Class: QgsRasterMatrix¶

Represents a matrix in a raster calculator operation.

Methods

`absoluteValue`	Calculates the absolute value
`acosinus`
`add`	Adds another matrix to this one
`asinus`
`atangens`
`changeSign`
`cosinus`
`divide`
`equal`
`greaterEqual`
`greaterThan`
`isNumber`	Returns `True` if matrix is 1x1 (=scalar number)
`lesserEqual`
`lesserThan`
`log`
`log10`
`logicalAnd`
`logicalOr`
`max`	Calculates the maximum value between two matrices
`min`	Calculates the minimum value between two matrices
`multiply`
`nColumns`
`nRows`
`nodataValue`
`notEqual`
`number`
`power`
`setData`
`setNodataValue`
`sinus`
`squareRoot`
`subtract`	Subtracts another matrix from this one
`tangens`

Attributes

`opABS`
`opACOS`
`opAND`
`opASIN`
`opATAN`
`opCOS`
`opDIV`
`opEQ`
`opGE`
`opGT`
`opLE`
`opLOG`
`opLOG10`
`opLT`
`opMAX`
`opMIN`
`opMINUS`
`opMUL`
`opNE`
`opOR`
`opPLUS`
`opPOW`
`opSIGN`
`opSIN`
`opSQRT`
`opTAN`

class qgis.analysis.QgsRasterMatrix[source]¶

Bases: object

class OneArgOperator¶: Bases: int

class TwoArgOperator¶: Bases: int

absoluteValue(self) → bool[source]¶

Calculates the absolute value

Return type:: bool
Returns:: True on success

Added in version 3.10.

acosinus(self) → bool[source]¶

Return type:: bool

add(self, other: QgsRasterMatrix) → bool[source]¶

Adds another matrix to this one

Parameters:: other (QgsRasterMatrix)
Return type:: bool

asinus(self) → bool[source]¶

Return type:: bool

atangens(self) → bool[source]¶

Return type:: bool

changeSign(self) → bool[source]¶

Return type:: bool

cosinus(self) → bool[source]¶

Return type:: bool

divide(self, other: QgsRasterMatrix) → bool[source]¶

Parameters:: other (QgsRasterMatrix)
Return type:: bool

equal(self, other: QgsRasterMatrix) → bool[source]¶

Parameters:: other (QgsRasterMatrix)
Return type:: bool

greaterEqual(self, other: QgsRasterMatrix) → bool[source]¶

Parameters:: other (QgsRasterMatrix)
Return type:: bool

greaterThan(self, other: QgsRasterMatrix) → bool[source]¶

Parameters:: other (QgsRasterMatrix)
Return type:: bool

isNumber(self) → bool[source]¶

Returns True if matrix is 1x1 (=scalar number)

Return type:: bool

lesserEqual(self, other: QgsRasterMatrix) → bool[source]¶

Parameters:: other (QgsRasterMatrix)
Return type:: bool

lesserThan(self, other: QgsRasterMatrix) → bool[source]¶

Parameters:: other (QgsRasterMatrix)
Return type:: bool

log(self) → bool[source]¶

Return type:: bool

log10(self) → bool[source]¶

Return type:: bool

logicalAnd(self, other: QgsRasterMatrix) → bool[source]¶

Parameters:: other (QgsRasterMatrix)
Return type:: bool

logicalOr(self, other: QgsRasterMatrix) → bool[source]¶

Parameters:: other (QgsRasterMatrix)
Return type:: bool

max(self, other: QgsRasterMatrix) → bool[source]¶

Calculates the maximum value between two matrices

Return type:: bool
Returns:: True on success

Added in version 3.10.

Parameters:: other (QgsRasterMatrix)

min(self, other: QgsRasterMatrix) → bool[source]¶

Calculates the minimum value between two matrices

Return type:: bool
Returns:: True on success

Added in version 3.10.

Parameters:: other (QgsRasterMatrix)

multiply(self, other: QgsRasterMatrix) → bool[source]¶

Parameters:: other (QgsRasterMatrix)
Return type:: bool

nColumns(self) → int[source]¶

Return type:: int

nRows(self) → int[source]¶

Return type:: int

nodataValue(self) → float[source]¶

Return type:: float

notEqual(self, other: QgsRasterMatrix) → bool[source]¶

Parameters:: other (QgsRasterMatrix)
Return type:: bool

number(self) → float[source]¶

Return type:: float

opABS = 10¶

opACOS = 5¶

opAND = 11¶

opASIN = 4¶

opATAN = 6¶

opCOS = 2¶

opDIV = 3¶

opEQ = 5¶

opGE = 9¶

opGT = 7¶

opLE = 10¶

opLOG = 8¶

opLOG10 = 9¶

opLT = 8¶

opMAX = 14¶

opMIN = 13¶

opMINUS = 1¶

opMUL = 2¶

opNE = 6¶

opOR = 12¶

opPLUS = 0¶

opPOW = 4¶

opSIGN = 7¶

opSIN = 1¶

opSQRT = 0¶

opTAN = 3¶

power(self, other: QgsRasterMatrix) → bool[source]¶

Parameters:: other (QgsRasterMatrix)
Return type:: bool

setData(self, cols: int, rows: int, nodataValue: float) → float | None[source]¶

Parameters:

cols (int)
rows (int)
nodataValue (float)

Return type:

Optional[float]

setNodataValue(self, d: float)[source]¶

Parameters:: d (float)

sinus(self) → bool[source]¶

Return type:: bool

squareRoot(self) → bool[source]¶

Return type:: bool

subtract(self, other: QgsRasterMatrix) → bool[source]¶

Subtracts another matrix from this one

Parameters:: other (QgsRasterMatrix)
Return type:: bool

tangens(self) → bool[source]¶

Return type:: bool