mutter/cogl/cogl-types.h

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/*
* Cogl
*
* An object oriented GL/GLES Abstraction/Utility Layer
*
* Copyright (C) 2008,2009 Intel Corporation.
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2 of the License, or (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library. If not, see <http://www.gnu.org/licenses/>.
*
*
*/
#if !defined(__COGL_H_INSIDE__) && !defined(CLUTTER_COMPILATION)
#error "Only <cogl/cogl.h> can be included directly."
#endif
#ifndef __COGL_TYPES_H__
#define __COGL_TYPES_H__
#include <glib-object.h>
#include <cogl/cogl-defines.h>
#ifdef COGL_HAS_XLIB
#include <X11/Xlib.h>
#endif
G_BEGIN_DECLS
/* Some structures are meant to be opaque but they have public
definitions because we want the size to be public so they can be
allocated on the stack. This macro is used to ensure that users
don't accidentally access private members */
#ifdef CLUTTER_COMPILATION
#define COGL_PRIVATE(x) x
#else
#define COGL_PRIVATE(x) private_member_ ## x
#endif
/* To help catch accidental changes to public structs that should
* be stack allocated we use this macro to compile time assert that
* a struct size is as expected.
*/
#define COGL_STRUCT_SIZE_ASSERT(TYPE, SIZE) \
typedef struct { \
char compile_time_assert_ ## TYPE ## _size[ \
(sizeof (TYPE) == (SIZE)) ? 1 : -1]; \
} _ ## TYPE ## SizeCheck
/**
* CoglHandle:
*
* Type used for storing references to cogl objects, the CoglHandle is
* a fully opaque type without any public data members.
*/
typedef gpointer CoglHandle;
/**
* COGL_INVALID_HANDLE:
*
* A COGL handle that is not valid, used for unitialized handles as well as
* error conditions.
*/
#define COGL_INVALID_HANDLE NULL
#define COGL_TYPE_HANDLE (cogl_handle_get_type ())
cogl: improves header and coding style consistency We've had complaints that our Cogl code/headers are a bit "special" so this is a first pass at tidying things up by giving them some consistency. These changes are all consistent with how new code in Cogl is being written, but the style isn't consistently applied across all code yet. There are two parts to this patch; but since each one required a large amount of effort to maintain tidy indenting it made sense to combine the changes to reduce the time spent re indenting the same lines. The first change is to use a consistent style for declaring function prototypes in headers. Cogl headers now consistently use this style for prototypes: return_type cogl_function_name (CoglType arg0, CoglType arg1); Not everyone likes this style, but it seems that most of the currently active Cogl developers agree on it. The second change is to constrain the use of redundant glib data types in Cogl. Uses of gint, guint, gfloat, glong, gulong and gchar have all been replaced with int, unsigned int, float, long, unsigned long and char respectively. When talking about pixel data; use of guchar has been replaced with guint8, otherwise unsigned char can be used. The glib types that we continue to use for portability are gboolean, gint{8,16,32,64}, guint{8,16,32,64} and gsize. The general intention is that Cogl should look palatable to the widest range of C programmers including those outside the Gnome community so - especially for the public API - we want to minimize the number of foreign looking typedefs.
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GType
cogl_handle_get_type (void) G_GNUC_CONST;
/**
* cogl_handle_ref:
* @handle: a #CoglHandle
*
* Increases the reference count of @handle by 1
*
* Return value: (transfer none): the handle, with its reference count increased
*/
cogl: improves header and coding style consistency We've had complaints that our Cogl code/headers are a bit "special" so this is a first pass at tidying things up by giving them some consistency. These changes are all consistent with how new code in Cogl is being written, but the style isn't consistently applied across all code yet. There are two parts to this patch; but since each one required a large amount of effort to maintain tidy indenting it made sense to combine the changes to reduce the time spent re indenting the same lines. The first change is to use a consistent style for declaring function prototypes in headers. Cogl headers now consistently use this style for prototypes: return_type cogl_function_name (CoglType arg0, CoglType arg1); Not everyone likes this style, but it seems that most of the currently active Cogl developers agree on it. The second change is to constrain the use of redundant glib data types in Cogl. Uses of gint, guint, gfloat, glong, gulong and gchar have all been replaced with int, unsigned int, float, long, unsigned long and char respectively. When talking about pixel data; use of guchar has been replaced with guint8, otherwise unsigned char can be used. The glib types that we continue to use for portability are gboolean, gint{8,16,32,64}, guint{8,16,32,64} and gsize. The general intention is that Cogl should look palatable to the widest range of C programmers including those outside the Gnome community so - especially for the public API - we want to minimize the number of foreign looking typedefs.
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CoglHandle
cogl_handle_ref (CoglHandle handle);
/**
* cogl_handle_unref:
* @handle: a #CoglHandle
*
* Drecreases the reference count of @handle by 1; if the reference
* count reaches 0, the resources allocated by @handle will be freed
*/
cogl: improves header and coding style consistency We've had complaints that our Cogl code/headers are a bit "special" so this is a first pass at tidying things up by giving them some consistency. These changes are all consistent with how new code in Cogl is being written, but the style isn't consistently applied across all code yet. There are two parts to this patch; but since each one required a large amount of effort to maintain tidy indenting it made sense to combine the changes to reduce the time spent re indenting the same lines. The first change is to use a consistent style for declaring function prototypes in headers. Cogl headers now consistently use this style for prototypes: return_type cogl_function_name (CoglType arg0, CoglType arg1); Not everyone likes this style, but it seems that most of the currently active Cogl developers agree on it. The second change is to constrain the use of redundant glib data types in Cogl. Uses of gint, guint, gfloat, glong, gulong and gchar have all been replaced with int, unsigned int, float, long, unsigned long and char respectively. When talking about pixel data; use of guchar has been replaced with guint8, otherwise unsigned char can be used. The glib types that we continue to use for portability are gboolean, gint{8,16,32,64}, guint{8,16,32,64} and gsize. The general intention is that Cogl should look palatable to the widest range of C programmers including those outside the Gnome community so - especially for the public API - we want to minimize the number of foreign looking typedefs.
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void
cogl_handle_unref (CoglHandle handle);
/**
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* cogl_object_ref: (skip)
* @object: a #CoglObject
*
* Increases the reference count of @handle by 1
*
* Returns: the @object, with its reference count increased
*/
void *
cogl_object_ref (void *object);
/**
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* cogl_object_unref: (skip)
* @object: a #CoglObject
*
* Drecreases the reference count of @object by 1; if the reference
* count reaches 0, the resources allocated by @object will be freed
*/
void
cogl_object_unref (void *object);
/**
* CoglFuncPtr:
*
* The type used by cogl for function pointers, note that this type
* is used as a generic catch-all cast for function pointers and the
* actual arguments and return type may be different.
*/
typedef void (* CoglFuncPtr) (void);
/* We forward declare this in cogl-types to avoid circular dependencies
* between cogl-matrix.h, cogl-euler.h and cogl-quaterion.h */
typedef struct _CoglMatrix CoglMatrix;
/* Same as above we forward declared CoglQuaternion to avoid
* circular dependencies. */
typedef struct _CoglQuaternion CoglQuaternion;
/* Same as above we forward declared CoglEuler to avoid
* circular dependencies. */
typedef struct _CoglEuler CoglEuler;
/**
* CoglFixed:
*
* Fixed point number using a (16.16) notation.
*/
typedef gint32 CoglFixed;
#define COGL_TYPE_FIXED (cogl_fixed_get_type ())
cogl: improves header and coding style consistency We've had complaints that our Cogl code/headers are a bit "special" so this is a first pass at tidying things up by giving them some consistency. These changes are all consistent with how new code in Cogl is being written, but the style isn't consistently applied across all code yet. There are two parts to this patch; but since each one required a large amount of effort to maintain tidy indenting it made sense to combine the changes to reduce the time spent re indenting the same lines. The first change is to use a consistent style for declaring function prototypes in headers. Cogl headers now consistently use this style for prototypes: return_type cogl_function_name (CoglType arg0, CoglType arg1); Not everyone likes this style, but it seems that most of the currently active Cogl developers agree on it. The second change is to constrain the use of redundant glib data types in Cogl. Uses of gint, guint, gfloat, glong, gulong and gchar have all been replaced with int, unsigned int, float, long, unsigned long and char respectively. When talking about pixel data; use of guchar has been replaced with guint8, otherwise unsigned char can be used. The glib types that we continue to use for portability are gboolean, gint{8,16,32,64}, guint{8,16,32,64} and gsize. The general intention is that Cogl should look palatable to the widest range of C programmers including those outside the Gnome community so - especially for the public API - we want to minimize the number of foreign looking typedefs.
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GType
cogl_fixed_get_type (void) G_GNUC_CONST;
/**
* CoglAngle:
*
* Integer representation of an angle such that 1024 corresponds to
* full circle (i.e., 2 * pi).
*
* Since: 1.0
*/
typedef gint32 CoglAngle;
typedef struct _CoglColor CoglColor;
typedef struct _CoglTextureVertex CoglTextureVertex;
/* Enum declarations */
#define COGL_PIXEL_FORMAT_24 2
#define COGL_PIXEL_FORMAT_32 3
#define COGL_A_BIT (1 << 4)
#define COGL_BGR_BIT (1 << 5)
#define COGL_AFIRST_BIT (1 << 6)
#define COGL_PREMULT_BIT (1 << 7)
#define COGL_UNORDERED_MASK 0x0F
#define COGL_UNPREMULT_MASK 0x7F
/**
* CoglPixelFormat:
* @COGL_PIXEL_FORMAT_ANY: Any format
* @COGL_PIXEL_FORMAT_A_8: 8 bits alpha mask
* @COGL_PIXEL_FORMAT_RGB_565: RGB, 16 bits
* @COGL_PIXEL_FORMAT_RGBA_4444: RGBA, 16 bits
* @COGL_PIXEL_FORMAT_RGBA_5551: RGBA, 16 bits
* @COGL_PIXEL_FORMAT_YUV: Not currently supported
* @COGL_PIXEL_FORMAT_G_8: Single luminance component
* @COGL_PIXEL_FORMAT_RGB_888: RGB, 24 bits
* @COGL_PIXEL_FORMAT_BGR_888: BGR, 24 bits
* @COGL_PIXEL_FORMAT_RGBA_8888: RGBA, 32 bits
* @COGL_PIXEL_FORMAT_BGRA_8888: BGRA, 32 bits
* @COGL_PIXEL_FORMAT_ARGB_8888: ARGB, 32 bits
* @COGL_PIXEL_FORMAT_ABGR_8888: ABGR, 32 bits
* @COGL_PIXEL_FORMAT_RGBA_8888_PRE: Premultiplied RGBA, 32 bits
* @COGL_PIXEL_FORMAT_BGRA_8888_PRE: Premultiplied BGRA, 32 bits
* @COGL_PIXEL_FORMAT_ARGB_8888_PRE: Premultiplied ARGB, 32 bits
* @COGL_PIXEL_FORMAT_ABGR_8888_PRE: Premultiplied ABGR, 32 bits
* @COGL_PIXEL_FORMAT_RGBA_4444_PRE: Premultiplied RGBA, 16 bits
* @COGL_PIXEL_FORMAT_RGBA_5551_PRE: Premultiplied RGBA, 16 bits
*
* Pixel formats used by COGL. For the formats with a byte per
* component, the order of the components specify the order in
* increasing memory addresses. So for example
* %COGL_PIXEL_FORMAT_RGB_888 would have the red component in the
* lowest address, green in the next address and blue after that
* regardless of the endinanness of the system.
*
* For the 16-bit formats the component order specifies the order
* within a 16-bit number from most significant bit to least
* significant. So for %COGL_PIXEL_FORMAT_RGB_565, the red component
* would be in bits 11-15, the green component would be in 6-11 and
* the blue component would be in 1-5. Therefore the order in memory
* depends on the endianness of the system.
*
* When uploading a texture %COGL_PIXEL_FORMAT_ANY can be used as the
* internal format. Cogl will try to pick the best format to use
* internally and convert the texture data if necessary.
*
* Since: 0.8
*/
typedef enum { /*< prefix=COGL_PIXEL_FORMAT >*/
COGL_PIXEL_FORMAT_ANY = 0,
COGL_PIXEL_FORMAT_A_8 = 1 | COGL_A_BIT,
COGL_PIXEL_FORMAT_RGB_565 = 4,
COGL_PIXEL_FORMAT_RGBA_4444 = 5 | COGL_A_BIT,
COGL_PIXEL_FORMAT_RGBA_5551 = 6 | COGL_A_BIT,
COGL_PIXEL_FORMAT_YUV = 7,
COGL_PIXEL_FORMAT_G_8 = 8,
COGL_PIXEL_FORMAT_RGB_888 = COGL_PIXEL_FORMAT_24,
COGL_PIXEL_FORMAT_BGR_888 = (COGL_PIXEL_FORMAT_24 | COGL_BGR_BIT),
COGL_PIXEL_FORMAT_RGBA_8888 = (COGL_PIXEL_FORMAT_32 | COGL_A_BIT),
COGL_PIXEL_FORMAT_BGRA_8888 = (COGL_PIXEL_FORMAT_32 | COGL_A_BIT | COGL_BGR_BIT),
COGL_PIXEL_FORMAT_ARGB_8888 = (COGL_PIXEL_FORMAT_32 | COGL_A_BIT | COGL_AFIRST_BIT),
COGL_PIXEL_FORMAT_ABGR_8888 = (COGL_PIXEL_FORMAT_32 | COGL_A_BIT | COGL_BGR_BIT | COGL_AFIRST_BIT),
COGL_PIXEL_FORMAT_RGBA_8888_PRE = (COGL_PIXEL_FORMAT_32 | COGL_A_BIT | COGL_PREMULT_BIT),
COGL_PIXEL_FORMAT_BGRA_8888_PRE = (COGL_PIXEL_FORMAT_32 | COGL_A_BIT | COGL_PREMULT_BIT | COGL_BGR_BIT),
COGL_PIXEL_FORMAT_ARGB_8888_PRE = (COGL_PIXEL_FORMAT_32 | COGL_A_BIT | COGL_PREMULT_BIT | COGL_AFIRST_BIT),
COGL_PIXEL_FORMAT_ABGR_8888_PRE = (COGL_PIXEL_FORMAT_32 | COGL_A_BIT | COGL_PREMULT_BIT | COGL_BGR_BIT | COGL_AFIRST_BIT),
COGL_PIXEL_FORMAT_RGBA_4444_PRE = (COGL_PIXEL_FORMAT_RGBA_4444 | COGL_A_BIT | COGL_PREMULT_BIT),
COGL_PIXEL_FORMAT_RGBA_5551_PRE = (COGL_PIXEL_FORMAT_RGBA_5551 | COGL_A_BIT | COGL_PREMULT_BIT)
} CoglPixelFormat;
/**
* CoglFeatureFlags:
* @COGL_FEATURE_TEXTURE_RECTANGLE: ARB_texture_rectangle support
* @COGL_FEATURE_TEXTURE_NPOT: Non power of two textures are supported
* by the hardware. This is a equivalent to the
* %COGL_FEATURE_TEXTURE_NPOT_BASIC, %COGL_FEATURE_TEXTURE_NPOT_MIPMAP
* and %COGL_FEATURE_TEXTURE_NPOT_REPEAT features combined.
* @COGL_FEATURE_TEXTURE_YUV: ycbcr conversion support
* @COGL_FEATURE_TEXTURE_READ_PIXELS: glReadPixels() support
* @COGL_FEATURE_SHADERS_GLSL: GLSL support
* @COGL_FEATURE_SHADERS_ARBFP: ARBFP support
* @COGL_FEATURE_OFFSCREEN: FBO support
* @COGL_FEATURE_OFFSCREEN_MULTISAMPLE: Multisample support on FBOs
* @COGL_FEATURE_OFFSCREEN_BLIT: Blit support on FBOs
* @COGL_FEATURE_FOUR_CLIP_PLANES: At least 4 clip planes available
* @COGL_FEATURE_STENCIL_BUFFER: Stencil buffer support
* @COGL_FEATURE_VBOS: VBO support
* @COGL_FEATURE_PBOS: PBO support
* @COGL_FEATURE_UNSIGNED_INT_INDICES: Set if
* %COGL_INDICES_TYPE_UNSIGNED_INT is supported in
* cogl_vertex_buffer_indices_new().
* @COGL_FEATURE_DEPTH_RANGE: cogl_material_set_depth_range() support
* @COGL_FEATURE_TEXTURE_NPOT_BASIC: The hardware supports non power
* of two textures, but you also need to check the
* %COGL_FEATURE_TEXTURE_NPOT_MIPMAP and %COGL_FEATURE_TEXTURE_NPOT_REPEAT
* features to know if the hardware supports npot texture mipmaps
* or repeat modes other than
cogl: rename CoglMaterial -> CoglPipeline This applies an API naming change that's been deliberated over for a while now which is to rename CoglMaterial to CoglPipeline. For now the new pipeline API is marked as experimental and public headers continue to talk about materials not pipelines. The CoglMaterial API is now maintained in terms of the cogl_pipeline API internally. Currently this API is targeting Cogl 2.0 so we will have time to integrate it properly with other upcoming Cogl 2.0 work. The basic reasons for the rename are: - That the term "material" implies to many people that they are constrained to fragment processing; perhaps as some kind of high-level texture abstraction. - In Clutter they get exposed by ClutterTexture actors which may be re-inforcing this misconception. - When comparing how other frameworks use the term material, a material sometimes describes a multi-pass fragment processing technique which isn't the case in Cogl. - In code, "CoglPipeline" will hopefully be a much more self documenting summary of what these objects represent; a full GPU pipeline configuration including, for example, vertex processing, fragment processing and blending. - When considering the API documentation story, at some point we need a document introducing developers to how the "GPU pipeline" works so it should become intuitive that CoglPipeline maps back to that description of the GPU pipeline. - This is consistent in terminology and concept to OpenGL 4's new pipeline object which is a container for program objects. Note: The cogl-material.[ch] files have been renamed to cogl-material-compat.[ch] because otherwise git doesn't seem to treat the change as a moving the old cogl-material.c->cogl-pipeline.c and so we loose all our git-blame history.
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* %COGL_PIPELINE_WRAP_MODE_CLAMP_TO_EDGE respectively.
* @COGL_FEATURE_TEXTURE_NPOT_MIPMAP: Mipmapping is supported in
* conjuntion with non power of two textures.
* @COGL_FEATURE_TEXTURE_NPOT_REPEAT: Repeat modes other than
cogl: rename CoglMaterial -> CoglPipeline This applies an API naming change that's been deliberated over for a while now which is to rename CoglMaterial to CoglPipeline. For now the new pipeline API is marked as experimental and public headers continue to talk about materials not pipelines. The CoglMaterial API is now maintained in terms of the cogl_pipeline API internally. Currently this API is targeting Cogl 2.0 so we will have time to integrate it properly with other upcoming Cogl 2.0 work. The basic reasons for the rename are: - That the term "material" implies to many people that they are constrained to fragment processing; perhaps as some kind of high-level texture abstraction. - In Clutter they get exposed by ClutterTexture actors which may be re-inforcing this misconception. - When comparing how other frameworks use the term material, a material sometimes describes a multi-pass fragment processing technique which isn't the case in Cogl. - In code, "CoglPipeline" will hopefully be a much more self documenting summary of what these objects represent; a full GPU pipeline configuration including, for example, vertex processing, fragment processing and blending. - When considering the API documentation story, at some point we need a document introducing developers to how the "GPU pipeline" works so it should become intuitive that CoglPipeline maps back to that description of the GPU pipeline. - This is consistent in terminology and concept to OpenGL 4's new pipeline object which is a container for program objects. Note: The cogl-material.[ch] files have been renamed to cogl-material-compat.[ch] because otherwise git doesn't seem to treat the change as a moving the old cogl-material.c->cogl-pipeline.c and so we loose all our git-blame history.
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* %COGL_PIPELINE_WRAP_MODE_CLAMP_TO_EDGE are supported by the
* hardware.
* @COGL_FEATURE_POINT_SPRITE: Whether
* cogl_material_set_layer_point_sprite_coords_enabled() is supported.
Add a Cogl texture 3D backend This adds a publicly exposed experimental API for a 3D texture backend. There is a feature flag which can be checked for whether 3D textures are supported. Although we require OpenGL 1.2 which has 3D textures in core, GLES only provides them through an extension so the feature can be used to detect that. The textures can be created with one of two new API functions :- cogl_texture_3d_new_with_size and cogl_texture_3d_new_from_data There is also internally a new_from_bitmap function. new_from_data is implemented in terms of this function. The two constructors are effectively the only way to upload data to a 3D texture. It does not work to call glTexImage2D with the GL_TEXTURE_3D target so the virtual for cogl_texture_set_region does nothing. It would be possible to make cogl_texture_get_data do something sensible like returning all of the images as a single long image but this is not currently implemented and instead the virtual just always fails. We may want to add API specific to the 3D texture backend to get and set a sub region of the texture. All of those three functions can throw a GError. This will happen if the GPU does not support 3D textures or it does not support NPOTs and an NPOT size is requested. It will also fail if the FBO extension is not supported and the COGL_TEXTURE_NO_AUTO_MIPMAP flag is not given. This could be avoided by copying the code for the GL_GENERATE_MIPMAP TexParameter fallback, but in the interests of keeping the code simple this is not yet done. This adds a couple of functions to cogl-texture-driver for uploading 3D data and querying the 3D proxy texture. prep_gl_for_pixels_upload_full now also takes sets the GL_UNPACK_IMAGE_HEIGHT parameter so that 3D textures can have padding between the images. Whenever 3D texture is uploading, both the height of the images and the height of all of the data is specified (either explicitly or implicilty from the CoglBitmap) so that the image height can be deduced by dividing by the depth.
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* @COGL_FEATURE_TEXTURE_3D: 3D texture support
* @COGL_FEATURE_MAP_BUFFER_FOR_READ: Whether cogl_buffer_map() is
* supported with CoglBufferAccess including read support.
* @COGL_FEATURE_MAP_BUFFER_FOR_WRITE: Whether cogl_buffer_map() is
* supported with CoglBufferAccess including write support.
*
* Flags for the supported features.
*
* Since: 0.8
*/
typedef enum
{
COGL_FEATURE_TEXTURE_RECTANGLE = (1 << 1),
COGL_FEATURE_TEXTURE_NPOT = (1 << 2),
COGL_FEATURE_TEXTURE_YUV = (1 << 3),
COGL_FEATURE_TEXTURE_READ_PIXELS = (1 << 4),
COGL_FEATURE_SHADERS_GLSL = (1 << 5),
COGL_FEATURE_OFFSCREEN = (1 << 6),
COGL_FEATURE_OFFSCREEN_MULTISAMPLE = (1 << 7),
COGL_FEATURE_OFFSCREEN_BLIT = (1 << 8),
COGL_FEATURE_FOUR_CLIP_PLANES = (1 << 9),
COGL_FEATURE_STENCIL_BUFFER = (1 << 10),
COGL_FEATURE_VBOS = (1 << 11),
COGL_FEATURE_PBOS = (1 << 12),
COGL_FEATURE_UNSIGNED_INT_INDICES = (1 << 13),
COGL_FEATURE_DEPTH_RANGE = (1 << 14),
COGL_FEATURE_TEXTURE_NPOT_BASIC = (1 << 15),
COGL_FEATURE_TEXTURE_NPOT_MIPMAP = (1 << 16),
COGL_FEATURE_TEXTURE_NPOT_REPEAT = (1 << 17),
Add a Cogl texture 3D backend This adds a publicly exposed experimental API for a 3D texture backend. There is a feature flag which can be checked for whether 3D textures are supported. Although we require OpenGL 1.2 which has 3D textures in core, GLES only provides them through an extension so the feature can be used to detect that. The textures can be created with one of two new API functions :- cogl_texture_3d_new_with_size and cogl_texture_3d_new_from_data There is also internally a new_from_bitmap function. new_from_data is implemented in terms of this function. The two constructors are effectively the only way to upload data to a 3D texture. It does not work to call glTexImage2D with the GL_TEXTURE_3D target so the virtual for cogl_texture_set_region does nothing. It would be possible to make cogl_texture_get_data do something sensible like returning all of the images as a single long image but this is not currently implemented and instead the virtual just always fails. We may want to add API specific to the 3D texture backend to get and set a sub region of the texture. All of those three functions can throw a GError. This will happen if the GPU does not support 3D textures or it does not support NPOTs and an NPOT size is requested. It will also fail if the FBO extension is not supported and the COGL_TEXTURE_NO_AUTO_MIPMAP flag is not given. This could be avoided by copying the code for the GL_GENERATE_MIPMAP TexParameter fallback, but in the interests of keeping the code simple this is not yet done. This adds a couple of functions to cogl-texture-driver for uploading 3D data and querying the 3D proxy texture. prep_gl_for_pixels_upload_full now also takes sets the GL_UNPACK_IMAGE_HEIGHT parameter so that 3D textures can have padding between the images. Whenever 3D texture is uploading, both the height of the images and the height of all of the data is specified (either explicitly or implicilty from the CoglBitmap) so that the image height can be deduced by dividing by the depth.
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COGL_FEATURE_POINT_SPRITE = (1 << 18),
COGL_FEATURE_TEXTURE_3D = (1 << 19),
COGL_FEATURE_SHADERS_ARBFP = (1 << 20),
COGL_FEATURE_MAP_BUFFER_FOR_READ = (1 << 21),
COGL_FEATURE_MAP_BUFFER_FOR_WRITE = (1 << 22),
COGL_FEATURE_ONSCREEN_MULTIPLE = (1 << 23)
} CoglFeatureFlags;
/**
* CoglBufferTarget:
* @COGL_WINDOW_BUFFER: FIXME
* @COGL_OFFSCREEN_BUFFER: FIXME
*
* Target flags for FBOs.
*
* Since: 0.8
*/
typedef enum
{
COGL_WINDOW_BUFFER = (1 << 1),
COGL_OFFSCREEN_BUFFER = (1 << 2)
} CoglBufferTarget;
/**
* CoglColor:
*
* A structure for holding a color definition. The contents of
* the CoglColor structure are private and should never by accessed
* directly.
*
* Since: 1.0
*/
struct _CoglColor
{
/*< private >*/
guint8 COGL_PRIVATE (red);
guint8 COGL_PRIVATE (green);
guint8 COGL_PRIVATE (blue);
guint8 COGL_PRIVATE (alpha);
/* padding in case we want to change to floats at
* some point */
guint32 COGL_PRIVATE (padding0);
guint32 COGL_PRIVATE (padding1);
guint32 COGL_PRIVATE (padding2);
};
COGL_STRUCT_SIZE_ASSERT (CoglColor, 16);
/**
* CoglTextureVertex:
* @x: Model x-coordinate
* @y: Model y-coordinate
* @z: Model z-coordinate
* @tx: Texture x-coordinate
* @ty: Texture y-coordinate
* @color: The color to use at this vertex. This is ignored if
* use_color is %FALSE when calling cogl_polygon()
*
* Used to specify vertex information when calling cogl_polygon()
*/
struct _CoglTextureVertex
{
float x, y, z;
float tx, ty;
CoglColor color;
};
COGL_STRUCT_SIZE_ASSERT (CoglTextureVertex, 36);
/**
* CoglTextureFlags:
* @COGL_TEXTURE_NONE: No flags specified
[cogl] Move the texture filters to be a property of the material layer The texture filters are now a property of the material layer rather than the texture object. Whenever a texture is painted with a material it sets the filters on all of the GL textures in the Cogl texture. The filter is cached so that it won't be changed unnecessarily. The automatic mipmap generation has changed so that the mipmaps are only generated when the texture is painted instead of every time the data changes. Changing the texture sets a flag to mark that the mipmaps are dirty. This works better if the FBO extension is available because we can use glGenerateMipmap. If the extension is not available it will temporarily enable automatic mipmap generation and reupload the first pixel of each slice. This requires tracking the data for the first pixel. The COGL_TEXTURE_AUTO_MIPMAP flag has been replaced with COGL_TEXTURE_NO_AUTO_MIPMAP so that it will default to auto-mipmapping. The mipmap generation is now effectively free if you are not using a mipmap filter mode so you would only want to disable it if you had some special reason to generate your own mipmaps. ClutterTexture no longer has to store its own copy of the filter mode. Instead it stores it in the material and the property is directly set and read from that. This fixes problems with the filters getting out of sync when a cogl handle is set on the texture directly. It also avoids the mess of having to rerealize the texture if the filter quality changes to HIGH because Cogl will take of generating the mipmaps if needed.
2009-06-04 11:04:57 -04:00
* @COGL_TEXTURE_NO_AUTO_MIPMAP: Disables the automatic generation of
* the mipmap pyramid from the base level image whenever it is
* updated. The mipmaps are only generated when the texture is
* rendered with a mipmap filter so it should be free to leave out
* this flag when using other filtering modes
[cogl] Remove max_waste argument from Texture ctors The CoglTexture constructors expose the "max-waste" argument for controlling the maximum amount of wasted areas for slicing or, if set to -1, disables slicing. Slicing is really relevant only for large images that are never repeated, so it's a useful feature only in controlled use cases. Specifying the amount of wasted area is, on the other hand, just a way to mess up this feature; 99% the times, you either pull this number out of thin air, hoping it's right, or you try to do the right thing and you choose the wrong number anyway. Instead, we can use the CoglTextureFlags to control whether the texture should not be sliced (useful for Clutter-GST and for the texture-from-pixmap actors) and provide a reasonable value for enabling the slicing ourself. At some point, we might even provide a way to change the default at compile time or at run time, for particular platforms. Since max_waste is gone, the :tile-waste property of ClutterTexture becomes read-only, and it proxies the cogl_texture_get_max_waste() function. Inside Clutter, the only cases where the max_waste argument was not set to -1 are in the Pango glyph cache (which is a POT texture anyway) and inside the test cases where we want to force slicing; for the latter we can create larger textures that will be bigger than the threshold we set. Signed-off-by: Emmanuele Bassi <ebassi@linux.intel.com> Signed-off-by: Robert Bragg <robert@linux.intel.com> Signed-off-by: Neil Roberts <neil@linux.intel.com>
2009-05-23 14:18:18 -04:00
* @COGL_TEXTURE_NO_SLICING: Disables the slicing of the texture
* @COGL_TEXTURE_NO_ATLAS: Disables the insertion of the texture inside
* the texture atlas used by Cogl
*
* Flags to pass to the cogl_texture_new_* family of functions.
*
* Since: 1.0
*/
typedef enum {
[cogl] Move the texture filters to be a property of the material layer The texture filters are now a property of the material layer rather than the texture object. Whenever a texture is painted with a material it sets the filters on all of the GL textures in the Cogl texture. The filter is cached so that it won't be changed unnecessarily. The automatic mipmap generation has changed so that the mipmaps are only generated when the texture is painted instead of every time the data changes. Changing the texture sets a flag to mark that the mipmaps are dirty. This works better if the FBO extension is available because we can use glGenerateMipmap. If the extension is not available it will temporarily enable automatic mipmap generation and reupload the first pixel of each slice. This requires tracking the data for the first pixel. The COGL_TEXTURE_AUTO_MIPMAP flag has been replaced with COGL_TEXTURE_NO_AUTO_MIPMAP so that it will default to auto-mipmapping. The mipmap generation is now effectively free if you are not using a mipmap filter mode so you would only want to disable it if you had some special reason to generate your own mipmaps. ClutterTexture no longer has to store its own copy of the filter mode. Instead it stores it in the material and the property is directly set and read from that. This fixes problems with the filters getting out of sync when a cogl handle is set on the texture directly. It also avoids the mess of having to rerealize the texture if the filter quality changes to HIGH because Cogl will take of generating the mipmaps if needed.
2009-06-04 11:04:57 -04:00
COGL_TEXTURE_NONE = 0,
COGL_TEXTURE_NO_AUTO_MIPMAP = 1 << 0,
COGL_TEXTURE_NO_SLICING = 1 << 1,
COGL_TEXTURE_NO_ATLAS = 1 << 2
} CoglTextureFlags;
/**
* CoglFogMode:
* @COGL_FOG_MODE_LINEAR: Calculates the fog blend factor as:
* |[
* f = end - eye_distance / end - start
* ]|
* @COGL_FOG_MODE_EXPONENTIAL: Calculates the fog blend factor as:
* |[
* f = e ^ -(density * eye_distance)
* ]|
* @COGL_FOG_MODE_EXPONENTIAL_SQUARED: Calculates the fog blend factor as:
* |[
* f = e ^ -(density * eye_distance)^2
* ]|
*
* The fog mode determines the equation used to calculate the fogging blend
* factor while fogging is enabled. The simplest %COGL_FOG_MODE_LINEAR mode
* determines f as:
*
* |[
* f = end - eye_distance / end - start
* ]|
*
* Where eye_distance is the distance of the current fragment in eye
* coordinates from the origin.
*
* Since: 1.0
*/
typedef enum {
COGL_FOG_MODE_LINEAR,
COGL_FOG_MODE_EXPONENTIAL,
COGL_FOG_MODE_EXPONENTIAL_SQUARED
} CoglFogMode;
/**
* COGL_BLEND_STRING_ERROR:
*
* #GError domain for blend string parser errors
*
* Since: 1.0
*/
#define COGL_BLEND_STRING_ERROR (cogl_blend_string_error_quark ())
/**
* CoglBlendStringError:
* @COGL_BLEND_STRING_ERROR_PARSE_ERROR: Generic parse error
* @COGL_BLEND_STRING_ERROR_ARGUMENT_PARSE_ERROR: Argument parse error
* @COGL_BLEND_STRING_ERROR_INVALID_ERROR: Internal parser error
* @COGL_BLEND_STRING_ERROR_GPU_UNSUPPORTED_ERROR: Blend string not
* supported by the GPU
*
* Error enumeration for the blend strings parser
*
* Since: 1.0
*/
typedef enum { /*< prefix=COGL_BLEND_STRING_ERROR >*/
COGL_BLEND_STRING_ERROR_PARSE_ERROR,
COGL_BLEND_STRING_ERROR_ARGUMENT_PARSE_ERROR,
COGL_BLEND_STRING_ERROR_INVALID_ERROR,
COGL_BLEND_STRING_ERROR_GPU_UNSUPPORTED_ERROR
} CoglBlendStringError;
cogl: improves header and coding style consistency We've had complaints that our Cogl code/headers are a bit "special" so this is a first pass at tidying things up by giving them some consistency. These changes are all consistent with how new code in Cogl is being written, but the style isn't consistently applied across all code yet. There are two parts to this patch; but since each one required a large amount of effort to maintain tidy indenting it made sense to combine the changes to reduce the time spent re indenting the same lines. The first change is to use a consistent style for declaring function prototypes in headers. Cogl headers now consistently use this style for prototypes: return_type cogl_function_name (CoglType arg0, CoglType arg1); Not everyone likes this style, but it seems that most of the currently active Cogl developers agree on it. The second change is to constrain the use of redundant glib data types in Cogl. Uses of gint, guint, gfloat, glong, gulong and gchar have all been replaced with int, unsigned int, float, long, unsigned long and char respectively. When talking about pixel data; use of guchar has been replaced with guint8, otherwise unsigned char can be used. The glib types that we continue to use for portability are gboolean, gint{8,16,32,64}, guint{8,16,32,64} and gsize. The general intention is that Cogl should look palatable to the widest range of C programmers including those outside the Gnome community so - especially for the public API - we want to minimize the number of foreign looking typedefs.
2010-02-09 20:57:32 -05:00
GQuark
cogl_blend_string_error_quark (void);
#define COGL_ERROR (_cogl_error_quark ())
/**
* CoglError:
* @COGL_ERROR_UNSUPPORTED: You tried to use a feature or
* configuration not currently available.
*
* Error enumeration for Cogl
*
* The @COGL_ERROR_UNSUPPORTED error can be thrown for a variety of
* reasons. For example:
*
* <itemizedlist>
* <listitem><para>You've tried to use a feature that is not
* advertised by cogl_get_features(). This could happen if you create
* a non-sliced texture with a non-power-of-two size when
* %COGL_FEATURE_TEXTURE_NPOT is not advertised.</para></listitem>
* <listitem><para>The GPU can not handle the configuration you have
* requested. An example might be if you try to use too many texture
cogl: rename CoglMaterial -> CoglPipeline This applies an API naming change that's been deliberated over for a while now which is to rename CoglMaterial to CoglPipeline. For now the new pipeline API is marked as experimental and public headers continue to talk about materials not pipelines. The CoglMaterial API is now maintained in terms of the cogl_pipeline API internally. Currently this API is targeting Cogl 2.0 so we will have time to integrate it properly with other upcoming Cogl 2.0 work. The basic reasons for the rename are: - That the term "material" implies to many people that they are constrained to fragment processing; perhaps as some kind of high-level texture abstraction. - In Clutter they get exposed by ClutterTexture actors which may be re-inforcing this misconception. - When comparing how other frameworks use the term material, a material sometimes describes a multi-pass fragment processing technique which isn't the case in Cogl. - In code, "CoglPipeline" will hopefully be a much more self documenting summary of what these objects represent; a full GPU pipeline configuration including, for example, vertex processing, fragment processing and blending. - When considering the API documentation story, at some point we need a document introducing developers to how the "GPU pipeline" works so it should become intuitive that CoglPipeline maps back to that description of the GPU pipeline. - This is consistent in terminology and concept to OpenGL 4's new pipeline object which is a container for program objects. Note: The cogl-material.[ch] files have been renamed to cogl-material-compat.[ch] because otherwise git doesn't seem to treat the change as a moving the old cogl-material.c->cogl-pipeline.c and so we loose all our git-blame history.
2010-10-27 13:54:57 -04:00
* layers in a single #CoglPipeline</para></listitem>
* <listitem><para>The driver does not support some
* configuration.</para></listiem>
* </itemizedlist>
*
* Currently this is only used by Cogl API marked as experimental so
* this enum should also be considered experimental.
*
* Since: 1.4
*/
typedef enum { /*< prefix=COGL_ERROR >*/
COGL_ERROR_UNSUPPORTED
} CoglError;
GQuark
_cogl_error_quark (void);
/**
* CoglAttributeType:
* @COGL_ATTRIBUTE_TYPE_BYTE: Data is the same size of a byte
* @COGL_ATTRIBUTE_TYPE_UNSIGNED_BYTE: Data is the same size of an
* unsigned byte
* @COGL_ATTRIBUTE_TYPE_SHORT: Data is the same size of a short integer
* @COGL_ATTRIBUTE_TYPE_UNSIGNED_SHORT: Data is the same size of
* an unsigned short integer
* @COGL_ATTRIBUTE_TYPE_FLOAT: Data is the same size of a float
*
* Data types for the components of a vertex attribute.
*
* Since: 1.0
*/
typedef enum {
COGL_ATTRIBUTE_TYPE_BYTE = 0x1400,
COGL_ATTRIBUTE_TYPE_UNSIGNED_BYTE = 0x1401,
COGL_ATTRIBUTE_TYPE_SHORT = 0x1402,
COGL_ATTRIBUTE_TYPE_UNSIGNED_SHORT = 0x1403,
COGL_ATTRIBUTE_TYPE_FLOAT = 0x1406
} CoglAttributeType;
/**
* CoglIndicesType:
* @COGL_INDICES_TYPE_UNSIGNED_BYTE: Your indices are unsigned bytes
* @COGL_INDICES_TYPE_UNSIGNED_SHORT: Your indices are unsigned shorts
* @COGL_INDICES_TYPE_UNSIGNED_INT: Your indices are unsigned ints
*
* You should aim to use the smallest data type that gives you enough
* range, since it reduces the size of your index array and can help
* reduce the demand on memory bandwidth.
*
* Note that %COGL_INDICES_TYPE_UNSIGNED_INT is only supported if the
* %COGL_FEATURE_UNSIGNED_INT_INDICES feature is available. This
* should always be available on OpenGL but on OpenGL ES it will only
* be available if the GL_OES_element_index_uint extension is
* advertized.
*/
typedef enum {
COGL_INDICES_TYPE_UNSIGNED_BYTE,
COGL_INDICES_TYPE_UNSIGNED_SHORT,
COGL_INDICES_TYPE_UNSIGNED_INT
} CoglIndicesType;
/**
* CoglVerticesMode:
* @COGL_VERTICES_MODE_POINTS: FIXME, equivalent to %GL_POINTS
* @COGL_VERTICES_MODE_LINES: FIXME, equivalent to %GL_LINES
* @COGL_VERTICES_MODE_LINE_LOOP: FIXME, equivalent to %GL_LINE_LOOP
* @COGL_VERTICES_MODE_LINE_STRIP: FIXME, equivalent to %GL_LINE_STRIP
* @COGL_VERTICES_MODE_TRIANGLES: FIXME, equivalent to %GL_TRIANGLES
* @COGL_VERTICES_MODE_TRIANGLE_STRIP: FIXME, equivalent to %GL_TRIANGLE_STRIP
* @COGL_VERTICES_MODE_TRIANGLE_FAN: FIXME, equivalent to %GL_TRIANGLE_FAN
*
* Different ways of interpreting vertices when drawing.
*
* Since: 1.0
*/
typedef enum {
COGL_VERTICES_MODE_POINTS = 0x0000,
COGL_VERTICES_MODE_LINES = 0x0001,
COGL_VERTICES_MODE_LINE_LOOP = 0x0002,
COGL_VERTICES_MODE_LINE_STRIP = 0x0003,
COGL_VERTICES_MODE_TRIANGLES = 0x0004,
COGL_VERTICES_MODE_TRIANGLE_STRIP = 0x0005,
COGL_VERTICES_MODE_TRIANGLE_FAN = 0x0006
} CoglVerticesMode;
/* NB: The above definitions are taken from gl.h equivalents */
cogl: rename CoglMaterial -> CoglPipeline This applies an API naming change that's been deliberated over for a while now which is to rename CoglMaterial to CoglPipeline. For now the new pipeline API is marked as experimental and public headers continue to talk about materials not pipelines. The CoglMaterial API is now maintained in terms of the cogl_pipeline API internally. Currently this API is targeting Cogl 2.0 so we will have time to integrate it properly with other upcoming Cogl 2.0 work. The basic reasons for the rename are: - That the term "material" implies to many people that they are constrained to fragment processing; perhaps as some kind of high-level texture abstraction. - In Clutter they get exposed by ClutterTexture actors which may be re-inforcing this misconception. - When comparing how other frameworks use the term material, a material sometimes describes a multi-pass fragment processing technique which isn't the case in Cogl. - In code, "CoglPipeline" will hopefully be a much more self documenting summary of what these objects represent; a full GPU pipeline configuration including, for example, vertex processing, fragment processing and blending. - When considering the API documentation story, at some point we need a document introducing developers to how the "GPU pipeline" works so it should become intuitive that CoglPipeline maps back to that description of the GPU pipeline. - This is consistent in terminology and concept to OpenGL 4's new pipeline object which is a container for program objects. Note: The cogl-material.[ch] files have been renamed to cogl-material-compat.[ch] because otherwise git doesn't seem to treat the change as a moving the old cogl-material.c->cogl-pipeline.c and so we loose all our git-blame history.
2010-10-27 13:54:57 -04:00
/* XXX: should this be CoglMaterialDepthTestFunction?
* It makes it very verbose but would be consistent with
* CoglMaterialWrapMode */
/**
* CoglDepthTestFunction:
* @COGL_DEPTH_TEST_FUNCTION_NEVER: Never passes.
* @COGL_DEPTH_TEST_FUNCTION_LESS: Passes if the fragment's depth
* value is less than the value currently in the depth buffer.
* @COGL_DEPTH_TEST_FUNCTION_EQUAL: Passes if the fragment's depth
* value is equal to the value currently in the depth buffer.
* @COGL_DEPTH_TEST_FUNCTION_LEQUAL: Passes if the fragment's depth
* value is less or equal to the value currently in the depth buffer.
* @COGL_DEPTH_TEST_FUNCTION_GREATER: Passes if the fragment's depth
* value is greater than the value currently in the depth buffer.
* @COGL_DEPTH_TEST_FUNCTION_NOTEQUAL: Passes if the fragment's depth
* value is not equal to the value currently in the depth buffer.
* @COGL_DEPTH_TEST_FUNCTION_GEQUAL: Passes if the fragment's depth
* value greater than or equal to the value currently in the depth buffer.
* @COGL_DEPTH_TEST_FUNCTION_ALWAYS: Always passes.
*
* When using depth testing one of these functions is used to compare
* the depth of an incoming fragment against the depth value currently
* stored in the depth buffer. The function is changed using
* cogl_material_set_depth_test_function().
*
* The test is only done when depth testing is explicitly enabled. (See
* cogl_material_set_depth_test_enabled())
*/
typedef enum
{
COGL_DEPTH_TEST_FUNCTION_NEVER = 0x0200,
COGL_DEPTH_TEST_FUNCTION_LESS = 0x0201,
COGL_DEPTH_TEST_FUNCTION_EQUAL = 0x0202,
COGL_DEPTH_TEST_FUNCTION_LEQUAL = 0x0203,
COGL_DEPTH_TEST_FUNCTION_GREATER = 0x0204,
COGL_DEPTH_TEST_FUNCTION_NOTEQUAL = 0x0205,
COGL_DEPTH_TEST_FUNCTION_GEQUAL = 0x0206,
COGL_DEPTH_TEST_FUNCTION_ALWAYS = 0x0207
} CoglDepthTestFunction;
/* NB: The above definitions are taken from gl.h equivalents */
typedef enum { /*< prefix=COGL_RENDERER_ERROR >*/
COGL_RENDERER_ERROR_NOT_FOUND,
COGL_RENDERER_ERROR_XLIB_DISPLAY_OPEN
} CoglRendererError;
/*
* CoglFilterReturn:
* @COGL_FILTER_CONTINUE: The event was not handled, continues the
* processing
* @COGL_FILTER_REMOVE: Remove the event, stops the processing
*
* Return values for the #CoglFilterFunc function.
*
* Stability: Unstable
*/
typedef enum _CoglFilterReturn { /*< prefix=COGL_FILTER >*/
COGL_FILTER_CONTINUE,
COGL_FILTER_REMOVE
} CoglFilterReturn;
typedef enum _CoglWinsysFeature
{
/* Available if the window system can support multiple onscreen
* framebuffers at the same time. */
COGL_WINSYS_FEATURE_MULTIPLE_ONSCREEN,
/* Available if onscreen framebuffer swaps can be automatically
* throttled to the vblank frequency. */
COGL_WINSYS_FEATURE_SWAP_THROTTLE,
/* Available if its possible to query a counter that
* increments at each vblank. */
COGL_WINSYS_FEATURE_VBLANK_COUNTER,
/* Available if its possible to wait until the next vertical
* blank period */
COGL_WINSYS_FEATURE_VBLANK_WAIT,
/* Available if the window system supports mapping native
* pixmaps to textures. */
COGL_WINSYS_FEATURE_TEXTURE_FROM_PIXMAP,
/* Available if the window system supports reporting an event
* for swap buffer completions. */
COGL_WINSYS_FEATURE_SWAP_BUFFERS_EVENT,
/* Available if it's possible to swap a list of sub rectangles
* from the back buffer to the front buffer */
COGL_WINSYS_FEATURE_SWAP_REGION,
/* Available if swap_region requests can be automatically throttled
* to the vblank frequency. */
COGL_WINSYS_FEATURE_SWAP_REGION_THROTTLE,
/* Available if the swap region implementation won't tear and thus
* only needs to be throttled to the framerate */
COGL_WINSYS_FEATURE_SWAP_REGION_SYNCHRONIZED,
COGL_WINSYS_FEATURE_N_FEATURES
} CoglWinsysFeature;
/**
* CoglColorMask:
* @COGL_COLOR_MASK_NONE: None of the color channels are masked
* @COGL_COLOR_MASK_RED: Masks the red color channel
* @COGL_COLOR_MASK_GREEN: Masks the green color channel
* @COGL_COLOR_MASK_BLUE: Masks the blue color channel
* @COGL_COLOR_MASK_ALPHA: Masks the alpha color channel
* @COGL_COLOR_MASK_ALL: All of the color channels are masked
*
* Defines a bit mask of color channels. This can be used with
* cogl_pipeline_set_color_mask() for example to define which color
* channels should be written to the current framebuffer when
* drawing something.
*/
typedef enum
{
COGL_COLOR_MASK_NONE = 0,
COGL_COLOR_MASK_RED = 1L<<0,
COGL_COLOR_MASK_GREEN = 1L<<1,
COGL_COLOR_MASK_BLUE = 1L<<2,
COGL_COLOR_MASK_ALPHA = 1L<<3,
/* XXX: glib-mkenums is a perl script that can't cope if we split
* this onto multiple lines! *sigh* */
COGL_COLOR_MASK_ALL = (COGL_COLOR_MASK_RED | COGL_COLOR_MASK_GREEN | COGL_COLOR_MASK_BLUE | COGL_COLOR_MASK_ALPHA)
} CoglColorMask;
G_END_DECLS
#endif /* __COGL_TYPES_H__ */