiences, they often fail to make themselves understandable to anyone except a few stray physicists.
There are good reasons for this. While math is the scaffolding that makes discoveries in physics and astronomy possible, it's often deeply hidden, like plumbing, and not as pretty as stars. Math speaks its own language - one that doesn't easily translate into English. Of course, something gets lost in the translation whenever you translate science into lay terms, but mathematicians have a harder time reconciling themselves to these necessary compromises than other scientists do.
That's one of the things that's particularly rewarding about a fellowship at MSRI: You not only get educated yourself, you can help educate mathematicians about how to talk to science writers.
Most of the formal programs that went on during my six weeks at MSRI, I must admit, were lost on me. Fortunately, one week was devoted to a subject with which I had at least some familiarity. At first, I didn't realize this, because the topic was described as "low-dimensional topology." Now to me, "low-dimensional" meant one or two dimensions, lines or surfaces. But no, this was a week-long fest devoted to exploring three- and four dimensional spaces -the ones we happen to live in and also the most difficult for mathematicians to understand. "Higher" dimensions are five and above. The exploration of "low-dimensional topology" turned out to be closely related to problems in physics and cosmology I often write about.
Math speaks its own language - one that doesn't easily translate into English.
In the end, I managed to get a two-part series out of the meeting for the LA Times Science File. I can't say understanding enough of the math to write the story was easy, but I learned something important in the process. I began to notice that whichever mathematician I spoke to last was the one I thought made most sense. Slowly, I was beginning to feel comfortable in this new territory. I realized that learning to write about math - more than any other science - requires that you "dare to be stupid," as Weird Al used to say. Don't worry if you don't get it at first. Ask someone else. Let it all sink it in. Sooner or later, understanding will come.
I spent the rest of my time at MSRl getting to know mathematicians who stopped in from time to time, and mainly, the terrific full-timers, like Bob Osserman and also David Hoffman, who taught me a neat paradox about calculus I still show off to people every time I find myself in possession of a napkin and a pen. I went with a bunch of MSRIers to see the then-new movie Pi, which was a special treat.
And, of course, I asked everyone I could find to talk with me about my favorite number, zero - also the subject of a book I was working on.
The fellowship is quite open-ended. You can make it whatever you like. There are no prerequisites, no expectations except a desire to test new waters. They're not as treacherous as you might think, and the folks at MSR1 are ready and eager to help you swim.
For more information and applications, check out MSRI's Web site (http://www.msri.org).


Handful of trusted professionals I respect and admire—Thankful and privileged that I can call some of them friends.


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coredata-<IP_ADDRESS>799/ <-- User selected installation directory (where xxx is a build number) doc/ <-- API documentation cscoredata/ <-- CoreData C# API bin/ <-- Precompiled examples and output directory when compiling example applications examples/ <-- Example applications lib/ <-- Precompiled csharp bindings src/ <-- Source code swigcoredata/ <-- Swig interface files
Add
button and selecte Add as Link
.cscoredata/lib/win32_ia32sse2_vc90/SeeingMachines.CoreData.dll
cscoredata/lib/win32_ia32sse2_vc90/SeeingMachines.CoreDataIO.dll
cscoredata/lib/win32_ia32sse2_vc90/SeeingMachines.CoreDataUtils.dll
Make sure the following properties are set for these files:
Copy Local: True
Add the following files to the project:
cscoredata/lib/win32_ia32sse2_vc90/SeeingMachines.CoreData.Native3.2.dll
cscoredata/lib/win32_ia32sse2_vc90/SeeingMachines.CoreDataIO.Native3.2.dll
cscoredata/lib/win32_ia32sse2_vc90/SeeingMachines.CoreDataUtils.Native3.2.dll
coredata/libshared/win32_ia32sse2_vc90/sm_cd_coredata_3.2.dll
coredata/thirdparty/zlib1.2.3/win_ia32_vc90/libshared/zlib1
.dllMake sure the following properties are set for the files:
Build Action: Content
Copy to Output Directory: Copy if newer
Client code needs to import the appropriate modules:
using sm.eod; // Import CoreData types using sm.eod.io; // Import IO classes using sm.eod.utils; // Import geometric and output helper functions
The CoreData C# bindings wrap the coredata shared library which is a 32-bit x86 binary.
Ensure 'Platform target' under Build settings is set to x86, otherwise a BadImageFormat exception will be raised when the assemblies attempt to load the native shared libraries.
We recommend you try to limit changes to the CoreData source and document these changes, so that when future CoreData releases are made you can update your code quickly and easily.
For compilation instructions, please refer to the appropriate instructions for your platform:


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void | beginElement (const char *elementName) |
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void | beginElement (const char *elementName, const char *attribute1, const char *value1) |
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void | addContent (const char *content) |
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void | addContentRaw (const char *content) |
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void | addContentF (const char *fmt,...) |
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void | addAttribute (const char *attribute, const char *value) |
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void | addAttributeF (const char *attribute, const char *fmt,...) |
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void | addAttributeFBig (int reserve, const char *attribute, const char *fmt,...) |
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void | addAttributeUrlF (const char *attribute, const char *fmt,...) |
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void | addAttribute (const char *attribute, long long int value) |
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void | endElement (const char *elementName) |
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void | endElements () |
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void | addRawContent (const char *rawContent) |
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void | setIndenting (int onOff) |
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int | getErrorCount () |
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Writes formatted XML to an OmIByteStream, streaming as it goes (mostly)


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Things I'm Currently Learning about
- Capitals of the world-something I felt I should know. Has made me aware of many countries I had never even heard of in my America-centric view of the world.
- Art-Until going to college, I was never too interested in art. I took ART 101 and started to appreciate art. Now I'm learning what at least one person deemed the 100 most famous paintings. After this, I hope to branch out into other art forms. Please contact me if you have any recommendations!
- Wine-Once I graduated from college, I decided to become more refined in my alcohol taste. That starts with wine. I plan on joining a wine club and attending some wine tastings along my way to connesseiourship.
- Cooking-This one's out of necessity. I can't cook. I need to eat.
- Fashion-I used to dress like a mess. My go-to outfit was a cardigan and a pair of sweatpants. My friend called it "sophisticated bum".
- Life-A lot to learn about this journey. I try to read religious and philosophical works and learn from experience. Text me if you can help


[film] "Deep Impact" A Postview, copyright 1998 p-m agapow
Or "How I Learned to Stop Worrying and Love the Bolide". An enraged comet attempts to land on Tea Leoni. America gets all mussed up. Apparently the rest of the world is a little put out too.
Two years ago, it was extreme weather. Last year, it was severe geology. This year, it's cosmic impact films. In light of such obvious trend-following, a few fears are justified. Are these going to be good films or just market-stuffers? Now, little Steven Spielberg would never give us something like "Independence Day" or "Starship Troopers", would he?
No, but he might give us "The Colour Purple".
This is how it goes: young Leo Biederman discovers a new comet that is intent on squishing the United States (and incidentally destroying the rest of the world too). Somehow, the entire astronomical community of the world is gagged until ace reporter Tea Leoni (showing a startling ability to play the same character she does on TV) comes snooping around. The Prez (Morgan Freeman) crumbles and makes a nation-wide announcement: "We're all going to die." The nation, as represented by a whole lot of B-grade TV actors competitive underplaying the "oh shucks, we're just folks" shtick, show concern by wrinkling their foreheads.
But it's all OK, the government is going to take care of everything. Strangely enough, this isn't interpreted as a reason for widespread panic. No, how else do you defeat a rogue comet but by sending up a crack crew of astronauts, including one called "Spurgeon Tanner" (played by a curiously mummified Robert Duvall). Hell, if I was a comet, that would throw me off-course.
And so it goes. We can tell there is civil unrest, because the houses of a lot of white, middle-class people get messed up.  So she goes and mooches around with her father (Maximilian Schell, looking like he's been attacked with a bicycle pump) and her mother (Vanessa Redgrave). Later, if you look away for a second, Redgrave just seems to dematerialise in the middle of the film.
Meanwhile the astronauts have stopped giggling at Spurgeon's name and realised that at least he has a character with more than one dimension. Angered by this, one astronaut (aggressive guy) says that Spurgeon is too old and should be making nostalgic movies with Laura Dern. Russian guy, black guy and female guy nod wisely. Other guy realises that he has so little screen time, he must be scheduled to die later. And indeed, after they blast-off, move s-l-o-w-l-y through their ship to show you it's in zero gravity, they land on the comet and other guy dies. (He dies after calculating that on an 11-km rock, gravity isn't just low, as the scriptwriters apparently believe - it's nonexistent.) Aggressive guy and black guy get injured. Cowed by this, Russian guy and female guy let Spurgeon take over the mission.
Back on the ground, the government is selecting a million random people to stick in a set of caves in Missouri for the duration of the comet-induced nuclear winter. Finally people can see the government is out of control. (Missouri? Are you kidding me?) About 30 mildly aggressive demonstrators gather outside the caves to protest. (I assume they're demonstrating - or maybe they've just had too much coffee.) But now there are TWO comets, and while we might survive the first - which makes a high-pitched buzz as it moves through space - the deep rumble of the other tells us we're in trouble. The Prez orders all the nuclear missiles to be fired offscreen at the comet. Later he tells us they failed. (Just between you and me, I don't there ever were any missiles. The Prez has probably been making out like a bandit on those Strategic Defence appropriations for years, occasionally staging a few accidents in Omaha silos to keep Congress from looking too closely.) Subsequently a lot of people hug and make up just before they are killed, although not in any sort of up-close and icky way.
It would be churlish to deny there are some genuinely stirring moments in "Deep Impact". In particular, those scenes involving Vanessa Redgrave and her character's realisation of, and resignation to, her own death are fairly powerful. There is also some nice model work in the SFX and it is refreshing to see a film that doesn't glorify in its own bodycount. However these are severely weakened by heavy-handed storytelling (alternately underlining or shortcutting the plot), an oppressively omnipresent soundtrack (forever whispering in your ear "this is a stirring emotional moment"), and indifferent acting. It's not a bad picture, but it's an irritatingly simplistic one, almost claustrophobic in its narrow worldview. [**/ok] and "The Comet Purple" on the Sid and Nancy scale.
"Deep Impact" Released 1998. Directed by Mimi Leder. Produced by Steven Spielberg, Richard D. Zanuck et al. Written by Bruce Joel Rubin and Michael Tolkin. Music by James Horner. Starring Robert Duvall, Tea Leoni, Elijah Wood, Vanessa Redgrave, Morgan Freeman, Leelee Sobieski, Maximilian Schell, James Cromwell, Blair Underwood.
-- Paul-Michael Agapow (agapow@computer.org), La Trobe Uni "There is no adventure, there is no romance, there is only trouble and desire."
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
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belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


Median Imputation
Columns in the dataset which are having numeric continuous values can be replaced with the mean, median, or mode of remaining values in the column. This method can prevent the loss of data compared to the earlier method. Replacing the above two approximations (mean, median) is a statistical approach to handle the missing values.
Mean Imputation
Columns in the dataset which are having numeric continuous values can be replaced with the mean, median, or mode of remaining values in the column. This method can prevent the loss of data compared to the earlier method. Replacing the above two approximations (mean, median) is a statistical approach to handle the missing values.
Mode Imputation
Columns in the dataset which are having numeric continuous values can be replaced with the mean, median, or mode of remaining values in the column. This method can prevent the loss of data compared to the earlier method. Replacing the above two approximations (mean, median) is a statistical approach to handle the missing values.
Random Sample Imputation
Random sampling imputation consists of extracting random observations from the pool of available values in the variable. Random sampling imputation preserves the original distribution, which differs from the other imputation techniques.
End Of Distribution Imputation
If there is suspicion that the missing value is not at random then capturing that information is important. In this scenario, one would want to replace missing data with values that are at the tails of the distribution of the variable.
Arbitrary Value Imputation
Arbitrary value imputation consists of replacing all occurrences of missing values within a variable by an arbitrary value. Ideally arbitrary value should be different from the median/mean/mode, and not within the normal values of the variable
Capture NAN Imputation
Capuring nan imputation sugegst that this feature engineering technique is basicly used on the data which is not missing completely at random.This technique is used for capturing importance of missing values.But due to adding additinal features it may lead to Curse of dimensionality.
Frequent Value Imputation
Frequent value imputation is used for handling catagarical missing values. In this technique we sort the values in the dataset according to their ascending order.The first value in that order become the most frequent value and we repalce other missing values with that perticular most frequent value
Adding Extra Variable Imputation
Adding extra variable this method is used when we have large amount of missing values.In this feature engineering technique first we replace all missing valeus with 1 and others reamin as it is.Then by finding out the the most frequent value we fill the missing value with that most frequent value
Fill With Missing Imputation
This is the simplest feature engineering technique that is used when we a lot of missing values.In this technique we replace missing value with Missingwordby keeping remaining values as it is.
flooring_capping Technique
In this technique, we will do the flooring (e.g., the 10th percentile) for the lower values and capping (e.g., the 90th percentile) for the higher values. These values will be used for quantile-based flooring and capping..
Trimming Technique
In this method, we completely remove data points that are outliers. It creates an index for all the data points where any feature takes these two values. Then we drop these index rows from the data, and finally we summararize statistics for the variable.
minimum and maximum values are much more acceptable..
InterQuartile Range Technique.
This technique uses the IQR Technique scores calculated to remove outliers. The rule of thumb is that anything not in the range of (Q1 - 1.5 IQR Technique) and (Q3 + 1.5 IQR Technique) is an outlier, and can be removed. It removes outliers based on the IQR Technique range . This shows that for our data, a lot of records get deleted if we use the IQR Technique method.
logarithem.
Transformation of the skewed variables may also help correct the distribution of the variables. These could be logarithmic, square root, or square transformations. The most common is the logarithmic transformation.
median Technique.
In this technique, we replace the extreme values with median values. It is advised to not use mean values as they are affected by outliers. It cretes the 50th percentile value, or the median, which comes out to be 140. Then we create 95th percentile value, Then line of code below replaces all those values which are greater than the 95th percentile, with the median value. Finally, Finally summary statistics after all these techniques have been employed for outlier treatment.
Frequency Encoding
It is a way to utilize the frequency of the categories as labels. In the cases where the frequency is related somewhat with the target variable, it helps the model to understand and assign the weight in direct and inverse proportion, depending on the nature of the data.
Target Guided Encoding
features are replaced with a blend of posterior probability of the target given particular categorical value and the prior probability of the target over all the training data.
Mean Encoding
Mean Encoding or Target Encoding is one viral encoding approach followed by Kagglers. There are many variations of this. Here I will cover the basic version and smoothing version. Mean encoding is similar to label encoding, except here labels are correlated directly with the target. For example, in mean target encoding for each category in the feature label is decided with the mean value of the target variable on a training data. This encoding method brings out the relation between similar categories, but the connections are bounded within the categories and target itself. The advantages of the mean target encoding are that it does not affect the volume of the data and helps in faster learning. Usually, Mean encoding is notorious for over-fitting; thus, a regularization with cross-validation or some other approach is a must on most occasions.
Probability Ratio Encoding
Probability Ratio Encoding is similar to Weight Of Evidence(WoE), with the only difference is the only ratio of good and bad probability is used. For each label, we calculate the mean of target=1, that is the probability of being 1 ( P(1) ), and also the probability of the target=0 ( P(0) ). And then, we calculate the ratio P(1)/P(0) and replace the labels by that ratio. We need to add a minimal value with P(0) to avoid any divide by zero scenarios where for any particular category, there is no target=0.
One Hot Encoding
In this method, we map each category to a vector that contains 1 and 0 denoting the presence or absence of the feature. The number of vectors depends on the number of categories for features. This method produces a lot of columns that slows down the learning significantly if the number of the category is very high for the feature.
One Hot Encoding With Multi Categories
In the winning solution of the KDD 2009 cup: "Winning the KDD Cup Orange Challenge with Ensemble Selection" http://www.mtome.com/Publications/CiML/CiML-v3-book.pdf, the authors limit one hot encoding to the 10 most frequent labels of the variable. This means that they would make one binary variable for each of the 10 most frequent labels only. This is equivalent to grouping all the other labels under a new category, that in this case will be dropped. Thus, the 10 new dummy variables indicate if one of the 10 most frequent labels is present (1) or not (0) for a particular observation.
SelectBest
It takes as a parameter a score function, which must be applicable to a pair (X, y). ... So, for example, if you pass chi2 as a score function, SelectBest will compute the chi2 statistic between each feature of X and y (assumed to be class labels). A small value will mean the feature is independent of y.
RemoveCollinearity
In statistics, multicollinearity (also collinearity) is a phenomenon in which one feature variable in a regression model is highly linearly correlated with another feature variable. A collinearity is a special case when two or more variables are exactly correlated.
Gaussian Transformation
Normal distribution, also known as the Gaussian distribution, is a probability distribution that is symmetric about the mean, showing that data near the mean are more frequent in occurrence than data far from the mean. In graph form, normal distribution will appear as a bell curve.
MinMaxScaler
Transform features by scaling each feature to a given range. This estimator scales and translates each feature individually such that it is in the given range on the training set, e.g. between zero and one.
StandardScaler
StandardScaler. StandardScaler standardizes a feature by subtracting the mean and then scaling to unit variance. Unit variance means dividing all the values by the standard deviation. StandardScaler makes the mean of the distribution 0. About 68% of the values will lie be between -1 and 1.
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SRTStream
public class SRTStream : NetStream
extension SRTStream: TSWriterDelegate
extension SRTStream: TSReaderDelegate
An object that provides the interface to control a one-way channel over a SRTConnection.
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Creates a new SRTStream object.
Declaration
Swift
public init(_ connection: SRTConnection)
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Prepare the stream to process media of the given type
- type: An AVMediaType you will be sending via an appendSampleBuffer call
As with appendSampleBuffer only video and audio types are supported
Declaration
Swift
public func attachRawMedia(_ type: AVMediaType)
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Remove a media type that was added via attachRawMedia
- type: An AVMediaType that was added via an attachRawMedia call
Declaration
Swift
public func detachRawMedia(_ type: AVMediaType)
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Declaration
Swift
override public func attachCamera(_ camera: AVCaptureDevice?, onError: ((Error) -> Void)? = nil)
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Declaration
Swift
override public func attachAudio(_ audio: AVCaptureDevice?, automaticallyConfiguresApplicationAudioSession: Bool = true, onError: ((Error) -> Void)? = nil)
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Sends streaming audio, vidoe and data message from client.
Declaration
Swift
public func publish(_ name: String? = "")
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Playback streaming audio and video message from server.
Declaration
Swift
public func play(_ name: String? = "")
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Stops playing or publishing and makes available other uses.
Declaration
Swift
public func close()
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Undocumented
Declaration
Swift
public func writer(_ writer: TSWriter, didOutput data: Data)
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Undocumented
Declaration
Swift
public func reader(_ reader: TSReader, id: UInt16, didRead formatDescription: CMFormatDescription)
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Undocumented
Declaration
Swift
public func reader(_ reader: TSReader, id: UInt16, didRead sampleBuffer: CMSampleBuffer)


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Descendants of Philip Shuman
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Philip
SHUMAN was
born in 1774. He died before 1830. This is believed to be Philip Shuman who was
living in Monongalia County, WV in the 1810 census. According to the history of John Shuman (1765/84-1832) of
Monongalia County, John was of German parentage, he was from the Philadelphia
area and he had two brothers who came with him to West Virginia, Philip and
another brother who was not named (this would be Henry according to the 1810
census). This biography stated that one
of the brothers served in the Revolution. They would have been too young for
this. But a Philip Shuman did serve in
the War of 1812 from Monongalia County in Col. Henry Coleman's Regiment, Capt.
James Harry's unit.
Another record states John
Shuman was from the Lancaster County, PA area.
Some of John's family settled
in Tyler County and their line is well documented. Other Shumans appear in Wetzel/Tyler who are not descended from
John but appear to be closely related to his family. In 1830, Sophia Shuman
appears as a head of household in Tyler County. She is living near John and Jonas Shuman. On the death record of John Shuman (Tyler
County WV 1 Aug 1871) his parents are given as P. & S. Shuman. (John also
named a daughter Sophia.) Sophia is
living with Mary Shuman Schoonover in Monroe County in 1850. Between 1840-1847 Jesse Shuman lived in
Monroe County near the Schoonovers. He had a son named Philip born ca 1842, who
inherited the land when Jesse died.
Jesse's wife was Mary E. Cox (later Porter), the daughter of Levi Cox of
Tyler County WV. (Petition for partition suit 1847 Monroe County OH - David R.
Porter and wife Mary E. vs Philip Shuman, heir of Jesse Shuman.)
Using the 1810 census of
Philip Shuman and the 1830 census of Sophia Shuman, the following appear to be
the family. (Please note this has not
been definitely proven.)
1. Female 1794-1800
2. Female 1794-1800
3. William 1804/07-1889 Wetzel
County WV, married Sarah Furbee
4. John 1808-1871 Wetzel County WV married Abigail McCloud
5. Jonas 1805-
6. Male
7. Mary 1814-1873 Monroe County OH married John Schoonover
8. Jesse 1815-20 - ca 1844 married Mary E. Cox
The last record I have found
so far for Philip Shuman in Monongalia County is a listing in the company of
Capt. Jesse Ice in 1814.
More proof of Phillip and Sophia - baptism in 1799 of Rebecca
Shuman, d/o Philip & Sophia, Fayette Co, PA. Children of John (brother of Phillip) are also recorded
there.
Sophia was born in 1780 in Germany. She died after 1850. Sophia was living with John and Mary Shuman
Schoonover in the 1850 census in Monroe County, Ohio. In 1830, she was the head of a household in Tyler County, (W)Va. Her residence in the 1840 census is unknown
although she could possibly have been living with another daughter. Philip SHUMAN and Sophia had the following
children:
I. Daughter
SHUMAN was born between 1794 and 1800.
II. Rebecca
SHUMAN was born on August 30, 1799 in Fayette County, PA. She was christened on September 14, 1800 in
Fayette County, PA. Rebecca born 30
August 1799 and baptized 14 September 1800.
Parents - Philip and Sophia Shuman.
Jacobs Lutheran Church, Uniontown, Fayette County, PA.
III. William
SHUMAN was born in 1805. He died in
1889 in Wetzel County, WV.
William SHUMAN
was married to Sarah Furbee on April 8, 1830 in Tyler County WV. He was married to Sarah Furbee. William SHUMAN and Sarah Furbee had the
following children:
A. Levi
SHUMAN was born in 1831. He died in
1901.
B. Jesse
SHUMAN was born in 1836. He died in
1907.
IV. Jonas
SHUMAN was born in 1805.
Jonas SHUMAN
was married to Atha. Jonas SHUMAN and
Atha had the following children:
A. Rachel
SHUMAN was born in 1834.
B. Josephus
SHUMAN was born in 1836.
V. John
SHUMAN was born in 1808. He died in
1871 in Wetzel County, WV.
John SHUMAN
was married to Abigail McCloud on December 31, 1829. He was married to Abigail McCloud. John SHUMAN and Abigail McCloud had the following children:
A. Nimrod
SHUMAN was born on October 31, 1830 in (West) Virginia. He died on March 27, 1896 in Wetzel County,
WV. He was buried in Cherry Grove
Cemetery, Wetzel County, WV.
B. Sophia
SHUMAN was born in 1833.
C. Elizabeth
SHUMAN was born in 1835.
D. Marinda
SHUMAN was born in 1836.
E. Jemima
SHUMAN was born in 1840.
F. Eliza
SHUMAN was born in 1843.
G. Sarah
SHUMAN was born in 1849.
H. Lucinda
SHUMAN was born in 1848.
I. Rebecca
SHUMAN was born in 1850.
J. John
L. SHUMAN was born in 1855.
K. Nancy
Bell SHUMAN was born on May 11, 1852 in Wetzel County, WV. She died on August 11, 1859 in Wetzel
County, WV.
VI. Son
SHUMAN.
VII. Margaret (Mary) SHUMAN was born on November
20, 1814 in Pennsylvania. She died on
December 20, 1873 in Monroe County, OH.
She was buried in Mt. Moriah Cemetery, Lee Township, Monroe County,
Ohio.
Margaret
(Mary) SHUMAN was married to John SCHOONOVER
(son of Henry SCHOONOVER and Mary CANFIELD) on March 10, 1833 in Lewis County
WV. John SCHOONOVER was born on
November 29, 1811 in Lewis County WV.
He died on April 5, 1888 in Wetzel County WV. He was buried in Mt. Moriah Cemetery, Lee Township, Monroe
County, Ohio. Margaret (Mary) SHUMAN and John SCHOONOVER had the following
children:
A. William Ellsworth SCHOONOVER was born
on November 2, 1833 in Gilmer County WV.
He died on March 1, 1917 in Monroe County, OH. He was buried on March 5, 1917 in Mt. Moriah Cemetery, Lee
Township, Monroe County, Ohio. He
married Christena Porter (daughter of Otha
Porter and Elizabeth
Dusenberry) on 18 April 1855 in Monroe County, Ohio.
B. Daniel
S. SCHOONOVER was born on May 2, 1836 in Monroe County, OH. He died June 20, 1912 in Lee Township,
Monroe County, Ohio. He married Miranda
Hoskinson. He married Elizabeth Stewart (daughter of Daniel
Stewart and Mary possibly
Belford) on April 18, 1861 in Monroe County, Ohio.
C. Sarah
Jane SCHOONOVER was born on November 4, 1838 in Monroe County, OH. She died between 1863 and 1867. John Schoonover's estate settlement listed
John Sole and Reuben Sole, minor child of Winfield Sole, as heirs. Their father
was James O. Sole. He married (2nd) Elizabeth Martin and they moved to Tyler
County, WV. His wife in 1860 census was
Sarah Jane.
D. Jesse
SCHOONOVER was born on January 31, 1841 in Monroe County, OH. He died on October 11, 1937 in Cuyahoga
Falls, Cuyahoga County OH. He was
buried in Mt. Olive, Lee Township, Monroe County, Ohio. Jesse never married.
E. Nancy
Ann SCHOONOVER was born on May 1, 1843 in Monroe County, OH. She died in 1924. She was buried in Northview, Wetzel County WV. She married Garah Farmer.
F. John
Cyrus SCHOONOVER was born on March 24, 1846 in Monroe County, OH. He died on September 24, 1931 in Lawrence,
KS. He was buried in Maple Grove, Lot
87, Lawrence, KS. He married Rachel
McMullen October 14, 1866 in Monroe County, Ohio.
G. Mary
SCHOONOVER was born on July 19, 1848 in Monroe County, OH. She died on April 12, 1855 in Monroe County,
OH. She was buried in Mt. Moriah
Cemetery, Lee Township, Monroe County, Ohio.
H. James
Wesley SCHOONOVER was born on January 27, 1853 in Monroe County, OH. At time of father John's death, James lived
at Green Hill, Wetzel County WV
I. Thomas
Benton SCHOONOVER was born on September 7, 1856 in Monroe County, OH. He died on August 24, 1948 in Cuyahoga
Falls, Cuyahoga County OH. He was
buried in Mt. Moriah, Lee Township, Monroe County, Ohio. He married Martha Haslam April 12, 1877 in
Monroe County, Ohio.
VIII. Jesse SHUMAN was born between 1815 and 1820. He died between 1844 and 1847 in probably
Monroe County, OH. From "Land
& Tax Records of Ohio" - Jesse Shuman of Tyler County, VA purchased
land on 1 Jul 1837 in Range 4, Township 2, Section 11 and on 16 Apr 1838, still
of Tyler County, purchased more acreage in the same area. This land is located near John & Mary
Shuman Schoonover's land.
Jesse SHUMAN
was married to Mary Elizabeth Cox. Mary Elizabeth Cox
was born on December 20, 1819 in Maryland.
She died on December 13, 1912 in West Virginia. Jesse SHUMAN and Mary Elizabeth Cox had the
following children:
A. Philip
SHUMAN was born in 1842 in probably Monroe County, Ohio. He died in 1872 in Wetzel County, WV.
Following
Jesse s death, Mary married David R. Porter.
Provided by Karen Romick
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MR. SIMON WONG DAH SING BANK LTD. 19 DES VOEUX RD. CENTRAL HONG KONG, HONK KONG. Dear Friend, I am Mr.Simon Wong, credit officer of Dah Sing Bank Ltd, Hong Kong. I have an urgent and very confidential business proposition for you. On october 15, 1999, our client Mr. Hatem Kamil Abdul Fatah who was the deputy governor of Baghdad in Iraq and also business man made a numbered fixed deposit for 12 calendar months, with a value of Fourty Millions Five Hundred Thousand United State Dollars only in my branch. Upon maturity several notice was sent to him, even after the war late this year. Another notification was sent and still no response came from him. We later find out that the Governor has been assasinated in Baghdad. The websites below is a verification of the news about his death: http://news.bbc.co.uk/go/pr/fr/-/1/hi/world/middle_east/3970619.stm http://www.uslaboragainstwar.org/article.php?id=6979 After further investigation it was also discovered that Mr. Hatem Kamil Abdul Fatah did not declare any next of kin in his official papers including the paper work of his bank deposit. And he also confided in me the last time he was at my office that no one except me knew of his deposit in my bank. According to the Hong Kong Law,under china's foreign and defense affairs,at the expiration of 5 (five) years,such funds will revert to the ownership of the chinese Government for financing military operations,such as purchasing of arms and ammunitions for the military. In order to avert this negative development,i will like to seek for your permission as a foreigner to stand as the next of kin to Mr. Hatem Kamil Abdul Fatah so that the fruits of this old man's labor will not be use for financing weapons which will further enhance the courses of war in the world in general. The money will be paid into your account for us to share in the ratio of 60% for me and 30% for you and 10% for Expenses Incurred in the course of the transaction.There is no risk at all as all the paperwork for this transaction will be done by my attorney and with my position as the credit officer guarantees the successful execution of this transaction. If you are interested,please reply immediately. Upon your response, I shall then provide you with more details and that will help you understand the transaction. You should observe utmost confidentiality,and rest assured that this transaction would be most profitable for both of us because I shall require your assistance to invest my share in your country. Awaiting your urgent reply. Thanks and regards. Mr.Simon Wong.


--- categories: [] date: 2012-05-19T16:20:02Z status: publish tags: [] title: Birdbox project layout: post url: /2012/05/19/271/ ---
One of my projects at work: a birdbox live feed http://bit.ly/KjDEQd