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Euraylib.ew
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Euraylib.ew
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------------------------------------
--Euraylib --
--Written by Andy P. (Icy_Viking) --
--Raylib version 3.5.0 --
--Euphoria version 4.1.0 beta 2 --
--Icy Viking Games --
--Euphoria wrapper for Raylib --
------------------------------------
without warning
include std/dll.e
include std/convert.e
include std/machine.e
include std/os.e
public atom ray
ifdef WINDOWS then
ray = open_dll("raylib.dll")
if ray = -1 then
puts(1,"Failed to open raylib.dll!\n")
abort(0)
end if
elsifdef LINUX or FREEBSD then
ray = open_dll("raylib.so")
if ray = -1 then
puts(1,"Failed to open raylib!\n")
abort(0)
end if
elsifdef OSX then
ray = open_dll("raylib.dylib")
if ray = -1 then
puts(1,"Failed to open raylib!\n")
abort(0)
end if
end ifdef
include flags.e
--include raylibshim.e
procedure poke_float32(atom ptr, object val)
if atom(val) then
val = (val)
end if
for i = 1 to length(val) do
poke(ptr,atom_to_float32(val[i]))
ptr += sizeof(C_FLOAT)
end for
end procedure
--Core Module Functions
--Window Functions
public constant xInitWindow = define_c_proc(ray,"+InitWindow",{C_INT,C_INT,C_POINTER}),
xWindowShouldClose = define_c_func(ray,"+WindowShouldClose",{},C_BOOL),
xCloseWindow = define_c_proc(ray,"+CloseWindow",{}),
xIsWindowReady = define_c_func(ray,"+IsWindowReady",{},C_BOOL),
xIsWindowMinimized = define_c_func(ray,"+IsWindowMinimized",{},C_BOOL),
xIsWindowResized = define_c_func(ray,"+IsWindowResized",{},C_BOOL),
xIsWindowHidden = define_c_func(ray,"+IsWindowHidden",{},C_BOOL),
xToggleFullscreen = define_c_proc(ray,"+ToggleFullscreen",{}),
xUnhideWindow = define_c_proc(ray,"+UnhideWindow",{}),
xHideWindow = define_c_proc(ray,"+HideWindow",{}),
xSetWindowIcon = define_c_proc(ray,"+SetWindowIcon",{C_POINTER}),
xSetWindowTitle = define_c_proc(ray,"+SetWindowTitle",{C_POINTER}),
xSetWindowPosition = define_c_proc(ray,"+SetWindowPosition",{C_INT,C_INT}),
xSetWindowMonitor = define_c_proc(ray,"+SetWindowMonitor",{C_INT}),
xSetWindowMinSize = define_c_proc(ray,"+SetWindowMinSize",{C_INT,C_INT}),
xSetWindowSize = define_c_proc(ray,"+SetWindowSize",{C_INT,C_INT}),
xGetWindowHandle = define_c_func(ray,"+GetWindowHandle",{},C_POINTER),
xGetScreenWidth = define_c_func(ray,"+GetScreenWidth",{},C_INT),
xGetScreenHeight = define_c_func(ray,"+GetScreenHeight",{},C_INT),
xGetMonitorCount = define_c_func(ray,"+GetMonitorCount",{},C_INT),
xGetMonitorWidth = define_c_func(ray,"+GetMonitorWidth",{C_INT},C_INT),
xGetMonitorHeight = define_c_func(ray,"+GetMonitorHeight",{C_INT},C_INT),
xGetMonitorPhysicalWidth = define_c_func(ray,"+GetMonitorPhysicalWidth",{C_INT},C_INT),
xGetMonitorPhysicalHeight = define_c_func(ray,"+GetMonitorPhysicalHeight",{C_INT},C_INT),
xGetMonitorName = define_c_func(ray,"+GetMonitorName",{C_INT},C_POINTER),
xGetClipboardText = define_c_func(ray,"+GetClipboardText",{},C_POINTER),
xSetClipboardText = define_c_proc(ray,"+SetClipboardText",{C_POINTER}),
xGetWindowPosition = define_c_func(ray,"+GetWindowPosition",{},C_FLOAT),
xSetWindowState = define_c_proc(ray,"+SetWindowState",{C_UINT}),
xIsWindowFocused = define_c_func(ray,"+IsWindowFocused",{},C_BOOL),
xGetWindowScaleDPI = define_c_func(ray,"+GetWindowScaleDPI",{},C_FLOAT),
xGetMonitorRefreshRate = define_c_func(ray,"+GetMonitorRefreshRate",{C_INT},C_INT),
xClearWindowState = define_c_proc(ray,"+ClearWindowState",{C_UINT})
public procedure InitWindow(atom w,atom h,sequence title)
atom str = allocate_string(title,1)
c_proc(xInitWindow,{w,h,str})
end procedure
public function WindowShouldClose()
return c_func(xWindowShouldClose,{})
end function
public procedure CloseWindow()
c_proc(xCloseWindow,{})
end procedure
public function IsWindowReady()
return c_func(xIsWindowReady,{})
end function
public function IsWindowMinimized()
return c_func(xIsWindowMinimized,{})
end function
public function IsWindowResized()
return c_func(xIsWindowResized,{})
end function
public function IsWindowHidden()
return c_func(xIsWindowHidden,{})
end function
public procedure ToggleFullscreen()
c_proc(xToggleFullscreen,{})
end procedure
public procedure UnhideWindow()
c_proc(xUnhideWindow,{})
end procedure
public procedure HideWindow()
c_proc(xHideWindow,{})
end procedure
public procedure SetWindowIcon(atom img)
c_proc(xSetWindowIcon,{img})
end procedure
public procedure SetWindowTitle(sequence title)
atom str = allocate_string(title,1)
c_proc(xSetWindowTitle,{str})
end procedure
public procedure SetWindowPosition(atom x,atom y)
c_proc(xSetWindowPosition,{x,y})
end procedure
public procedure SetWindowMonitor(atom mon)
c_proc(xSetWindowMonitor,{mon})
end procedure
public procedure SetWindowMinSize(atom width,atom height)
c_proc(xSetWindowMinSize,{width,height})
end procedure
public procedure SetWindowSize(atom w,atom h)
c_proc(xSetWindowSize,{w,h})
end procedure
public function GetWindowHandle()
return c_func(xGetWindowHandle,{})
end function
public function GetScreenWidth()
return c_func(xGetScreenWidth,{})
end function
public function GetScreenHeight()
return c_func(xGetScreenHeight,{})
end function
public function GetMonitorCount()
return c_func(xGetMonitorCount,{})
end function
public function GetMonitorWidth(atom mon)
return c_func(xGetMonitorWidth,{mon})
end function
public function GetMonitorHeight(atom mon)
return c_func(xGetMonitorHeight,{mon})
end function
public function GetMonitorPhysicalWidth(atom mon)
return c_func(xGetMonitorPhysicalWidth,{mon})
end function
public function GetMonitorPhysicalHeight(atom mon)
return c_func(xGetMonitorPhysicalHeight,{mon})
end function
public function GetMonitorName(atom mon)
return c_func(xGetMonitorName,{mon})
end function
public function GetClipboardText()
return c_func(xGetClipboardText,{})
end function
public procedure SetClipboardText(sequence text)
atom str = allocate_string(text,1)
c_proc(xSetClipboardText,{str})
end procedure
public function GetWindowPosition()
return c_func(xGetWindowPosition,{})
end function
public procedure SetWindowState(atom flags)
c_proc(xSetWindowState,{flags})
end procedure
public function IsWindowFocused()
return c_func(xIsWindowFocused,{})
end function
public function GetWindowScaleDPI()
return c_func(xGetWindowScaleDPI,{})
end function
public function GetMonitorRefreshRate(atom mon)
return c_func(xGetMonitorRefreshRate,{mon})
end function
public procedure ClearWindowState(atom flags)
c_proc(xClearWindowState,{flags})
end procedure
--Cursor Functions
public constant xShowCursor = define_c_proc(ray,"+ShowCursor",{}),
xHideCursor = define_c_proc(ray,"+HideCursor",{}),
xIsCursorHidden = define_c_func(ray,"+IsCursorHidden",{},C_BOOL),
xEnableCursor = define_c_proc(ray,"+EnableCursor",{}),
xDisableCursor = define_c_proc(ray,"+DisableCursor",{}),
xIsCursorOnScreen = define_c_func(ray,"+IsCursorOnScreen",{},C_BOOL)
public procedure ShowCursor()
c_proc(xShowCursor,{})
end procedure
public procedure HideCursor()
c_proc(xHideCursor,{})
end procedure
public function IsCursorHidden()
return c_func(xIsCursorHidden,{})
end function
public procedure EnableCursor()
c_proc(xEnableCursor,{})
end procedure
public procedure DisableCursor()
c_proc(xDisableCursor,{})
end procedure
public function IsCursorOnScreen()
return c_func(xIsCursorOnScreen,{})
end function
--Drawing Functions
public constant xClearBackground = define_c_proc(ray,"+ClearBackground",{C_UINT}),
xBeginDrawing = define_c_proc(ray,"+BeginDrawing",{}),
xEndDrawing = define_c_proc(ray,"+EndDrawing",{}),
xBeginMode2D = define_c_proc(ray,"+BeginMode2D",{C_FLOAT,C_FLOAT,C_FLOAT,C_FLOAT,C_FLOAT,C_FLOAT}),
xEndMode2D = define_c_proc(ray,"+EndMode2D",{}),
xBeginMode3D = define_c_proc(ray,"+BeginMode3D",{C_FLOAT,C_FLOAT,C_FLOAT,C_FLOAT,C_FLOAT,C_FLOAT,C_FLOAT,C_FLOAT,C_FLOAT,C_FLOAT,C_INT}),
xEndMode3D = define_c_proc(ray,"+EndMode3D",{}),
xBeginTextureMode = define_c_proc(ray,"+BeginTextureMode",{C_POINTER}),
xEndTextureMode = define_c_proc(ray,"+EndTextureMode",{})
public procedure ClearBackground(atom col)
c_proc(xClearBackground,{col})
end procedure
public procedure BeginDrawing()
c_proc(xBeginDrawing,{})
end procedure
public procedure EndDrawing()
c_proc(xEndDrawing,{})
end procedure
public procedure BeginMode2D(atom ox,atom oy,atom tx,atom ty,atom rot,atom zoom)
c_proc(xBeginMode2D,{ox,oy,tx,ty,rot,zoom})
end procedure
public procedure BeginMode3D(atom px,atom py,atom pz,atom tx,atom ty,atom tz,atom ux,atom uy,atom uz,atom fov,integer mode)
c_proc(xBeginMode3D,{px,py,pz,tx,ty,tz,ux,uy,uz,fov,mode})
end procedure
public procedure EndMode3D()
c_proc(xEndMode3D,{})
end procedure
public procedure BeginTextureMode(atom tar)
c_proc(xBeginTextureMode,{tar})
end procedure
public procedure EndTextureMode()
c_proc(xEndTextureMode,{})
end procedure
--Screen-space Functions
public constant xGetMouseRay = define_c_func(ray,"+GetMouseRay",{C_FLOAT,C_FLOAT,C_POINTER},C_POINTER),
xGetWorldToScreen = define_c_func(ray,"+GetWorldToScreen",{C_FLOAT,C_FLOAT,C_FLOAT,C_POINTER},C_FLOAT),
xGetCameraMatrix = define_c_func(ray,"+GetCameraMatrix",{C_POINTER},C_POINTER),
xGetCameraMatrix2D = define_c_func(ray,"+GetCameraMatrix2D",{C_POINTER},C_POINTER),
--xGetWorldToScreen = define_c_func(ray,"+GetWorldToScreen",{C_FLOAT,C_FLOAT,C_FLOAT,C_POINTER},C_FLOAT),
xGetWorldToScreenEx = define_c_func(ray,"+GetWorldToScreenEx",{C_FLOAT,C_FLOAT,C_FLOAT,C_POINTER,C_INT,C_INT},C_FLOAT),
xGetWorldToScreen2D = define_c_func(ray,"+GetWorldToScreen2D",{C_FLOAT,C_FLOAT,C_POINTER},C_FLOAT),
xGetScreenToWorld2D = define_c_func(ray,"+GetScreenToWorld2D",{C_FLOAT,C_FLOAT,C_POINTER},C_FLOAT)
public function GetMouseRay(atom x,atom y,atom cam)
return c_func(xGetMouseRay,{x,y,cam})
end function
public function GetWorldToScreen(atom x,atom y,atom z,atom cam)
return c_func(xGetWorldToScreen,{x,y,z,cam})
end function
public function GetCameraMatrix(atom cam)
return c_func(xGetCameraMatrix,{cam})
end function
public function GetCameraMatrix2D(atom cam)
return c_func(xGetCameraMatrix2D,{cam})
end function
--public function GetWorldToScreen(atom x,atom y,atom z,atom cam)
--c_proc(xGetWorldToScreen,{x,y,z,cam})
--end function
public function GetWorldToScreenEx(atom x,atom y,atom z,atom cam,atom w,atom h)
return c_func(xGetWorldToScreenEx,{x,y,z,cam,w,h})
end function
public function GetWorldToScreen2D(atom x,atom y,atom cam)
return c_func(xGetWorldToScreen2D,{x,y,cam})
end function
public function GetScreenToWorld2D(atom x,atom y,atom cam)
return c_func(xGetScreenToWorld2D,{x,y,cam})
end function
--Time Functions
public constant xSetTargetFPS = define_c_proc(ray,"+SetTargetFPS",{C_INT}),
xGetFPS = define_c_func(ray,"+GetFPS",{},C_INT),
xGetFrameTime = define_c_func(ray,"+GetFrameTime",{},C_FLOAT),
xGetTime = define_c_func(ray,"+GetTime",{},C_DOUBLE)
public procedure SetTargetFPS(atom fps)
c_proc(xSetTargetFPS,{fps})
end procedure
public function GetFPS()
return c_func(xGetFPS,{})
end function
public function GetFrameTime()
return c_func(xGetFrameTime,{})
end function
public function GetTime()
return c_func(xGetTime,{})
end function
--Color Functions
public constant xColorToInt = define_c_func(ray,"+ColorToInt",{C_UINT},C_INT),
xColorNormalize = define_c_func(ray,"+ColorNormalize",{C_UINT},C_FLOAT),
xColorToHSV = define_c_func(ray,"+ColorToHSV",{C_UINT},C_FLOAT),
xColorFromHSV = define_c_func(ray,"+ColorFromHSV",{C_FLOAT},C_POINTER),
xGetColor = define_c_func(ray,"+GetColor",{C_INT},C_POINTER),
xFade = define_c_func(ray,"+Fade",{C_UINT,C_FLOAT},C_POINTER),
xColorAlphaBlend = define_c_func(ray,"+ColorAlphaBlend",{C_UINT,C_UINT,C_UINT},C_UINT),
xGetPixelColor = define_c_func(ray,"+GetPixelColor",{C_POINTER,C_INT},C_UINT),
xSetPixelColor = define_c_proc(ray,"+SetPixelColor",{C_POINTER,C_UINT,C_INT})
public function ColorToInt(atom col)
return c_func(xColorToInt,{col})
end function
public function ColorNormalize(atom col)
return c_func(xColorNormalize,{col})
end function
public function ColorToHSV(atom col)
return c_func(xColorToHSV,{col})
end function
public function ColorFromHSV(atom hsv)
return c_func(xColorFromHSV,{hsv})
end function
public function GetColor(atom val)
return c_func(xGetColor,{val})
end function
public function Fade(atom col,atom alpha)
return c_func(xFade,{col,alpha})
end function
public function ColorAlphaBlend(atom dst,atom src,atom tint)
return c_func(xColorAlphaBlend,{dst,src,tint})
end function
public function GetPixelColor(atom src,atom mat)
return c_func(xGetPixelColor,{src,mat})
end function
public procedure SetPixelColor(atom dst,atom col,atom mat)
c_proc(xSetPixelColor,{dst,col,mat})
end procedure
--Misc Functions
public constant xSetConfigFlags = define_c_proc(ray,"+SetConfigFlags",{C_UINT}),
xSetTraceLogLevel = define_c_proc(ray,"+SetTraceLogLevel",{C_INT}),
xSetTraceLogExit = define_c_proc(ray,"+SetTraceLogExit",{C_INT}),
xSetTraceLogCallback = define_c_proc(ray,"+SetTraceLogCallback",{C_POINTER}),
xTraceLog = define_c_proc(ray,"+TraceLog",{C_INT,C_POINTER}),
xTakeScreenshot = define_c_proc(ray,"+TakeScreenshot",{C_POINTER}),
xGetRandomValue = define_c_func(ray,"+GetRandomValue",{C_INT,C_INT},C_INT)
public procedure SetConfigFlags(sequence flags)
c_proc(xSetConfigFlags,{flags})
end procedure
public procedure SetTraceLogLevel(atom xlog)
c_proc(xSetTraceLogLevel,{xlog})
end procedure
public procedure SetTraceLogExit(atom xlog)
c_proc(xSetTraceLogExit,{xlog})
end procedure
public procedure SetTraceLogCallback(atom cb)
c_proc(xSetTraceLogCallback,{cb})
end procedure
public procedure TraceLog(atom xlog,sequence text)
atom str = allocate_string(text,1)
c_proc(xTraceLog,{xlog,str})
end procedure
public procedure TakeScreenshot(sequence file)
atom str = allocate_string(file,1)
c_proc(xTakeScreenshot,{str})
end procedure
public function GetRandomValue(atom min,atom max)
return c_func(xGetRandomValue,{min,max})
end function
--
public constant xMemAlloc = define_c_func(ray,"+MemAlloc",{C_INT},C_POINTER),
xMemFree = define_c_proc(ray,"+MemFree",{C_POINTER})
public function MemAlloc(atom size)
return c_func(xMemAlloc,{size})
end function
public procedure MemFree(atom ptr)
c_proc(xMemFree,{ptr})
end procedure
--File Management Functions
public constant xFileExists = define_c_func(ray,"+FileExists",{C_POINTER},C_BOOL),
xIsFileExtension = define_c_func(ray,"+IsFileExtension",{C_POINTER,C_POINTER},C_BOOL),
xGetExtension = define_c_func(ray,"+GetExtension",{C_POINTER},C_POINTER),
xGetFileName = define_c_func(ray,"+GetFileName",{C_POINTER},C_POINTER),
xGetFileNameWithoutExt = define_c_func(ray,"+GetFileNameWithoutExt",{C_POINTER},C_POINTER),
xGetDirectoryPath = define_c_func(ray,"+GetDirectoryPath",{C_POINTER},C_POINTER),
xGetWorkingDirectory = define_c_func(ray,"+GetWorkingDirectory",{},C_POINTER),
xGetDirectoryFiles = define_c_func(ray,"+GetDirectoryFiles",{C_POINTER,C_POINTER},C_POINTER),
xClearDirectoryFiles = define_c_proc(ray,"+ClearDirectoryFiles",{}),
xChangeDirectory = define_c_func(ray,"+ChangeDirectory",{C_POINTER},C_BOOL),
xIsFileDropped = define_c_func(ray,"+IsFileDropped",{},C_BOOL),
xGetDroppedFiles = define_c_func(ray,"+GetDroppedFiles",{C_POINTER},C_POINTER),
xClearDroppedFiles = define_c_proc(ray,"+ClearDroppedFiles",{}),
xGetFileModTime = define_c_func(ray,"+GetFileModTime",{C_POINTER},C_LONG),
xDirectoryExists = define_c_func(ray,"+DirectoryExists",{C_POINTER},C_BOOL),
xGetPrevDirectoryPath = define_c_func(ray,"+GetPrevDirectoryPath",{C_POINTER},C_POINTER),
xLoadFileData = define_c_func(ray,"+LoadFileData",{C_POINTER,C_POINTER},C_POINTER),
xSaveFileData = define_c_proc(ray,"+SaveFileData",{C_POINTER,C_POINTER,C_INT}),
xLoadFileText = define_c_func(ray,"+LoadFileText",{C_POINTER},C_POINTER),
xSaveFileText = define_c_proc(ray,"+SaveFileText",{C_POINTER,C_POINTER})
public function FileExists(sequence file)
atom str = allocate_string(file,1)
return c_func(xFileExists,{str})
end function
public function IsFileExtension(sequence file,sequence ext)
atom str = allocate_string(file,1)
atom ex = allocate_string(ext,1)
return c_func(xIsFileExtension,{str,ex})
end function
public function GetExtension(sequence file)
atom str = allocate_string(file,1)
return c_func(xGetExtension,{str})
end function
public function GetFileName(sequence file)
atom str = allocate_string(file,1)
return c_func(xGetFileName,{str})
end function
public function GetFileNameWithoutExt(sequence file)
atom str = allocate_string(file,1)
return c_func(xGetFileNameWithoutExt,{str})
end function
public function GetDirectoryPath(sequence file)
atom str = allocate_string(file,1)
return c_func(xGetDirectoryPath,{str})
end function
public function GetWorkingDirectory()
return c_func(xGetWorkingDirectory,{})
end function
public function GetDirectoryFiles(sequence path,atom count)
atom str = allocate_string(path,1)
return c_func(xGetDirectoryFiles,{str,count})
end function
public procedure ClearDirectoryFiles()
c_proc(xClearDirectoryFiles,{})
end procedure
public function ChangeDirectory(sequence xdir)
atom str = allocate_string(xdir,1)
return c_func(xChangeDirectory,{str})
end function
public function IsFileDropped()
return c_func(xIsFileDropped,{})
end function
public function GetDroppedFiles(atom count)
return c_func(xGetDroppedFiles,{count})
end function
public procedure ClearDroppedFiles()
c_proc(xClearDroppedFiles,{})
end procedure
public function GetFileModTime(sequence file)
atom str = allocate_string(file,1)
return c_func(xGetFileModTime,{str})
end function
public function DirectoryExists(sequence path)
atom str = allocate_string(path,1)
return c_func(xDirectoryExists,{str})
end function
public function GetPrevDirectoryPath(sequence path)
atom str = allocate_string(path,1)
return c_func(xGetPrevDirectoryPath,{str})
end function
public function LoadFileData(sequence file,atom bytes)
atom str = allocate_string(file,1)
return c_func(xLoadFileData,{str,bytes})
end function
public procedure SaveFileData(sequence file,object data,atom bytes)
atom str = allocate_string(file,1)
c_proc(xSaveFileData,{str,data,bytes})
end procedure
public function LoadFileText(sequence file)
atom str = allocate_string(file,1)
return c_func(xLoadFileText,{str})
end function
public procedure SaveFileText(sequence file,sequence txt)
atom str = allocate_string(file,1)
atom str2 = allocate_string(txt,1)
c_proc(xSaveFileText,{str,str2})
end procedure
--
public constant xCompressData = define_c_func(ray,"+CompressData",{C_POINTER,C_INT,C_POINTER},C_POINTER),
xDecompressData = define_c_func(ray,"+DecompressData",{C_POINTER,C_INT,C_POINTER},C_POINTER)
public function CompressData(sequence data,atom len,atom datalen)
atom str = allocate_string(data,1)
return c_func(xCompressData,{str,len,datalen})
end function
public function DecompressData(sequence data,atom len,atom lendata)
atom str = allocate_string(data,1)
return c_func(xDecompressData,{str,len,lendata})
end function
--Storage Management Functions
public constant xGetStorageSaveValue = define_c_proc(ray,"+GetStorageSaveValue",{C_INT,C_INT}),
xGetStorageLoadValue = define_c_func(ray,"+GetStorageLoadValue",{C_INT},C_INT),
xOpenURL = define_c_proc(ray,"+OpenURL",{C_POINTER})
public procedure GetStorageSaveValue(atom pos,atom val)
c_proc(xGetStorageSaveValue,{pos,val})
end procedure
public function GetStorageLoadValue(atom pos)
return c_func(xGetStorageLoadValue,{pos})
end function
public procedure OpenURL(sequence url)
atom str = allocate_string(url,1)
c_proc(xOpenURL,{str})
end procedure
--Input Functions (Keyboard)
public constant xIsKeyPressed = define_c_func(ray,"+IsKeyPressed",{C_INT},C_BOOL),
xIsKeyDown = define_c_func(ray,"+IsKeyDown",{C_INT},C_BOOL),
xIsKeyReleased = define_c_func(ray,"+IsKeyReleased",{C_INT},C_BOOL),
xIsKeyUp = define_c_func(ray,"+IsKeyUp",{C_INT},C_BOOL),
xGetKeyPressed = define_c_func(ray,"+GetKeyPressed",{},C_INT),
xSetExitKey = define_c_proc(ray,"+SetExitKey",{C_INT})
public function IsKeyPressed(atom key)
return c_func(xIsKeyPressed,{key})
end function
public function IsKeyDown(atom key)
return c_func(xIsKeyDown,{key})
end function
public function IsKeyReleased(atom key)
return c_func(xIsKeyReleased,{key})
end function
public function IsKeyUp(atom key)
return c_func(xIsKeyUp,{key})
end function
public function GetKeyPressed()
return c_func(xGetKeyPressed,{})
end function
public procedure SetExitKey(atom key)
c_proc(xSetExitKey,{key})
end procedure
--Input Functions (Gamepad)
public constant xIsGamepadAvailable = define_c_func(ray,"+IsGamepadAvailable",{C_INT},C_BOOL),
xIsGamepadName = define_c_func(ray,"+IsGamepadName",{C_INT,C_POINTER},C_BOOL),
xGetGamepadName = define_c_func(ray,"+GetGamepadName",{C_INT},C_POINTER),
xIsGamepadButtonPressed = define_c_func(ray,"+IsGamepadButtonPressed",{C_INT,C_INT},C_BOOL),
xIsGamepadButtonDown = define_c_func(ray,"+IsGamepadButtonDown",{C_INT,C_INT},C_BOOL),
xIsGamepadButtonReleased = define_c_func(ray,"+IsGamepadButtonReleased",{C_INT,C_INT},C_BOOL),
xIsGamepadButtonUp = define_c_func(ray,"+IsGamepadButtonUp",{C_INT,C_INT},C_BOOL),
xGetGamepadButtonPressed = define_c_func(ray,"+GetGamepadButtonPressed",{},C_INT),
xGetGamepadAxisCount = define_c_func(ray,"+GetGamepadAxisCount",{C_INT},C_INT),
xGetGamepadAxisMovement = define_c_func(ray,"+GetGamepadAxisMovement",{C_INT,C_INT},C_FLOAT)
public function IsGamepadAvailable(atom pad)
return c_func(xIsGamepadAvailable,{pad})
end function
public function IsGamepadName(atom pad,sequence name)
atom str = allocate_string(name,1)
return c_func(xIsGamepadName,{pad,str})
end function
public function GetGamepadName(atom pad)
return c_func(xGetGamepadName,{pad})
end function
public function IsGamepadButtonPressed(atom pad,atom btn)
return c_func(xIsGamepadButtonPressed,{pad,btn})
end function
public function IsGamepadButtonDown(atom pad,atom btn)
return c_func(xIsGamepadButtonDown,{pad,btn})
end function
public function IsGamepadButtonReleased(atom pad,atom btn)
return c_func(xIsGamepadButtonReleased,{pad,btn})
end function
public function IsGamepadButtonUp(atom pad,atom btn)
return c_func(xIsGamepadButtonUp,{pad,btn})
end function
public function GetGamepadButtonPressed()
return c_func(xGetGamepadButtonPressed,{})
end function
public function GetGamepadAxisCount(atom pad)
return c_func(xGetGamepadAxisCount,{pad})
end function
public function GetGamepadAxisMovement(atom pad,atom axis)
return c_func(xGetGamepadAxisMovement,{pad,axis})
end function
--Input Functions (Mouse)
public constant xIsMouseButtonPressed = define_c_func(ray,"+IsMouseButtonPressed",{C_INT},C_BOOL),
xIsMouseButtonDown = define_c_func(ray,"+IsMouseButtonDown",{C_INT},C_BOOL),
xIsMouseButtonReleased = define_c_func(ray,"+IsMouseButtonReleased",{C_INT},C_BOOL),
xIsMouseButtonUp = define_c_func(ray,"+IsMouseButtonUp",{C_INT},C_BOOL),
xGetMouseX = define_c_func(ray,"+GetMouseX",{},C_INT),
xGetMouseY = define_c_func(ray,"+GetMouseY",{},C_INT),
xGetMousePosition = define_c_func(ray,"+GetMousePosition",{},C_FLOAT),
xSetMousePosition = define_c_proc(ray,"+SetMousePosition",{C_INT,C_INT}),
xSetMouseOffset = define_c_proc(ray,"+SetMouseOffset",{C_INT,C_INT}),
xSetMouseScale = define_c_proc(ray,"+SetMouseScale",{C_FLOAT,C_FLOAT}),
xGetMouseWheelMove = define_c_func(ray,"+GetMouseWheelMove",{},C_INT),
xGetMouseCursor = define_c_func(ray,"+GetMouseCursor",{},C_INT),
xSetMouseCursor = define_c_proc(ray,"+SetMouseCursor",{C_INT})
public function IsMouseButtonPressed(atom btn)
return c_func(xIsMouseButtonPressed,{btn})
end function
public function IsMouseButtonDown(atom btn)
return c_func(xIsMouseButtonDown,{btn})
end function
public function IsMouseButtonReleased(atom btn)
return c_func(xIsMouseButtonReleased,{btn})
end function
public function IsMouseButtonUp(atom btn)