| Package | Description |
|---|---|
| org.bytedeco.opencv.global | |
| org.bytedeco.opencv.opencv_core |
| Modifier and Type | Method and Description |
|---|---|
static MatExpr |
opencv_core.abs(Mat m)
\brief Calculates an absolute value of each matrix element.
|
static MatExpr |
opencv_core.abs(MatExpr e)
\overload
|
static MatExpr |
opencv_core.add(MatExpr e,
Mat m) |
static MatExpr |
opencv_core.add(MatExpr e1,
MatExpr e2) |
static MatExpr |
opencv_core.add(MatExpr e,
Scalar s) |
static MatExpr |
opencv_core.add(Mat a,
Mat b)
\} core_basic
|
static MatExpr |
opencv_core.add(Mat m,
MatExpr e) |
static MatExpr |
opencv_core.add(Mat a,
Scalar s) |
static MatExpr |
opencv_core.add(Scalar s,
Mat a) |
static MatExpr |
opencv_core.add(Scalar s,
MatExpr e) |
static MatExpr |
opencv_core.and(Mat a,
Mat b) |
static MatExpr |
opencv_core.and(Mat a,
Scalar s) |
static MatExpr |
opencv_core.and(Scalar s,
Mat a) |
static MatExpr |
opencv_core.divide(double s,
Mat a) |
static MatExpr |
opencv_core.divide(double s,
MatExpr e) |
static MatExpr |
opencv_core.divide(Mat a,
double s) |
static MatExpr |
opencv_core.divide(MatExpr e,
double s) |
static MatExpr |
opencv_core.divide(MatExpr e,
Mat m) |
static MatExpr |
opencv_core.divide(MatExpr e1,
MatExpr e2) |
static MatExpr |
opencv_core.divide(Mat a,
Mat b) |
static MatExpr |
opencv_core.divide(Mat m,
MatExpr e) |
static MatExpr |
opencv_core.equals(double s,
Mat a) |
static MatExpr |
opencv_core.equals(Mat a,
double s) |
static MatExpr |
opencv_core.equals(Mat a,
Mat b) |
static MatExpr |
opencv_core.greaterThan(double s,
Mat a) |
static MatExpr |
opencv_core.greaterThan(Mat a,
double s) |
static MatExpr |
opencv_core.greaterThan(Mat a,
Mat b) |
static MatExpr |
opencv_core.greaterThanEquals(double s,
Mat a) |
static MatExpr |
opencv_core.greaterThanEquals(Mat a,
double s) |
static MatExpr |
opencv_core.greaterThanEquals(Mat a,
Mat b) |
static MatExpr |
opencv_core.lessThan(double s,
Mat a) |
static MatExpr |
opencv_core.lessThan(Mat a,
double s) |
static MatExpr |
opencv_core.lessThan(Mat a,
Mat b) |
static MatExpr |
opencv_core.lessThanEquals(double s,
Mat a) |
static MatExpr |
opencv_core.lessThanEquals(Mat a,
double s) |
static MatExpr |
opencv_core.lessThanEquals(Mat a,
Mat b) |
static MatExpr |
opencv_core.max(double s,
Mat a) |
static MatExpr |
opencv_core.max(Mat a,
double s) |
static MatExpr |
opencv_core.max(Mat a,
Mat b) |
static MatExpr |
opencv_core.min(double s,
Mat a) |
static MatExpr |
opencv_core.min(Mat a,
double s) |
static MatExpr |
opencv_core.min(Mat a,
Mat b) |
static MatExpr |
opencv_core.multiply(double s,
Mat a) |
static MatExpr |
opencv_core.multiply(double s,
MatExpr e) |
static MatExpr |
opencv_core.multiply(Mat a,
double s) |
static MatExpr |
opencv_core.multiply(MatExpr e,
double s) |
static MatExpr |
opencv_core.multiply(MatExpr e,
Mat m) |
static MatExpr |
opencv_core.multiply(MatExpr e1,
MatExpr e2) |
static MatExpr |
opencv_core.multiply(Mat a,
Mat b) |
static MatExpr |
opencv_core.multiply(Mat m,
MatExpr e) |
static MatExpr |
opencv_core.not(Mat m) |
static MatExpr |
opencv_core.notEquals(double s,
Mat a) |
static MatExpr |
opencv_core.notEquals(Mat a,
double s) |
static MatExpr |
opencv_core.notEquals(Mat a,
Mat b) |
static MatExpr |
opencv_core.or(Mat a,
Mat b) |
static MatExpr |
opencv_core.or(Mat a,
Scalar s) |
static MatExpr |
opencv_core.or(Scalar s,
Mat a) |
static MatExpr |
opencv_core.subtract(Mat m) |
static MatExpr |
opencv_core.subtract(MatExpr e) |
static MatExpr |
opencv_core.subtract(MatExpr e,
Mat m) |
static MatExpr |
opencv_core.subtract(MatExpr e1,
MatExpr e2) |
static MatExpr |
opencv_core.subtract(MatExpr e,
Scalar s) |
static MatExpr |
opencv_core.subtract(Mat a,
Mat b) |
static MatExpr |
opencv_core.subtract(Mat m,
MatExpr e) |
static MatExpr |
opencv_core.subtract(Mat a,
Scalar s) |
static MatExpr |
opencv_core.subtract(Scalar s,
Mat a) |
static MatExpr |
opencv_core.subtract(Scalar s,
MatExpr e) |
static MatExpr |
opencv_core.xor(Mat a,
Mat b) |
static MatExpr |
opencv_core.xor(Mat a,
Scalar s) |
static MatExpr |
opencv_core.xor(Scalar s,
Mat a) |
| Modifier and Type | Method and Description |
|---|---|
static MatExpr |
opencv_core.abs(MatExpr e)
\overload
|
static MatExpr |
opencv_core.add(MatExpr e,
Mat m) |
static MatExpr |
opencv_core.add(MatExpr e1,
MatExpr e2) |
static MatExpr |
opencv_core.add(MatExpr e,
Scalar s) |
static MatExpr |
opencv_core.add(Mat m,
MatExpr e) |
static MatExpr |
opencv_core.add(Scalar s,
MatExpr e) |
static MatExpr |
opencv_core.divide(double s,
MatExpr e) |
static MatExpr |
opencv_core.divide(MatExpr e,
double s) |
static MatExpr |
opencv_core.divide(MatExpr e,
Mat m) |
static MatExpr |
opencv_core.divide(MatExpr e1,
MatExpr e2) |
static MatExpr |
opencv_core.divide(Mat m,
MatExpr e) |
static MatExpr |
opencv_core.multiply(double s,
MatExpr e) |
static MatExpr |
opencv_core.multiply(MatExpr e,
double s) |
static MatExpr |
opencv_core.multiply(MatExpr e,
Mat m) |
static MatExpr |
opencv_core.multiply(MatExpr e1,
MatExpr e2) |
static MatExpr |
opencv_core.multiply(Mat m,
MatExpr e) |
static MatExpr |
opencv_core.subtract(MatExpr e) |
static MatExpr |
opencv_core.subtract(MatExpr e,
Mat m) |
static MatExpr |
opencv_core.subtract(MatExpr e1,
MatExpr e2) |
static MatExpr |
opencv_core.subtract(MatExpr e,
Scalar s) |
static MatExpr |
opencv_core.subtract(Mat m,
MatExpr e) |
static MatExpr |
opencv_core.subtract(Scalar s,
MatExpr e) |
| Modifier and Type | Method and Description |
|---|---|
MatExpr |
MatExpr.a(Mat setter) |
MatExpr |
MatExpr.alpha(double setter) |
MatExpr |
MatExpr.apply(Range rowRange,
Range colRange) |
MatExpr |
MatExpr.apply(Rect roi) |
MatExpr |
MatExpr.b(Mat setter) |
MatExpr |
MatExpr.beta(double setter) |
MatExpr |
MatExpr.c(Mat setter) |
MatExpr |
MatExpr.col(int x) |
MatExpr |
MatExpr.diag() |
MatExpr |
MatExpr.diag(int d) |
static MatExpr |
Mat.eye(int rows,
int cols,
int type)
\brief Returns an identity matrix of the specified size and type.
|
static MatExpr |
Mat.eye(Size size,
int type)
\overload
|
MatExpr |
MatExpr.flags(int setter) |
MatExpr |
MatExpr.getPointer(long i) |
MatExpr |
MatExpr.inv() |
MatExpr |
Mat.inv() |
MatExpr |
MatExpr.inv(int method) |
MatExpr |
Mat.inv(int method)
\brief Inverses a matrix.
|
MatExpr |
Mat.mul(GpuMat m) |
MatExpr |
Mat.mul(GpuMat m,
double scale) |
MatExpr |
MatExpr.mul(Mat m) |
MatExpr |
Mat.mul(Mat m) |
MatExpr |
MatExpr.mul(Mat m,
double scale) |
MatExpr |
Mat.mul(Mat m,
double scale)
\brief Performs an element-wise multiplication or division of the two matrices.
|
MatExpr |
MatExpr.mul(MatExpr e) |
MatExpr |
MatExpr.mul(MatExpr e,
double scale) |
MatExpr |
Mat.mul(UMat m) |
MatExpr |
Mat.mul(UMat m,
double scale) |
static MatExpr |
Mat.ones(int rows,
int cols,
int type)
\brief Returns an array of all 1's of the specified size and type.
|
static MatExpr |
Mat.ones(Size size,
int type)
\overload
|
MatExpr |
MatExpr.op(MatOp setter) |
MatExpr |
MatExpr.position(long position) |
MatExpr |
MatExpr.row(int y) |
MatExpr |
MatExpr.s(Scalar setter) |
MatExpr |
MatExpr.t() |
MatExpr |
Mat.t()
\brief Transposes a matrix.
|
static MatExpr |
Mat.zeros(int rows,
int cols,
int type)
\brief Returns a zero array of the specified size and type.
|
static MatExpr |
Mat.zeros(Size size,
int type)
\overload
|
| Modifier and Type | Method and Description |
|---|---|
void |
MatOp.abs(MatExpr expr,
MatExpr res) |
void |
MatOp.add(MatExpr expr1,
MatExpr expr2,
MatExpr res) |
void |
MatOp.add(MatExpr expr1,
Scalar s,
MatExpr res) |
void |
MatOp.assign(MatExpr expr,
Mat m) |
void |
MatOp.assign(MatExpr expr,
Mat m,
int type) |
void |
MatOp.augAssignAdd(MatExpr expr,
Mat m) |
void |
MatOp.augAssignAnd(MatExpr expr,
Mat m) |
void |
MatOp.augAssignDivide(MatExpr expr,
Mat m) |
void |
MatOp.augAssignMultiply(MatExpr expr,
Mat m) |
void |
MatOp.augAssignOr(MatExpr expr,
Mat m) |
void |
MatOp.augAssignSubtract(MatExpr expr,
Mat m) |
void |
MatOp.augAssignXor(MatExpr expr,
Mat m) |
void |
MatOp.diag(MatExpr expr,
int d,
MatExpr res) |
void |
MatOp.divide(double s,
MatExpr expr,
MatExpr res) |
void |
MatOp.divide(MatExpr expr1,
MatExpr expr2,
MatExpr res) |
void |
MatOp.divide(MatExpr expr1,
MatExpr expr2,
MatExpr res,
double scale) |
boolean |
MatOp.elementWise(MatExpr expr) |
void |
MatOp.invert(MatExpr expr,
int method,
MatExpr res) |
void |
MatOp.matmul(MatExpr expr1,
MatExpr expr2,
MatExpr res) |
MatExpr |
MatExpr.mul(MatExpr e) |
MatExpr |
MatExpr.mul(MatExpr e,
double scale) |
void |
MatOp.multiply(MatExpr expr1,
double s,
MatExpr res) |
void |
MatOp.multiply(MatExpr expr1,
MatExpr expr2,
MatExpr res) |
void |
MatOp.multiply(MatExpr expr1,
MatExpr expr2,
MatExpr res,
double scale) |
Mat |
Mat.put(MatExpr expr)
\overload
|
void |
MatOp.roi(MatExpr expr,
Range rowRange,
Range colRange,
MatExpr res) |
Size |
MatOp.size(MatExpr expr) |
void |
MatOp.subtract(MatExpr expr1,
MatExpr expr2,
MatExpr res) |
void |
MatOp.subtract(Scalar s,
MatExpr expr,
MatExpr res) |
void |
MatExpr.swap(MatExpr b) |
void |
MatOp.transpose(MatExpr expr,
MatExpr res) |
int |
MatOp.type(MatExpr expr) |
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