BaseBitmap Class Reference

#include <c4d_basebitmap.h>

Inheritance diagram for BaseBitmap:

Detailed Description

The bitmap class can be used to load, read, draw and save bitmap pictures of various formats.
Bitmaps are organized so that the 2D point [0,0] is the top left corner. Be sure to call Init() before you attempt to use a newly allocated bitmap.

Note

Has to be created with Alloc() and destroyed with Free(). Use AutoAlloc to automate the allocation and destruction based on scope.

Warning

Though BaseBitmap can work with other bit depths than 24 and 32, note that only these function support other bit depths:
GetBw(), GetBh(), GetBt(), GetBpz(), Init(), GetLine(), SetLine(), GetPixelCnt(), SetPixelCnt(), SetCMAP(),
AddChannel(), RemoveChannel(), GetAlphaPixel(), SetAlphaPixel(), GetInternalChannel(), GetChannelCount(), GetChannelNum()
To use higher bit depths or multiple channels, see MultipassBitmap.

Private Member Functions
	BaseBitmap ()
	~BaseBitmap ()

Color Profile
static constexpr Int32	COLORPROFILE_INDEX_IMAGE
static constexpr Int32	COLORPROFILE_INDEX_RENDERSPACE
static constexpr Int32	COLORPROFILE_INDEX_VIEW_TRANSFORM
static constexpr Int32	COLORPROFILE_INDEX_DISPLAYSPACE
Bool	SetColorProfile (const ColorProfile *profile, Int32 index=COLORPROFILE_INDEX_IMAGE)
const ColorProfile *	GetColorProfile (Int32 index=COLORPROFILE_INDEX_IMAGE) const

Alloc/Free
static BaseBitmap *	Alloc (void)
static void	Free (BaseBitmap *&bm)

Init
static IMAGERESULT	Init (BaseBitmap *&res, const Filename &name, Int32 frame=-1, Bool *ismovie=nullptr, BitmapLoaderPlugin **loaderplugin=nullptr, const maxon::Delegate< void(Float progress)> &progressCallback=nullptr)
IMAGERESULT	Init (const Filename &name, Int32 frame=-1, Bool *ismovie=nullptr)
IMAGERESULT	Init (Int32 x, Int32 y, Int32 depth=24, INITBITMAPFLAGS flags=INITBITMAPFLAGS::NONE)

Reset
void	FlushAll (void)

Save
IMAGERESULT	Save (const Filename &name, Int32 format, BaseContainer *data, SAVEBIT savebits) const

Copy
BaseBitmap *	GetClone (void) const
BaseBitmap *	GetClonePart (Int32 x, Int32 y, Int32 w, Int32 h) const
Bool	CopyTo (BaseBitmap *dst) const
Bool	CopyPartTo (BaseBitmap *dst, Int32 x, Int32 y, Int32 w, Int32 h) const

Bitmap Information
Int32	GetBw (void) const
Int32	GetBh (void) const
Int32	GetBt (void) const
Int32	GetBpz (void) const
COLORMODE	GetColorMode (void) const

Scaling
void	ScaleIt (BaseBitmap *dst, Int32 intens, Bool sample, Bool nprop) const
void	ScaleBicubic (BaseBitmap *dst, Int32 src_xmin, Int32 src_ymin, Int32 src_xmax, Int32 src_ymax, Int32 dst_xmin, Int32 dst_ymin, Int32 dst_xmax, Int32 dst_ymax) const

Drawing
void	SetPen (Int32 r, Int32 g, Int32 b)
void	Clear (Int32 r, Int32 g, Int32 b)
void	Clear (Int32 x1, Int32 y1, Int32 x2, Int32 y2, Int32 r, Int32 g, Int32 b)
void	Line (Int32 x1, Int32 y1, Int32 x2, Int32 y2)
void	Arc (Int32 x, Int32 y, Float radius, Float angle_start, Float angle_end, Int32 subdiv=32)

Get/Set Pixels
void	GetPixel (Int32 x, Int32 y, UInt16 *r, UInt16 *g, UInt16 *b) const
Vector32	GetPixelDirect (Int32 x, Int32 y) const
Bool	SetPixel (Int32 x, Int32 y, Int32 r, Int32 g, Int32 b)
void	GetAlphaPixel (BaseBitmap *channel, Int32 x, Int32 y, UInt16 *val) const
Bool	SetAlphaPixel (BaseBitmap *channel, Int32 x, Int32 y, Int32 val)
void	GetPixelCnt (Int32 x, Int32 y, Int32 cnt, UChar *buffer, Int32 inc, COLORMODE dstmode, PIXELCNT flags, ColorProfileConvert *conversion=nullptr) const
Bool	SetPixelCnt (Int32 x, Int32 y, Int32 cnt, UChar *buffer, Int32 inc, COLORMODE srcmode, PIXELCNT flags)

Channels
BaseBitmap *	AddChannel (Bool internal, Bool straight)
void	RemoveChannel (BaseBitmap *channel)
const BaseBitmap *	GetInternalChannel (void) const
BaseBitmap *	GetInternalChannel (void)
Int32	GetChannelCount (void) const
const BaseBitmap *	GetChannelNum (Int32 num) const
BaseBitmap *	GetChannelNum (Int32 num)

Get/Set Data
GeData	GetData (Int32 id, const GeData &t_default) const
Bool	SetData (Int32 id, const GeData &data)

Dirty
UInt32	GetDirty () const
void	SetDirty ()

Update Region
const BaseBitmap *	GetUpdateRegionBitmap () const
BaseBitmap *	GetUpdateRegionBitmap ()
void	GetUpdateRegion (Int32 &xMin, Int32 &xMax, Int32 &yMin, Int32 &yMax, Bool reset)

Miscellaneous
Int	GetMemoryInfo (void) const
Bool	IsMultipassBitmap (void) const
void	SetCMAP (Int32 i, Int32 r, Int32 g, Int32 b)
Bool	GetImageRef (SAVEBIT saveBit, Bool alpha, maxon::ImageRef &imageRef) const

Constructor & Destructor Documentation

BaseBitmap()

BaseBitmap ( )

private

~BaseBitmap()

~BaseBitmap ( )

private

Member Function Documentation

Alloc()

static BaseBitmap* Alloc ( void  )

static

Allocates a bitmap. Destroy the allocated bitmap with Free(). Use AutoAlloc to automate the allocation and destruction based on scope.

Returns

The allocated bitmap, or nullptr if the allocation failed.

Free()

static void Free ( BaseBitmap *&  bm )

static

Destructs bitmaps allocated with Alloc(). Use AutoAlloc to automate the allocation and destruction based on scope.

Parameters

[in,out]

bm

The bitmap to destruct. If the pointer is nullptr nothing happens. The pointer is assigned nullptr afterwards.

Init() [1/3]

static IMAGERESULT Init ( BaseBitmap *&  res, const Filename &  name, Int32  frame = -1, Bool *  ismovie = nullptr, BitmapLoaderPlugin **  loaderplugin = nullptr, const maxon::Delegate< void(Float progress)> &  progressCallback = nullptr  )

static

Loads a bitmap file. The format is automatically detected.

Note

The bitmap class only supports up to 4 channels. Also, most image loaders will only load one alpha channel.

Parameters

[out]	res	Assigned a pointer to a bitmap. The caller owns the pointed bitmap.
[in]	name	A valid filename that can either refer a movie or a picture.
[in]	frame	The frame number to load in a movie.
[in]	ismovie	If not nullptr this pointer is assigned true if the loaded picture is a movie, otherwise false.
[in]	loaderplugin	If not nullptr this pointer is assigned a bitmap loader plugin instance of the same type as the loaded bitmap. The caller owns the pointed bitmap loader.
[in]	progressCallback	Callback which is triggered if the loader supports progress reporting. Since R19.

Returns

The image result: IMAGERESULT

Init() [2/3]

IMAGERESULT Init	(	const Filename &	name,
		Int32	frame = -1,
		Bool *	ismovie = nullptr
	)

Loads a file into the bitmap. The file format is automatically detected.

Warning

Any previous data in the bitmap object is lost.

Note

The bitmap class only supports up to 4 channels. Also, most image loaders will only load one alpha channel.

Parameters

[in]	name	A valid filename that can either refer a movie or a picture.
[in]	frame	The frame number to load in a movie.
[in]	ismovie	If not nullptr this pointer is assigned true if the loaded picture is a movie, otherwise false.

Returns

The image result: IMAGERESULT

Init() [3/3]

IMAGERESULT Init	(	Int32	x,
		Int32	y,
		Int32	depth = 24,
		INITBITMAPFLAGS	flags = INITBITMAPFLAGS::NONE
	)

Initializes the bitmap to the given [x,y] dimensions and depth.

Warning

Any previous data in the bitmap object is lost.

Parameters

[in]	x	The requested width in pixels (Maximum 16 000 pixels).
[in]	y	The requested height in pixels (Max. 16000 pixels).
[in]	depth	The requested bit depth. The possible values are (1, 4, 8, 16, 24, 32, 64, 96). On some platforms 32-bit will be used even if 24 is requested, to allow for padding. In this case GetBt() will return 32.
[in]	flags	The initialization flags: INITBITMAPFLAGS

Returns

The image result: IMAGERESULT

FlushAll()

void FlushAll

(

void

)

Resets the bitmap to its initial state and frees allocated memory. Requires a call to Init() before the bitmap can be used again.

Save()

IMAGERESULT Save	(	const Filename &	name,
		Int32	format,
		BaseContainer *	data,
		SAVEBIT	savebits
	)		const

Saves the bitmap to a file.

Parameters

[in]	name	A valid filename that can either refer a movie or a picture.
[in]	format	The image format: FILTER
[in]	data	The additional settings for some formats. MISCSAVER Can be nullptr, which means the same as an empty container. The caller owns the pointed container.
[in]	savebits	A combination of the following flags: SAVEBIT

Returns

The image result: IMAGERESULT

GetClone()

BaseBitmap* GetClone

(

void

)

const

Copies the bitmap.

Warning

Do not use GetClone() in a NodeData::CopyTo method. This will cause memory leaks. Use CopyTo() instead.

Returns

The cloned bitmap, or nullptr if an error occured. The caller owns the pointed bitmap.

GetClonePart()

BaseBitmap* GetClonePart	(	Int32	x,
		Int32	y,
		Int32	w,
		Int32	h
	)		const

Copies a part of the bitmap, specified by the rectangle [x,y] to [x+w,y+h].

Parameters

[in]	x	The upper left X coordinate of the rectangle.
[in]	y	The upper left Y coordinate of the rectangle.
[in]	w	The width of the rectangle.
[in]	h	The height of the rectangle.

Returns

The cloned part of the bitmap, or nullptr if an error occured. The caller owns the pointed bitmap.

CopyTo()

Bool CopyTo

(

BaseBitmap *

dst

)

const

Copies the bitmap from *this to *dst.

Parameters

[out]

dst

The bitmap to copy this bitmap to. The caller owns the pointed bitmap.

Returns

true if the bitmap was successfully copied, otherwise false.

CopyPartTo()

Bool CopyPartTo	(	BaseBitmap *	dst,
		Int32	x,
		Int32	y,
		Int32	w,
		Int32	h
	)		const

Copies a part of the bitmap from *this to *dst.

Parameters

[out]	dst	The bitmap to copy this bitmap to. The caller owns the pointed bitmap.
[in]	x	The X position of the part to be copied from *this.
[in]	y	The Y position of the part to be copied from *this.
[in]	w	The width of the part to be copied.
[in]	h	The height of the part to be copied.

Returns

true if the bitmap part was successfully copied, otherwise false.

GetBw()

Int32 GetBw

(

void

)

const

Gets the width of the bitmap in pixels. If the bitmap has not been initialized the return value is 0.

Note

Calling this method is the only way to see if a bitmap passed by Cinema 4D or some other source has been initialized.

Returns

The bitmap width in pixels, or 0 if the bitmap is not initialized.

GetBh()

Int32 GetBh

(

void

)

const

Gets the height of the bitmap in pixels.

Returns

The bitmap height in pixels.

GetBt()

Int32 GetBt

(

void

)

const

Gets the number of bits per pixel.

Returns

The number of bits per pixel.

GetBpz()

Int32 GetBpz

(

void

)

const

Gets the number of bytes per line.

Returns

The number of bytes per line.

GetColorMode()

COLORMODE GetColorMode

(

void

)

const

Gets the color mode of the bitmap.

Returns

The color mode: COLORMODE

ScaleIt()

void ScaleIt	(	BaseBitmap *	dst,
		Int32	intens,
		Bool	sample,
		Bool	nprop
	)		const

Scales the bitmap to fit in the destination bitmap and copies it there.
The destination bitmap dst needs to be initialized with the destination size before calling this function.

Parameters

[out]	dst	The destination bitmap. The caller owns the pointed bitmap.
[in]	intens	Lets you change brightness of the image (128 = 50% brightness, 256 = unchanged).
[in]	sample	If true a better scaling algorithm is used, which results in a better quality but a bit slower.
[in]	nprop	Must be true if non-proportional scaling is wanted.

ScaleBicubic()

void ScaleBicubic	(	BaseBitmap *	dst,
		Int32	src_xmin,
		Int32	src_ymin,
		Int32	src_xmax,
		Int32	src_ymax,
		Int32	dst_xmin,
		Int32	dst_ymin,
		Int32	dst_xmax,
		Int32	dst_ymax
	)		const

Scales the bitmap rectangle [src_xmin,src_ymin,src_xmax,src_ymax] to fit in the destination bitmap rectangle [dst_xmin,dst_ymin,dst_xmax,dst_ymax] and copies it there.
The scaling, if necessary, is done using Bicubic interpolation.
The destination bitmap dst needs to be initialized before calling this function.

Note

This function can currently only scale down, i.e. the destination needs to be smaller to the source in size.

Parameters

[out]	dst	The destination bitmap. The caller owns the pointed bitmap.
[in]	src_xmin	The source top left X coordinate.
[in]	src_ymin	The source top left Y coordinate.
[in]	src_xmax	The source bottom right X coordinate.
[in]	src_ymax	The source bottom right Y coordinate.
[in]	dst_xmin	The destination top left X coordinate.
[in]	dst_ymin	The destination top left Y coordinate.
[in]	dst_xmax	The destination bottom right X coordinate.
[in]	dst_ymax	The destination bottom right Y coordinate.

SetPen()

void SetPen	(	Int32	r,
		Int32	g,
		Int32	b
	)

Sets the color for the following drawing operations.
The range of the parameters is 0 to 255, where (255,255,255) is white, regardless of the bit depth of the image.

Note

This method only works with bit depth 24 and 32.

Parameters

[in]	r	The red component.
[in]	g	The green component.
[in]	b	The blue component.

Clear() [1/2]

void Clear	(	Int32	r,
		Int32	g,
		Int32	b
	)

Sets all pixels in the bitmap to the color specified by (r,g,b).
The range of the parameters is 0 to 255, where (255,255,255) is white, regardless of the bit depth of the image.

Note

This method only works with bit depth 24 and 32.

Parameters

[in]	r	The red component.
[in]	g	The green component.
[in]	b	The blue component.

Clear() [2/2]

void Clear	(	Int32	x1,
		Int32	y1,
		Int32	x2,
		Int32	y2,
		Int32	r,
		Int32	g,
		Int32	b
	)

Sets all pixels within the rectangle specified by [x1,y1] and [x2,y2] to the color specified by (r,g,b).
The range of the parameters is 0 to 255, where (255,255,255) is white, regardless of the bit depth of the image.

Note

This method only works with bit depth 24 and 32.

Parameters

[in]	x1	The top left X coordinate of the rectangle.
[in]	y1	The top left Y coordinate of the rectangle.
[in]	x2	The bottom right X coordinate of the rectangle.
[in]	y2	The bottom right Y coordinate of the rectangle.
[in]	r	The red component.
[in]	g	The green component.
[in]	b	The blue component.

Line()

void Line	(	Int32	x1,
		Int32	y1,
		Int32	x2,
		Int32	y2
	)

Draws a line with the current pen color between (x1,y1) and (x2,y2).

Note

This method only works with bit depth 24 and 32.

Parameters

[in]	x1	The start X coordinate.
[in]	y1	The start Y coordinate.
[in]	x2	The end X coordinate.
[in]	y2	The end Y coordinate.

Arc()

void Arc	(	Int32	x,
		Int32	y,
		Float	radius,
		Float	angle_start,
		Float	angle_end,
		Int32	subdiv = 32
	)

Draws an arc (section of a circle) with the current pen color at [x,y].

Parameters

[in]	x	The X coordinate.
[in]	y	The Y coordinate.
[in]	radius	The radius of the ellipse.
[in]	angle_start	The start of the angle in radians.
[in]	angle_end	The end of the angle in radians.
[in]	subdiv	The range between angle_start and angle_end is divided into subdiv line segments.

GetPixel()

void GetPixel	(	Int32	x,
		Int32	y,
		UInt16 *	r,
		UInt16 *	g,
		UInt16 *	b
	)		const

Gets the color at [x,y] and assigns it to the passed (r,g,b) parameters.
The range of the assigned r, g and b parameters is 0 to 255, where (255,255,255) is white, regardless of the bit depth of the image.

Parameters

[in]	x	The X coordinate.
[in]	y	The Y coordinate.
[out]	r	Assigned the red component.
[out]	g	Assigned the green component.
[out]	b	Assigned the blue component.

GetPixelDirect()

Vector32 GetPixelDirect	(	Int32	x,
		Int32	y
	)		const

Gets the color at [x,y].
The range of the assigned parameters are 0.0 to 255.0, regardless of the bit depth of the image, where (255.0,255.0,255.0) is white. The range returns Float value, so 8, 16 and 32 bit precision is supported.

Parameters

[in]	x	The X coordinate.
[in]	y	The Y coordinate.

Returns

Color as form of a 3D Vector.

SetPixel()

Bool SetPixel	(	Int32	x,
		Int32	y,
		Int32	r,
		Int32	g,
		Int32	b
	)

Sets the pixel at [x,y] to the color specified by (r,g,b) (0 <= r/g/b <= 255).
The range of the r, g and b parameters is 0 to 255, where (255,255,255) is white, regardless of the bit depth of the image.

Parameters

[in]	x	The X coordinate.
[in]	y	The Y coordinate.
[in]	r	The red component.
[in]	g	The green component.
[in]	b	The blue component.

Returns

true if the pixel was successfully set, otherwise false.

GetAlphaPixel()

void GetAlphaPixel	(	BaseBitmap *	channel,
		Int32	x,
		Int32	y,
		UInt16 *	val
	)		const

Gets the alpha value at [x,y] and assigns it to the passed parameter val (0 <= val <= 255).

Parameters

[in]	channel	The alpha channel to use.
[in]	x	The X coordinate.
[in]	y	The Y coordinate.
[out]	val	Assigned the alpha value.

SetAlphaPixel()

Bool SetAlphaPixel	(	BaseBitmap *	channel,
		Int32	x,
		Int32	y,
		Int32	val
	)

Sets the alpha value at [x,y] to val.

Parameters

[in]	channel	The alpha channel to use.
[in]	x	The X coordinate.
[in]	y	The Y coordinate.
[in]	val	The alpha value. 0 <= val <= 255

GetPixelCnt()

void GetPixelCnt	(	Int32	x,
		Int32	y,
		Int32	cnt,
		UChar *	buffer,
		Int32	inc,
		COLORMODE	dstmode,
		PIXELCNT	flags,
		ColorProfileConvert *	conversion = nullptr
	)		const

Reads cnt pixels from [x,y] in the bitmap to the buffer with the color mode dstmode, incrementing inc bytes for each pixel.

Parameters

[in]	x	The X coordinate of the first pixel to get.
[in]	y	The Y coordinate of the first pixel to get.
[in]	cnt	The number of pixels to get.
[out]	buffer	A pointer to a large enough memory buffer where the pixel data will be written. The caller owns the pointed buffer.
[in]	inc	The byte increment per pixel in the buffer.
[in]	dstmode	The destination color mode: COLORMODE
[in]	flags	The flags: PIXELCNT
[in]	conversion	This should be normally set to nullptr. Pass a color profile only if a conversion is wanted before retrieving the pixel data. This only works if either the bitmap is 32-bit per component (so no 8/16-bit images) or the dstmode is 32-bit per component. The conversion is done before color reduction (e.g. if dstmode is 16-bit the profile is first applied and then the data resampled to 16-bit).

SetPixelCnt()

Bool SetPixelCnt	(	Int32	x,
		Int32	y,
		Int32	cnt,
		UChar *	buffer,
		Int32	inc,
		COLORMODE	srcmode,
		PIXELCNT	flags
	)

Sets cnt pixels at [x,y] in the bitmap from buffer with color mode srcmode, incrementing inc bytes for each pixel.

Parameters

[in]	x	The X coordinate of the first pixel to set.
[in]	y	The Y coordinate of the first pixel to set.
[in]	cnt	The number of pixels to set.
[in]	buffer	A pointer to a large enough memory buffer containing the pixels to set. The caller owns the pointed buffer.
[in]	inc	The byte increment per pixel in the buffer.
[in]	srcmode	The source color mode: COLORMODE

Warning

None of the alpha modes are supported.

Parameters

[in]

flags

The flags: PIXELCNT

Returns

true if successful, otherwise false.

AddChannel()

BaseBitmap* AddChannel	(	Bool	internal,
		Bool	straight
	)

Adds a new alpha channel to the bitmap.

Note

The bitmap class only supports up to 4 channels.

Parameters

[in]	internal	Should only be true for the first alpha. The internal alpha will be stored within a bitmaps if its format supports alphas.
[in]	straight	Should be true if the bitmap has to be interpreted as straight. For information about straight alphas please take a look at the corresponding option in the render settings and the manual of Cinema 4D.

Returns

The newly added channel if successful, otherwise nullptr.

RemoveChannel()

void RemoveChannel

(

BaseBitmap *

channel

)

Removes the specified channel from the bitmap.

Parameters

[in]

channel

The alpha channel to remove.

GetInternalChannel() [1/2]

const BaseBitmap* GetInternalChannel

(

void

)

const

Gets the internal read-only alpha channel.

Note

The internal alpha channel is the one that is saved together with the picture, with those formats that support this.

Returns

The read-only internal alpha channel, or nullptr if no internal alpha is available. The bitmap owns the pointed channel.

GetInternalChannel() [2/2]

BaseBitmap* GetInternalChannel

(

void

)

Gets the internal alpha channel.

Note

The internal alpha channel is the one that is saved together with the picture, with those formats that support this.

Returns

The read-only internal alpha channel, or nullptr if no internal alpha is available. The bitmap owns the pointed channel.

GetChannelCount()

Int32 GetChannelCount

(

void

)

const

Gets the number of alpha channels in the bitmap, including the internal channel.

Returns

The number of alpha channels.

GetChannelNum() [1/2]

const BaseBitmap* GetChannelNum

(

Int32

num

)

const

Gets the read-only alpha channel specified by num.

Parameters

[in]

num

An alpha channel index between 0 and GetChannelCount().

Returns

The requested read-only channel.

GetChannelNum() [2/2]

BaseBitmap* GetChannelNum

(

Int32

num

)

Gets the alpha channel specified by num.

Parameters

[in]

num

An alpha channel index between 0 and GetChannelCount().

Returns

The requested channel.

GetData()

GeData GetData	(	Int32	id,
		const GeData &	t_default
	)		const

Gets bitmap data. Private.

Parameters

[in]	id	The data ID to Get: BASEBITMAP_DATA
[in]	t_default	The default data to use.

Returns

The retrieved data.

SetData()

Bool SetData	(	Int32	id,
		const GeData &	data
	)

Sets bitmap data. Private.

Parameters

[in]	id	The data ID to set: BASEBITMAP_DATA
[in]	data	The data to set.

Returns

true if the data could be set, otherwise false.

GetDirty()

UInt32 GetDirty

(

)

const

Gets the incremented dirty count when the bitmap changes. Private.

Returns

The dirty count.

SetDirty()

void SetDirty

(

)

Makes the bitmap dirty. Private.

GetUpdateRegionBitmap() [1/2]

const BaseBitmap* GetUpdateRegionBitmap

(

)

const

Gets the updated region of a bitmap (read-only).

Returns

The updated region.

GetUpdateRegionBitmap() [2/2]

BaseBitmap* GetUpdateRegionBitmap

(

)

Gets the updated region of a bitmap.

Returns

The updated region.

GetUpdateRegion()

void GetUpdateRegion	(	Int32 &	xMin,
		Int32 &	xMax,
		Int32 &	yMin,
		Int32 &	yMax,
		Bool	reset
	)

Gets the update region for the bitmap and resets it if requested.

Parameters

[out]	xMin	Left side of the update region.
[out]	xMax	Right side of the update region.
[out]	yMin	Top side of the update region.
[out]	yMax	Bottom side of the update region.
[in]	reset	True, if the update region should be reset.

SetColorProfile()

Bool SetColorProfile	(	const ColorProfile *	profile,
		Int32	index = COLORPROFILE_INDEX_IMAGE
	)

Sets the color profile for the bitmap.

Parameters

[in]

profile

The new color profile. The caller owns the pointed color profile.

Returns

true if the color profile was successfully set, otherwise false.

GetColorProfile()

const ColorProfile* GetColorProfile

(

Int32

index = COLORPROFILE_INDEX_IMAGE

)

const

Gets the color profile of the bitmap.

Returns

The color profile of the bitmap, or nullptr if not available.

GetMemoryInfo()

Int GetMemoryInfo

(

void

)

const

Gets the size of the memory used by the bitmap.

Returns

The memory size of the bitmap.

IsMultipassBitmap()

Bool IsMultipassBitmap

(

void

)

const

Checks if this BaseBitmap instance is a MultipassBitmap.

Returns

true if the instance can be safely cast to MultipassBitmap, otherwise false.

SetCMAP()

void SetCMAP	(	Int32	i,
		Int32	r,
		Int32	g,
		Int32	b
	)

If the image in the bitmap has 8-bit indexed color, this function can be used to set the palette entries.

Note

All four parameters must be between 0 and 255.

Parameters

[in]	i	The index. 0 <= i <= 255
[in]	r	The red component. 0 <= r <= 255
[in]	g	The green component. 0 <= g <= 255
[in]	b	The blue component. 0 <= b <= 255

GetImageRef()

Bool GetImageRef	(	SAVEBIT	saveBit,
		Bool	alpha,
		maxon::ImageRef &	imageRef
	)		const

Gets the ImageRef for a BaseBitmap. The reference is stored internally. For the same saveBit / alpha pair you will get the same reference.

Parameters

[in]	saveBit	A combination of the following flags: SAVEBIT
[in]	alpha	True, if you need the alpha image, false otherwise.
[out]	imageRef	A reference that gets the imageRef assigned.

Returns

true if the function succeeded, otherwise false.

Member Data Documentation

COLORPROFILE_INDEX_IMAGE

constexpr Int32 COLORPROFILE_INDEX_IMAGE

staticconstexpr

COLORPROFILE_INDEX_RENDERSPACE

constexpr Int32 COLORPROFILE_INDEX_RENDERSPACE

staticconstexpr

COLORPROFILE_INDEX_VIEW_TRANSFORM

constexpr Int32 COLORPROFILE_INDEX_VIEW_TRANSFORM

staticconstexpr

COLORPROFILE_INDEX_DISPLAYSPACE

constexpr Int32 COLORPROFILE_INDEX_DISPLAYSPACE

staticconstexpr