Index
Modules:
manu,
manu/cholesky,
manu/eigen,
manu/lu,
manu/matrix,
manu/qr,
manu/svd.
API symbols
- `$`:
- `*.=`:
- `*.`:
- `*=`:
- `*`:
- `+=`:
- `+`:
- `-=`:
- `-`:
- `/.=`:
- `/.`:
- `/=`:
- `/`:
- `=copy`:
- `=destroy`:
- `=dup`:
- `[]=`:
- matrix: proc `[]=`[T](v: var ColVector[T]; i: int; s: T)
- matrix: proc `[]=`[T, U, V, W, X](m: var Matrix[T]; r: HSlice[U, V]; c: HSlice[W, X];
a: Matrix[T])
- matrix: proc `[]=`[T, U, V](m: var Matrix[T]; r: HSlice[U, V]; c: openArray[SomeInteger];
a: Matrix[T])
- matrix: proc `[]=`[T](m: var Matrix[T]; i, j: int; s: T)
- matrix: proc `[]=`[T, U, V](m: var Matrix[T]; r: openArray[SomeInteger]; c: HSlice[U, V];
a: Matrix[T])
- matrix: proc `[]=`[T](m: var Matrix[T]; r, c: openArray[SomeInteger]; a: Matrix[T])
- matrix: proc `[]=`[T](v: var RowVector[T]; j: int; s: T)
- `[]`:
- matrix: proc `[]`[T](v: ColVector[T]; i: int): T
- matrix: proc `[]`[T](v: var ColVector[T]; i: int): var T
- matrix: proc `[]`[T, U, V, W, X](m: Matrix[T]; r: HSlice[U, V]; c: HSlice[W, X]): Matrix[T]
- matrix: proc `[]`[T, U, V](m: Matrix[T]; r: HSlice[U, V]; c: openArray[SomeInteger]): Matrix[
T]
- matrix: proc `[]`[T](m: Matrix[T]; i, j: int): T
- matrix: proc `[]`[T](m: var Matrix[T]; i, j: int): var T
- matrix: proc `[]`[T, U, V](m: Matrix[T]; r: openArray[SomeInteger]; c: HSlice[U, V]): Matrix[
T]
- matrix: proc `[]`[T](m: Matrix[T]; r, c: openArray[SomeInteger]): Matrix[T]
- matrix: proc `[]`[T](v: RowVector[T]; j: int): T
- matrix: proc `[]`[T](v: var RowVector[T]; j: int): var T
- arccos:
- arcsin:
- arctan:
- cbrt:
- ceil:
- chol:
- CholeskyDecomposition:
- columnDimension:
- ColVector:
- ColVector32:
- ColVector64:
- cond:
- cos:
- cosh:
- degToRad:
- det:
- dim:
- eig:
- EigenvalueDecomposition:
- erf:
- erfc:
- exp:
- eye:
- eye32:
- eye64:
- floor:
- gamma:
- getArray:
- getColumnPacked:
- getD:
- getFloatPivot:
- getH:
- getImagEigenvalues:
- getL:
- getPivot:
- getQ:
- getR:
- getRealEigenvalues:
- getRowPacked:
- getS:
- getSingularValues:
- getU:
- getV:
- identity:
- inverse:
- isFullRank:
- isNonsingular:
- isSpd:
- lgamma:
- ln:
- log10:
- log2:
- lu:
- LUDecomposition:
- luGauss:
- m:
- makeUniversal:
- makeUniversalBinary:
- makeUniversalBinaryImpl:
- makeUniversalBinaryInplace:
- makeUniversalBinaryInplaceImpl:
- makeUniversalBinaryScalarInplace:
- Matrix:
- matrix:
- Matrix32:
- Matrix64:
- matrixUninit:
- n:
- norm1:
- norm2:
- normF:
- normInf:
- ones:
- ones32:
- ones64:
- qr:
- QRDecomposition:
- radToDeg:
- randMatrix:
- randMatrix32:
- randMatrix64:
- randNMatrix:
- randNMatrix32:
- randNMatrix64:
- rank:
- rowDimension:
- RowVector:
- RowVector32:
- RowVector64:
- sin:
- SingularValueDecomposition:
- sinh:
- solve:
- solveTranspose:
- sqrt:
- sum:
- sumColumns:
- sumRows:
- svd:
- tan:
- tanh:
- trace:
- transpose:
- trunc:
- zeros:
- zeros32:
- zeros64:
Made with Nim. Generated: 2023-06-05 09:30:12 UTC