// RenderGraphic draws the Graphic, g, on the screen at postion (x,y).
// 'width' and 'height' specifiy the width and height of the Graphic, g.
//
// RenderGraphic will panic if:
// 1. The Graphic, g, does not contain a Graphic type.
//
// 2. The toolbox has not been initialised.
//
// 3. Any one of x, y, width or height are negative
func RenderGraphic(g Graphic, x, y, width, height int) {
if !initialised {
// this stops execution here, so ne need for an else after the if
panic(notInitialisedMessage)
}
if g == nil {
panic(nilGraphicMessage)
}
if x < 0 || y < 0 || width < 0 || height < 0 {
panic("One of x, y, width or height is negative.")
}
var src, dst sdl.Rect
src.X = 0
src.Y = 0
src.W = int32(width)
src.H = int32(height)
dst.X = int32(x)
dst.Y = int32(y)
dst.W = int32(width)
dst.H = int32(height)
renderer.Copy(g, &src, &dst)
}
func renderGameOver() {
var src, dst sdl.Rect
src.X = 0
src.Y = 0
src.W = int32(gameOverW)
src.H = int32(gameOverH)
dst.X = int32(gameOverX)
dst.Y = int32(gameOverY)
dst.W = int32(gameOverW)
dst.H = int32(gameOverH)
renderer.Copy(gameOverGfx, &src, &dst)
}
func renderComputersScore() {
var src, dst sdl.Rect
src.X = 0
src.Y = 0
src.W = int32(scoreW)
src.H = int32(scoreH)
dst.X = int32(computersScoreX)
dst.Y = int32(computersScoreY)
dst.W = int32(scoreW)
dst.H = int32(scoreH)
renderer.Copy(scoresGfx[computersScore], &src, &dst)
}
func CreateMenus(window *sdl.Window, surface *sdl.Surface, renderer *sdl.Renderer, controlManager *inputManager.ControlManager) inputManager.Update {
progress := float64(0)
mutex := sync.Mutex{}
dx := 4 * surface.W / 8
startRect := sdl.Rect{surface.W / 4, 4 * surface.H / 7, 0, 2 * surface.H / 7}
midBackgroundRect := sdl.Rect{surface.W / 4, 4 * surface.H / 7, dx, 2 * surface.H / 7}
backgroundRect := sdl.Rect{surface.W/4 - 5, 4*surface.H/7 - 5, dx + 10, 2*surface.H/7 + 10}
var mainMenu *Menu
go asyncMenuCreator(renderer, &mutex, &progress, &mainMenu, surface.W, surface.H, window, controlManager)
return func(state int) int {
if controlManager.Player1.BF || controlManager.Player2.BF {
controlManager.Running = false
return -1
}
mutex.Lock()
startRect.W = int32(float64(dx) * progress)
surface.FillRect(&backgroundRect, 0xffff0000)
surface.FillRect(&midBackgroundRect, 0xff000000)
surface.FillRect(&startRect, 0xffff0000)
window.UpdateSurface()
if progress == 1 {
menuInfo := MenuInfo{0, controlManager, renderer, &sdl.Rect{0, 0, surface.W, surface.H}}
inputManager.UpdateFunctions = append(inputManager.UpdateFunctions, mainMenu.Open(0, &menuInfo))
return -1
}
mutex.Unlock()
return 0
}
}
func renderBall() {
var src, dst sdl.Rect
src.X = 0
src.Y = 0
src.W = int32(ballW)
src.H = int32(ballH)
dst.X = int32(ballX)
dst.Y = int32(ballY)
dst.W = int32(ballW)
dst.H = int32(ballH)
renderer.Copy(ball, &src, &dst)
}
func renderComputersBat() {
var src, dst sdl.Rect
src.X = 0
src.Y = 0
src.W = int32(computersBatW)
src.H = int32(computersBatH)
dst.X = int32(computersBatX)
dst.Y = int32(computersBatY)
dst.W = int32(computersBatW)
dst.H = int32(computersBatH)
renderer.Copy(computersBat, &src, &dst)
}