MLWriteablePagedImageWrapper Class Reference

This class allows read/write access to a ml::PagedImage. More...

Inherits MLPagedImageWrapper.

List of all members.

Public Slots
Property write access
void	setDataType (int dataType)
void	setDataTypeFromName (const char *name)
void	setDataTypeFromNumPyType (int numPyDataType)
void	setImageExtent (quint64 x, quint64 y, quint64 z=1, quint64 c=1, quint64 t=1, quint64 u=1)
void	setImageExtent (const QList< qint64 > &ext)
void	setImageProperties (MLPagedImageWrapper *image)
void	setInputSubImageDataType (int index, int dataType)
void	setInputSubImageDataTypeFromName (int index, const char *name)
void	setInvalid ()
void	setMaxVoxelValue (double value)
void	setMinVoxelValue (double value)
void	setPageExtent (const QList< qint64 > &ext)
void	setPageExtent (quint64 x, quint64 y, quint64 z=1, quint64 c=1, quint64 t=1, quint64 u=1)
void	setStateInfo (const char *stateInfo)
void	setValid (bool flag=true)
void	setVoxelSize (const QList< double > voxelSize)
void	setVoxelSize (double vx, double vy, double vz)
void	setVoxelToWorldMatrix (const QVariantList &matrix)

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Detailed Description

This class allows read/write access to a ml::PagedImage.

It is available to Python modules that implement calculateOutputProperties.

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Member Function Documentation

void MLWriteablePagedImageWrapper::setDataType

(

int

dataType

)

[slot]

set datatype from ML datatype id (you may use the MLDataType names MLuint8Type etc.

which are available as enum values on this object).

void MLWriteablePagedImageWrapper::setDataTypeFromName

(

const char *

name

)

[slot]

set the datatype from the an ML datatype string name

void MLWriteablePagedImageWrapper::setDataTypeFromNumPyType

(

int

numPyDataType

)

[slot]

set the datatype from NumPy (use ndarray.dtype.num and not ndarray.dtype)

void MLWriteablePagedImageWrapper::setImageExtent	(	quint64	x,
		quint64	y,
		quint64	z = 1,
		quint64	c = 1,
		quint64	t = 1,
		quint64	u = 1
	)			[slot]

set the image extent

void MLWriteablePagedImageWrapper::setImageExtent

(

const QList< qint64 > &

ext

)

[slot]

set the image extent

void MLWriteablePagedImageWrapper::setImageProperties

(

MLPagedImageWrapper *

image

)

[slot]

take over the essential image properties (but not the data/pages) of the given image (this is typically done to copy the image properties from an input image to an output image).

void MLWriteablePagedImageWrapper::setInputSubImageDataType	(	int	index,
		int	dataType
	)			[slot]

set the ML datatype for the input image index (default is datatype of output)

void MLWriteablePagedImageWrapper::setInputSubImageDataTypeFromName	(	int	index,
		const char *	name
	)			[slot]

set the ML datatype for the input image index (default is datatype of output)

void MLWriteablePagedImageWrapper::setInvalid

(

)

[inline, slot]

invalidate the output image

void MLWriteablePagedImageWrapper::setMaxVoxelValue

(

double

value

)

[inline, slot]

set the maximum voxel value

void MLWriteablePagedImageWrapper::setMinVoxelValue

(

double

value

)

[inline, slot]

set the minimum voxel value

void MLWriteablePagedImageWrapper::setPageExtent

(

const QList< qint64 > &

ext

)

[slot]

set the page extent

void MLWriteablePagedImageWrapper::setPageExtent	(	quint64	x,
		quint64	y,
		quint64	z = 1,
		quint64	c = 1,
		quint64	t = 1,
		quint64	u = 1
	)			[slot]

set the page extent

void MLWriteablePagedImageWrapper::setStateInfo

(

const char *

stateInfo

)

[inline, slot]

set the state info of the image (only useful if the image invalid)

void MLWriteablePagedImageWrapper::setValid

(

bool

flag = true

)

[inline, slot]

make the output image valid (which is the default when calculateOutputProperties is called)

void MLWriteablePagedImageWrapper::setVoxelSize

(

const QList< double >

voxelSize

)

[slot]

set the voxel size

void MLWriteablePagedImageWrapper::setVoxelSize	(	double	vx,
		double	vy,
		double	vz
	)			[slot]

set the voxel size

void MLWriteablePagedImageWrapper::setVoxelToWorldMatrix

(

const QVariantList &

matrix

)

[slot]

set the voxel to world matrix (and update the worldToVoxel matrix and voxelsize)