kts 3c534a9b98 SDL2_image is now used. OMesh::loadObj now ensures that UVs and normals are created equal to the # of vertices - this is not exactly right, as it simply zeros values that don't exist, but it's better than nothing. Vertex indexing should be implemented using GL_DRAW_ELEMENTS, but for now we'll deal. Default cube now generates proper normals and uvs attached to triangular faces. GLSL vertex shaders now flip the outputted fragment UV (1.0 - uv.t). The Texture class has been created which is responsible for turning some image format data into an OpenGL texture. It handles things similarly to Mesh, in that it first loads the data then has to be 'built'.		2015-03-04 00:59:46 -08:00
..
gui	Implemented some of the GUI subsystem. Events are first passed through the GUI (should limit this to only particular events) before being sent to the top-most state. Later on, the GUI will be capable of locking the sending of particular events, such as motion or mousemove, if an element is currently focused/held. Basic GuiElement added. Each GuiElement may have children, each of which may have children in turn. The Gui will send getHit requests to the top-most/parent GuiElement, after which that GuiElement will send getHit requests down to its children and their children if need be. If a match is found, a pointer to that element is returned, otherwise NULL. More to be added, but hopefully the GUI system is robust enough - it tries to somewhat decouple from the state, in that elements do not have to have their lower level hit detection processed. There may be some oddities in the design that have yet to be discovered due to there being no visual front end (and the creation of RenderObjects for said visuals).	2015-03-03 03:24:07 -08:00
states	SDL2_image is now used. OMesh::loadObj now ensures that UVs and normals are created equal to the # of vertices - this is not exactly right, as it simply zeros values that don't exist, but it's better than nothing. Vertex indexing should be implemented using GL_DRAW_ELEMENTS, but for now we'll deal. Default cube now generates proper normals and uvs attached to triangular faces. GLSL vertex shaders now flip the outputted fragment UV (1.0 - uv.t). The Texture class has been created which is responsible for turning some image format data into an OpenGL texture. It handles things similarly to Mesh, in that it first loads the data then has to be 'built'.	2015-03-04 00:59:46 -08:00
Asset.cpp	AssetManager/AssetCache system now mostly in place. AssetCache(s) create/read from a .CACHE file in the target directory. This file is human-readable and is the index for the cache. Each line contains the file's path, its checksum, and the filesize. This file is updated when the filesize of the file changes. Currently new files are found and added on start - to be added is a refresh function. Also to be added is an update via modification time - this will require a new entry in the cache index file. A single-line version heading should also be added.	2015-03-01 02:17:12 -08:00
Asset.hpp	ApkAssetCache now fully works. Unlike AssetCache, it does not build a cache by traversing the directory hierarchy - this is due to limits of how the Android assets archive works -, but rather adds to the cache on get/load requests. This is more inefficient, but it shouldn't be much of a consideration. Fixed preprocessor conditionals around loops to stop vi from exploding. Some minor code cleanup to remove warnings.	2015-03-01 16:46:13 -08:00
AssetCache.cpp	AssetCache works fine on Windows now. Need to reorganize AssetCache's _WIN32 preprocessor conditionals - it's pretty ugly.	2015-03-01 17:25:19 -08:00
AssetCache.hpp	ApkAssetCache now fully works. Unlike AssetCache, it does not build a cache by traversing the directory hierarchy - this is due to limits of how the Android assets archive works -, but rather adds to the cache on get/load requests. This is more inefficient, but it shouldn't be much of a consideration. Fixed preprocessor conditionals around loops to stop vi from exploding. Some minor code cleanup to remove warnings.	2015-03-01 16:46:13 -08:00
AssetManager.cpp	Updated Linux makefile. added <errno.h>, <sys/stat.h>, and <dirent.h> to AssetCache.cpp. Asset system works on Linux now. I also did A Bad Thing and replaced MAX_PATH with 1024. Also, VS allows for some majorly bad template code to be accepted.	2015-03-01 02:44:28 -08:00
AssetManager.hpp	Core now uses a state stack. States may be pushed on the stack with Core::pushState(State*) and popped off with Core::popState(). Pushing a state will trigger the old state's onCede(), push the state onto the stack, then call the new state's onInit(if DID_INIT is not set) then onRise(). Popping a state will trigger the top state's onCede and the previous state(if it exists)'s onRise. Core::doProcess now has a delta tickrate accumulator that ensures the world is processed at Core::tick_rate. Rendering is not capped to this tickrate, as doRender is called outside of the Event handling and state processing. Finally, functionality that was in Core for testing is now in TestState - it pushed onto the stack during Core::initSystem	2015-03-02 19:58:35 -08:00
Core.cpp	Implemented some of the GUI subsystem. Events are first passed through the GUI (should limit this to only particular events) before being sent to the top-most state. Later on, the GUI will be capable of locking the sending of particular events, such as motion or mousemove, if an element is currently focused/held. Basic GuiElement added. Each GuiElement may have children, each of which may have children in turn. The Gui will send getHit requests to the top-most/parent GuiElement, after which that GuiElement will send getHit requests down to its children and their children if need be. If a match is found, a pointer to that element is returned, otherwise NULL. More to be added, but hopefully the GUI system is robust enough - it tries to somewhat decouple from the state, in that elements do not have to have their lower level hit detection processed. There may be some oddities in the design that have yet to be discovered due to there being no visual front end (and the creation of RenderObjects for said visuals).	2015-03-03 03:24:07 -08:00
Core.hpp	Implemented some of the GUI subsystem. Events are first passed through the GUI (should limit this to only particular events) before being sent to the top-most state. Later on, the GUI will be capable of locking the sending of particular events, such as motion or mousemove, if an element is currently focused/held. Basic GuiElement added. Each GuiElement may have children, each of which may have children in turn. The Gui will send getHit requests to the top-most/parent GuiElement, after which that GuiElement will send getHit requests down to its children and their children if need be. If a match is found, a pointer to that element is returned, otherwise NULL. More to be added, but hopefully the GUI system is robust enough - it tries to somewhat decouple from the state, in that elements do not have to have their lower level hit detection processed. There may be some oddities in the design that have yet to be discovered due to there being no visual front end (and the creation of RenderObjects for said visuals).	2015-03-03 03:24:07 -08:00
Gui.cpp	Implemented some of the GUI subsystem. Events are first passed through the GUI (should limit this to only particular events) before being sent to the top-most state. Later on, the GUI will be capable of locking the sending of particular events, such as motion or mousemove, if an element is currently focused/held. Basic GuiElement added. Each GuiElement may have children, each of which may have children in turn. The Gui will send getHit requests to the top-most/parent GuiElement, after which that GuiElement will send getHit requests down to its children and their children if need be. If a match is found, a pointer to that element is returned, otherwise NULL. More to be added, but hopefully the GUI system is robust enough - it tries to somewhat decouple from the state, in that elements do not have to have their lower level hit detection processed. There may be some oddities in the design that have yet to be discovered due to there being no visual front end (and the creation of RenderObjects for said visuals).	2015-03-03 03:24:07 -08:00
Gui.hpp	Implemented some of the GUI subsystem. Events are first passed through the GUI (should limit this to only particular events) before being sent to the top-most state. Later on, the GUI will be capable of locking the sending of particular events, such as motion or mousemove, if an element is currently focused/held. Basic GuiElement added. Each GuiElement may have children, each of which may have children in turn. The Gui will send getHit requests to the top-most/parent GuiElement, after which that GuiElement will send getHit requests down to its children and their children if need be. If a match is found, a pointer to that element is returned, otherwise NULL. More to be added, but hopefully the GUI system is robust enough - it tries to somewhat decouple from the state, in that elements do not have to have their lower level hit detection processed. There may be some oddities in the design that have yet to be discovered due to there being no visual front end (and the creation of RenderObjects for said visuals).	2015-03-03 03:24:07 -08:00
HashTable.hpp	Updated Linux makefile. added <errno.h>, <sys/stat.h>, and <dirent.h> to AssetCache.cpp. Asset system works on Linux now. I also did A Bad Thing and replaced MAX_PATH with 1024. Also, VS allows for some majorly bad template code to be accepted.	2015-03-01 02:44:28 -08:00
Log.cpp	ApkAssetCache now fully works. Unlike AssetCache, it does not build a cache by traversing the directory hierarchy - this is due to limits of how the Android assets archive works -, but rather adds to the cache on get/load requests. This is more inefficient, but it shouldn't be much of a consideration. Fixed preprocessor conditionals around loops to stop vi from exploding. Some minor code cleanup to remove warnings.	2015-03-01 16:46:13 -08:00
Log.hpp	Added basic AssetManager class skeleton. This will be the governing class for the loading of files and ensuring data remains the same between clients via checksum comparisons.	2015-02-27 19:49:24 -08:00
Mat4.cpp	Imported Mat4 class from CC.	2015-02-10 05:34:58 -08:00
Mat4.hpp	Imported Mat4 class from CC.	2015-02-10 05:34:58 -08:00
Mesh.cpp	SDL2_image is now used. OMesh::loadObj now ensures that UVs and normals are created equal to the # of vertices - this is not exactly right, as it simply zeros values that don't exist, but it's better than nothing. Vertex indexing should be implemented using GL_DRAW_ELEMENTS, but for now we'll deal. Default cube now generates proper normals and uvs attached to triangular faces. GLSL vertex shaders now flip the outputted fragment UV (1.0 - uv.t). The Texture class has been created which is responsible for turning some image format data into an OpenGL texture. It handles things similarly to Mesh, in that it first loads the data then has to be 'built'.	2015-03-04 00:59:46 -08:00
Mesh.hpp	AssetManager/AssetCache system now mostly in place. AssetCache(s) create/read from a .CACHE file in the target directory. This file is human-readable and is the index for the cache. Each line contains the file's path, its checksum, and the filesize. This file is updated when the filesize of the file changes. Currently new files are found and added on start - to be added is a refresh function. Also to be added is an update via modification time - this will require a new entry in the cache index file. A single-line version heading should also be added.	2015-03-01 02:17:12 -08:00
Program.cpp	ApkAssetCache now fully works. Unlike AssetCache, it does not build a cache by traversing the directory hierarchy - this is due to limits of how the Android assets archive works -, but rather adds to the cache on get/load requests. This is more inefficient, but it shouldn't be much of a consideration. Fixed preprocessor conditionals around loops to stop vi from exploding. Some minor code cleanup to remove warnings.	2015-03-01 16:46:13 -08:00
Program.hpp	AssetManager/AssetCache system now mostly in place. AssetCache(s) create/read from a .CACHE file in the target directory. This file is human-readable and is the index for the cache. Each line contains the file's path, its checksum, and the filesize. This file is updated when the filesize of the file changes. Currently new files are found and added on start - to be added is a refresh function. Also to be added is an update via modification time - this will require a new entry in the cache index file. A single-line version heading should also be added.	2015-03-01 02:17:12 -08:00
Quat.cpp	Added test chest model and basic model rendering shader. Mesh now builds normals buffer along with uv and vp. Added Quaternion class, currently used for RenderObject's rotation matrix generation - needs to be added to RenderCamera. RenderScene now accomplishes what its name implies - the rendering of a scene. Some logic needs to be moved into Program from RenderScene's doRender function.	2015-02-23 02:49:52 -08:00
Quat.hpp	Added test chest model and basic model rendering shader. Mesh now builds normals buffer along with uv and vp. Added Quaternion class, currently used for RenderObject's rotation matrix generation - needs to be added to RenderCamera. RenderScene now accomplishes what its name implies - the rendering of a scene. Some logic needs to be moved into Program from RenderScene's doRender function.	2015-02-23 02:49:52 -08:00
RenderCamera.cpp	Core now uses a state stack. States may be pushed on the stack with Core::pushState(State*) and popped off with Core::popState(). Pushing a state will trigger the old state's onCede(), push the state onto the stack, then call the new state's onInit(if DID_INIT is not set) then onRise(). Popping a state will trigger the top state's onCede and the previous state(if it exists)'s onRise. Core::doProcess now has a delta tickrate accumulator that ensures the world is processed at Core::tick_rate. Rendering is not capped to this tickrate, as doRender is called outside of the Event handling and state processing. Finally, functionality that was in Core for testing is now in TestState - it pushed onto the stack during Core::initSystem	2015-03-02 19:58:35 -08:00
RenderCamera.hpp	Core now uses a state stack. States may be pushed on the stack with Core::pushState(State*) and popped off with Core::popState(). Pushing a state will trigger the old state's onCede(), push the state onto the stack, then call the new state's onInit(if DID_INIT is not set) then onRise(). Popping a state will trigger the top state's onCede and the previous state(if it exists)'s onRise. Core::doProcess now has a delta tickrate accumulator that ensures the world is processed at Core::tick_rate. Rendering is not capped to this tickrate, as doRender is called outside of the Event handling and state processing. Finally, functionality that was in Core for testing is now in TestState - it pushed onto the stack during Core::initSystem	2015-03-02 19:58:35 -08:00
RenderObject.cpp	SDL2_image is now used. OMesh::loadObj now ensures that UVs and normals are created equal to the # of vertices - this is not exactly right, as it simply zeros values that don't exist, but it's better than nothing. Vertex indexing should be implemented using GL_DRAW_ELEMENTS, but for now we'll deal. Default cube now generates proper normals and uvs attached to triangular faces. GLSL vertex shaders now flip the outputted fragment UV (1.0 - uv.t). The Texture class has been created which is responsible for turning some image format data into an OpenGL texture. It handles things similarly to Mesh, in that it first loads the data then has to be 'built'.	2015-03-04 00:59:46 -08:00
RenderObject.hpp	SDL2_image is now used. OMesh::loadObj now ensures that UVs and normals are created equal to the # of vertices - this is not exactly right, as it simply zeros values that don't exist, but it's better than nothing. Vertex indexing should be implemented using GL_DRAW_ELEMENTS, but for now we'll deal. Default cube now generates proper normals and uvs attached to triangular faces. GLSL vertex shaders now flip the outputted fragment UV (1.0 - uv.t). The Texture class has been created which is responsible for turning some image format data into an OpenGL texture. It handles things similarly to Mesh, in that it first loads the data then has to be 'built'.	2015-03-04 00:59:46 -08:00
RenderScene.cpp	SDL2_image is now used. OMesh::loadObj now ensures that UVs and normals are created equal to the # of vertices - this is not exactly right, as it simply zeros values that don't exist, but it's better than nothing. Vertex indexing should be implemented using GL_DRAW_ELEMENTS, but for now we'll deal. Default cube now generates proper normals and uvs attached to triangular faces. GLSL vertex shaders now flip the outputted fragment UV (1.0 - uv.t). The Texture class has been created which is responsible for turning some image format data into an OpenGL texture. It handles things similarly to Mesh, in that it first loads the data then has to be 'built'.	2015-03-04 00:59:46 -08:00
RenderScene.hpp	Added test chest model and basic model rendering shader. Mesh now builds normals buffer along with uv and vp. Added Quaternion class, currently used for RenderObject's rotation matrix generation - needs to be added to RenderCamera. RenderScene now accomplishes what its name implies - the rendering of a scene. Some logic needs to be moved into Program from RenderScene's doRender function.	2015-02-23 02:49:52 -08:00
RenderSet.cpp	Added test chest model and basic model rendering shader. Mesh now builds normals buffer along with uv and vp. Added Quaternion class, currently used for RenderObject's rotation matrix generation - needs to be added to RenderCamera. RenderScene now accomplishes what its name implies - the rendering of a scene. Some logic needs to be moved into Program from RenderScene's doRender function.	2015-02-23 02:49:52 -08:00
RenderSet.hpp	Added test chest model and basic model rendering shader. Mesh now builds normals buffer along with uv and vp. Added Quaternion class, currently used for RenderObject's rotation matrix generation - needs to be added to RenderCamera. RenderScene now accomplishes what its name implies - the rendering of a scene. Some logic needs to be moved into Program from RenderScene's doRender function.	2015-02-23 02:49:52 -08:00
RenderView.cpp	Added cube model for testing. Shader textures now start at index 0 rather than 1. Things work on iOS now. closeSystem deletes gl context and destroys window - needs to free textures, etc. still. Added testing finger and mouse motion control. Meshes now generate uv buffer object and normals buffer object. RenderCamera now supports rendering in orthogonal as well as perspective. Orthogonal rendering relies on 'size' float, which indicates the vertical 3D units shown on screen. This is, for RtB, equal to 1 meter. Perspective rendering uses fov_angle, which is the vertical field of view angle. This is, default, pi / 4. Screen resizing now works fine on Android - recreated buffer used non gles type. RenderView now uses nearest mag/min filters rather than linear. Added handleAppEvents which is intended to deal with state changes on mobile devices, such as app minimizing. At the moment, core.closeSystem is called when RtB enters the background.	2015-02-25 04:05:59 -08:00
RenderView.hpp	Added cube model for testing. Shader textures now start at index 0 rather than 1. Things work on iOS now. closeSystem deletes gl context and destroys window - needs to free textures, etc. still. Added testing finger and mouse motion control. Meshes now generate uv buffer object and normals buffer object. RenderCamera now supports rendering in orthogonal as well as perspective. Orthogonal rendering relies on 'size' float, which indicates the vertical 3D units shown on screen. This is, for RtB, equal to 1 meter. Perspective rendering uses fov_angle, which is the vertical field of view angle. This is, default, pi / 4. Screen resizing now works fine on Android - recreated buffer used non gles type. RenderView now uses nearest mag/min filters rather than linear. Added handleAppEvents which is intended to deal with state changes on mobile devices, such as app minimizing. At the moment, core.closeSystem is called when RtB enters the background.	2015-02-25 04:05:59 -08:00
State.hpp	Core now uses a state stack. States may be pushed on the stack with Core::pushState(State*) and popped off with Core::popState(). Pushing a state will trigger the old state's onCede(), push the state onto the stack, then call the new state's onInit(if DID_INIT is not set) then onRise(). Popping a state will trigger the top state's onCede and the previous state(if it exists)'s onRise. Core::doProcess now has a delta tickrate accumulator that ensures the world is processed at Core::tick_rate. Rendering is not capped to this tickrate, as doRender is called outside of the Event handling and state processing. Finally, functionality that was in Core for testing is now in TestState - it pushed onto the stack during Core::initSystem	2015-03-02 19:58:35 -08:00
Texture.cpp	SDL2_image is now used. OMesh::loadObj now ensures that UVs and normals are created equal to the # of vertices - this is not exactly right, as it simply zeros values that don't exist, but it's better than nothing. Vertex indexing should be implemented using GL_DRAW_ELEMENTS, but for now we'll deal. Default cube now generates proper normals and uvs attached to triangular faces. GLSL vertex shaders now flip the outputted fragment UV (1.0 - uv.t). The Texture class has been created which is responsible for turning some image format data into an OpenGL texture. It handles things similarly to Mesh, in that it first loads the data then has to be 'built'.	2015-03-04 00:59:46 -08:00
Texture.hpp	SDL2_image is now used. OMesh::loadObj now ensures that UVs and normals are created equal to the # of vertices - this is not exactly right, as it simply zeros values that don't exist, but it's better than nothing. Vertex indexing should be implemented using GL_DRAW_ELEMENTS, but for now we'll deal. Default cube now generates proper normals and uvs attached to triangular faces. GLSL vertex shaders now flip the outputted fragment UV (1.0 - uv.t). The Texture class has been created which is responsible for turning some image format data into an OpenGL texture. It handles things similarly to Mesh, in that it first loads the data then has to be 'built'.	2015-03-04 00:59:46 -08:00
Vec.cpp	Updated VS and added Vec2/Vec3/Vec3 classes from CC project. Also added RenderObject skeleton.	2015-02-10 04:50:31 -08:00
Vec.hpp	Updated VS and added Vec2/Vec3/Vec3 classes from CC project. Also added RenderObject skeleton.	2015-02-10 04:50:31 -08:00
checksum.cpp	Added basic AssetManager class skeleton. This will be the governing class for the loading of files and ensuring data remains the same between clients via checksum comparisons.	2015-02-27 19:49:24 -08:00
checksum.hpp	Updated VS project. Added a _WIN32 ifdef and typedefs for uint32_t and uint8_t due to Windows not including inttypes.h.	2015-02-24 17:18:40 -08:00
common.hpp	Updated android, ios, and osx projects. Hopefully nothing is broken.	2015-02-12 07:40:40 -08:00
fio.cpp	ApkAssetCache now fully works. Unlike AssetCache, it does not build a cache by traversing the directory hierarchy - this is due to limits of how the Android assets archive works -, but rather adds to the cache on get/load requests. This is more inefficient, but it shouldn't be much of a consideration. Fixed preprocessor conditionals around loops to stop vi from exploding. Some minor code cleanup to remove warnings.	2015-03-01 16:46:13 -08:00
fio.hpp	ApkAssetCache now fully works. Unlike AssetCache, it does not build a cache by traversing the directory hierarchy - this is due to limits of how the Android assets archive works -, but rather adds to the cache on get/load requests. This is more inefficient, but it shouldn't be much of a consideration. Fixed preprocessor conditionals around loops to stop vi from exploding. Some minor code cleanup to remove warnings.	2015-03-01 16:46:13 -08:00
main.cpp	SDL2_image is now used. OMesh::loadObj now ensures that UVs and normals are created equal to the # of vertices - this is not exactly right, as it simply zeros values that don't exist, but it's better than nothing. Vertex indexing should be implemented using GL_DRAW_ELEMENTS, but for now we'll deal. Default cube now generates proper normals and uvs attached to triangular faces. GLSL vertex shaders now flip the outputted fragment UV (1.0 - uv.t). The Texture class has been created which is responsible for turning some image format data into an OpenGL texture. It handles things similarly to Mesh, in that it first loads the data then has to be 'built'.	2015-03-04 00:59:46 -08:00