Typedefs
typedef struct TinyTIFFWriterFile	TinyTIFFWriterFile
	struct used to describe a TIFF file

Enumerations
enum	TinyTIFFWriterSampleFormat { TinyTIFFWriter_UInt , TinyTIFFWriter_Int , TinyTIFFWriter_Float }
	allows to specify in TinyTIFFWriter_open() the type of the data More...

enum	TinyTIFFWriterSampleInterpretation { TinyTIFFWriter_AutodetectSampleInterpetation , TinyTIFFWriter_Greyscale , TinyTIFFWriter_GreyscaleAndAlpha , TinyTIFFWriter_RGB , TinyTIFFWriter_RGBA }
	allows to specify in TinyTIFFWriter_open() how to interpret the image channels More...

Functions
TINYTIFF_EXPORT void	TinyTIFFWriter_close (TinyTIFFWriterFile *tiff)
	close a given TIFF file

TINYTIFF_EXPORT void	TinyTIFFWriter_close_withdescription (TinyTIFFWriterFile tiff, const char imageDescription)
	close a given TIFF file and write the given string into the IMageDescription tag of the first frame in the file.

TINYTIFF_EXPORT void	TinyTIFFWriter_close_withmetadatadescription (TinyTIFFWriterFile *tiff, double pixel_width, double pixel_height, double frametime, double deltaz)
	close a given TIFF file

TINYTIFF_EXPORT const char *	TinyTIFFWriter_getLastError (TinyTIFFWriterFile *tiff)
	returns a pointer to the last error message

TINYTIFF_EXPORT int	TinyTIFFWriter_getMaxDescriptionTextSize ()
	maximum size of the imageDescription field in the first frame (including trailing `0`, which has to be present!)

TINYTIFF_EXPORT TinyTIFFWriterFile *	TinyTIFFWriter_open (const char *filename, uint16_t bitsPerSample, enum TinyTIFFWriterSampleFormat sampleFormat, uint16_t samples, uint32_t width, uint32_t height, enum TinyTIFFWriterSampleInterpretation sampleInterpretation)
	create a new TIFF file

TINYTIFF_EXPORT int	TinyTIFFWriter_success (TinyTIFFWriterFile *tiff)
	returns TINYTIFF_TRUE (non-zero) when there was no error in the last function call, or TINYTIFF_FALSE if there was an error

TINYTIFF_EXPORT int	TinyTIFFWriter_wasError (TinyTIFFWriterFile *tiff)
	returns TRUE (non-zero) when there was an error in the last function call, or FALSE (zero) if there was no error

TINYTIFF_EXPORT int	TinyTIFFWriter_writeImage (TinyTIFFWriterFile tiff, const void data)
	Write a new image to the give TIFF file, in chunky configuration, expects the data to be chunky too. This method is here for compatibility with older version on TinyTIFFWriter an for simple semantics for 1-sample data, where the organization does not play any role!

TINYTIFF_EXPORT int	TinyTIFFWriter_writeImageChunkyReorder (TinyTIFFWriterFile tiff, const void data)
	write a new image to the give TIFF file, in planar configuration, i.e. the image data is reorganized from RGBRGBRGB to RRR...GGG...BBB... before writing. This operation requires additional memory and time! Use TinyTIFFWriter_writeImage() for speed

TINYTIFF_EXPORT int	TinyTIFFWriter_writeImageMultiSample (TinyTIFFWriterFile tiff, const void data, enum TinyTIFFSampleLayout inputOrganisation, enum TinyTIFFSampleLayout outputOrganization)
	write a new image to the give TIFF file. the image ist stored in separate planes or planar configuration, dependeing on outputOrganization and the data is possibly reorganized

TINYTIFF_EXPORT int	TinyTIFFWriter_writeImagePlanarReorder (TinyTIFFWriterFile tiff, const void data)
	write a new image to the give TIFF file, in planar configuration, i.e. the image data is reorganized from RGBRGBRGB to RRR...GGG...BBB... before writing. This operation requires additional memory and time! Use TinyTIFFWriter_writeImage() for speed

Detailed Description

Enumeration Type Documentation

◆ TinyTIFFWriterSampleFormat

enum TinyTIFFWriterSampleFormat

allows to specify in TinyTIFFWriter_open() the type of the data

See also: TinyTIFFWriter_open()

Enumerator
TinyTIFFWriter_UInt	unsigned integer images (the default)
TinyTIFFWriter_Int	signed integer images
TinyTIFFWriter_Float	floating point images

◆ TinyTIFFWriterSampleInterpretation

enum TinyTIFFWriterSampleInterpretation

allows to specify in TinyTIFFWriter_open() how to interpret the image channels

See also: TinyTIFFWriter_open()

Enumerator
TinyTIFFWriter_AutodetectSampleInterpetation	tells TinyTIFFWriter_open() to try and determine the sample interpretation automatically from the sumber of samples!
TinyTIFFWriter_Greyscale	Greyscale image with one channel (samples need to be at least 1)
TinyTIFFWriter_GreyscaleAndAlpha	Greyscale image with one channel and one additional ALPHA channel (samples need to be at least 2)
TinyTIFFWriter_RGB	RGB image with three channel (samples need to be at least 3)
TinyTIFFWriter_RGBA	RGBA image with four channel (samples need to be at least 4)

Function Documentation

◆ TinyTIFFWriter_close()

TINYTIFF_EXPORT void TinyTIFFWriter_close ( TinyTIFFWriterFile * tiff )

close a given TIFF file

Parameters

tiff	TIFF file to close

This function also releases memory allocated in TinyTIFFWriter_open() in tiff.

◆ TinyTIFFWriter_close_withdescription()

TINYTIFF_EXPORT void TinyTIFFWriter_close_withdescription	(	TinyTIFFWriterFile *	tiff,
		const char *	imageDescription
	)

close a given TIFF file and write the given string into the IMageDescription tag of the first frame in the file.

Parameters

tiff	TIFF file to close
imageDescription	ImageDescription tag contents (max. size: TINYTIFFWRITER_DESCRIPTION_SIZE, including trailing 0!!!)

This function also releases memory allocated in TinyTIFFWriter_open() in tiff.

◆ TinyTIFFWriter_close_withmetadatadescription()

TINYTIFF_EXPORT void TinyTIFFWriter_close_withmetadatadescription	(	TinyTIFFWriterFile *	tiff,
		double	pixel_width,
		double	pixel_height,
		double	frametime,
		double	deltaz
	)

close a given TIFF file

Parameters

tiff	TIFF file to close
pixel_width	pixel width in nanometers
pixel_height	pixel width in nanometers
deltaz	in a multi-frame-TIFF distance between image planes in nanometers
frametime	in a multi-frame-TIFF frametime in seconds

This functions writes some additional data into the ImageDescription field of the first frame, if it is proved (!=0!!!). It also writes the image count there. The ImageDescription finally has the form:

    TinyTIFFWriter_version=1.1
    images=1000
    pixel_width=100
    pixel_height=100
    deltaz=100
    frametime=1e-4

This function also releases memory allocated in TinyTIFFWriter_open() in tiff.

◆ TinyTIFFWriter_getLastError()

TINYTIFF_EXPORT const char * TinyTIFFWriter_getLastError ( TinyTIFFWriterFile * tiff )

returns a pointer to the last error message

Parameters

tiff TIFF file

Note: the pointer is accessible as long as the TIFF file has not been closed using TINYTIFFWRITER_close()

◆ TinyTIFFWriter_open()

TINYTIFF_EXPORT TinyTIFFWriterFile * TinyTIFFWriter_open	(	const char *	filename,
		uint16_t	bitsPerSample,
		enum TinyTIFFWriterSampleFormat	sampleFormat,
		uint16_t	samples,
		uint32_t	width,
		uint32_t	height,
		enum TinyTIFFWriterSampleInterpretation	sampleInterpretation
	)

create a new TIFF file

Parameters

filename	name of the new TIFF file
number	of samples per pixel (e.g. 3 for RGB images)
bitsPerSample	bits used to save each sample of the images
samples	number of samples in each frame, See documentation of TinyTIFFWriterSampleInterpretation for limitations that apply, if set to 0, the number of samples is automatically determined from the value of sampleInterpretation
width	width of the images in pixels
height	height of the images in pixels
sampleFormat	data type of data in image pixels
sampleInterpretation	how to interpret the samples in each frame. Note that you may specify more samples than required by the value from TinyTIFFWriterSampleInterpretation these are then marked as unspecified samples. If you want to store alpha information or else, choose the correct value from TinyTIFFWriterSampleInterpretation! if TinyTIFFWriter_AutodetectSampleInterpetation is specified, the sample interpretation is choosen from the number of channels (as specified in TinyTIFFWriterSampleInterpretation, i.e. 1 channel=greyscale, 2 channels=greyscale+alpha, 3 channels=RGB, 4 channels= RGBA)

Returns: a new TinyTIFFWriterFile pointer on success, or NULL on errors

See also: TinyTIFFWriterSampleInterpretation

◆ TinyTIFFWriter_success()

TINYTIFF_EXPORT int TinyTIFFWriter_success ( TinyTIFFWriterFile * tiff )

returns TINYTIFF_TRUE (non-zero) when there was no error in the last function call, or TINYTIFF_FALSE if there was an error

Parameters

tiff TIFF file

◆ TinyTIFFWriter_wasError()

TINYTIFF_EXPORT int TinyTIFFWriter_wasError ( TinyTIFFWriterFile * tiff )

returns TRUE (non-zero) when there was an error in the last function call, or FALSE (zero) if there was no error

Parameters

tiff TIFF file

◆ TinyTIFFWriter_writeImage()

TINYTIFF_EXPORT int TinyTIFFWriter_writeImage	(	TinyTIFFWriterFile *	tiff,
		const void *	data
	)

Write a new image to the give TIFF file, in chunky configuration, expects the data to be chunky too. This method is here for compatibility with older version on TinyTIFFWriter an for simple semantics for 1-sample data, where the organization does not play any role!

This is equivalent to calling

TinyTIFFWriter_writeImageMultiSample(tiff, data, TinyTIFF_Interleaved, TinyTIFF_Interleaved);

TinyTIFFWriter_writeImageMultiSample

int TinyTIFFWriter_writeImageMultiSample(TinyTIFFWriterFile *tiff, const void *data, enum TinyTIFFSampleLayout inputOrganisation, enum TinyTIFFSampleLayout outputOrganization)

write a new image to the give TIFF file. the image ist stored in separate planes or planar configurat...

Definition tinytiffwriter.c:895

TinyTIFF_Interleaved

@ TinyTIFF_Interleaved

Definition tinytiff_defs.h:74

Parameters

tiff	TIFF file to write to
data	points to the image in row-major ordering with the right bit-depth, multi-sample data has to be provided in the "chunky" format, e.g. if you have 3 samples ("R", "G" and "B"), the the data in this field has to be `R1G1B1\|R2G2B2\|R3G3B3\|R4G4B4\|`...

Returns: TINYTIFF_TRUE on success and TINYTIFF_FALSE on failure. An error description can be obtained by calling TinyTIFFWriter_getLastError().

◆ TinyTIFFWriter_writeImageChunkyReorder()

TINYTIFF_EXPORT int TinyTIFFWriter_writeImageChunkyReorder	(	TinyTIFFWriterFile *	tiff,
		const void *	data
	)

write a new image to the give TIFF file, in planar configuration, i.e. the image data is reorganized from RGBRGBRGB to RRR...GGG...BBB... before writing. This operation requires additional memory and time! Use TinyTIFFWriter_writeImage() for speed

This is equivalent to calling

TinyTIFFWriter_writeImageMultiSample(tiff, data, TinyTIFF_Separate, TinyTIFF_Interleaved);

TinyTIFF_Separate

@ TinyTIFF_Separate

Definition tinytiff_defs.h:76

Parameters

tiff	TIFF file to write to
data	points to the image in row-major ordering with the right bit-depth, multi-sample data has to be provided in the "planat" format, e.g. if you have 3 samples ("R", "G" and "B"), the the data in this field has to be `R1R2R3R4`...G1G2G3G4...B1B2B3B4...

Returns: TINYTIFF_TRUE on success and TINYTIFF_FALSE on failure. An error description can be obtained by calling TinyTIFFWriter_getLastError().

Note: Note that the reorganization from planar to chunky requires additional time and memory! This can be seen in the following image comparing the performance of non-reordered writing (left) and writing with reordering

◆ TinyTIFFWriter_writeImageMultiSample()

TINYTIFF_EXPORT int TinyTIFFWriter_writeImageMultiSample	(	TinyTIFFWriterFile *	tiff,
		const void *	data,
		enum TinyTIFFSampleLayout	inputOrganisation,
		enum TinyTIFFSampleLayout	outputOrganization
	)

write a new image to the give TIFF file. the image ist stored in separate planes or planar configuration, dependeing on outputOrganization and the data is possibly reorganized

Note: if outputOrganization does not match inputOrganisation. Note that such a reorganization requires additional time and memory! This can be seen in the following image comparing the performance of non-reordered writing (left) and writing with reordering

Parameters

tiff	TIFF file to write to
data	points to the image in row-major ordering with the right bit-depth, multi-sample data has to be provided in the format defined by inputOrganisation
inputOrganisation	data format of the multi-channel data in data
outputOrganization	data format of the image data in the generated TIFF file

Returns: TINYTIFF_TRUE on success and TINYTIFF_FALSE on failure. An error description can be obtained by calling TinyTIFFWriter_getLastError().

◆ TinyTIFFWriter_writeImagePlanarReorder()

TINYTIFF_EXPORT int TinyTIFFWriter_writeImagePlanarReorder	(	TinyTIFFWriterFile *	tiff,
		const void *	data
	)

write a new image to the give TIFF file, in planar configuration, i.e. the image data is reorganized from RGBRGBRGB to RRR...GGG...BBB... before writing. This operation requires additional memory and time! Use TinyTIFFWriter_writeImage() for speed

This is equivalent to calling

TinyTIFFWriter_writeImageMultiSample(tiff, data, TinyTIFF_Interleaved, TinyTIFF_Separate);

Parameters

tiff	TIFF file to write to
data	points to the image in row-major ordering with the right bit-depth, multi-sample data has to be provided in the "chunky" format, e.g. if you have 3 samples ("R", "G" and "B"), the the data in this field has to be `R1G1B1\|R2G2B2\|R3G3B3\|R4G4B4\|`...

Returns: TINYTIFF_TRUE on success and TINYTIFF_FALSE on failure. An error description can be obtained by calling TinyTIFFWriter_getLastError().

Note: Note that the reorganization from chunky to planar requires additional time and memory! This can be seen in the following image comparing the performance of non-reordered writing (left) and writing with reordering

Typedefs

Enumerations

Functions

Detailed Description

Enumeration Type Documentation

◆ TinyTIFFWriterSampleFormat

◆ TinyTIFFWriterSampleInterpretation

Function Documentation

◆ TinyTIFFWriter_close()

◆ TinyTIFFWriter_close_withdescription()

◆ TinyTIFFWriter_close_withmetadatadescription()

◆ TinyTIFFWriter_getLastError()

◆ TinyTIFFWriter_open()

◆ TinyTIFFWriter_success()

◆ TinyTIFFWriter_wasError()

◆ TinyTIFFWriter_writeImage()

◆ TinyTIFFWriter_writeImageChunkyReorder()

◆ TinyTIFFWriter_writeImageMultiSample()

◆ TinyTIFFWriter_writeImagePlanarReorder()