func main() {
w, err := opala.NewDisplay(800, 600, "simple")
if err != nil {
panic(err)
}
// this create a new atlas that can later be used
// to render images on the screen.
backgroundLayer := opala.NewAtlas(800, 600, 1, 1)
img, _ := backgroundLayer.AllocateDefault("img")
pngfile := gas.MustAbs("github.com/andrebq/exp/opala/testdata/simple/f.png")
_ = pngfile
//img.FromPNG(gas.MustAbs(pngfile))
img.Fill(color.RGBA{255, 0, 255, 255})
dl := opala.NewDisplayList()
dl.Push(w)
opala.Vsync(true)
for !dl.ShouldClose() {
opala.AcquireInput()
w.SendDraw(opala.ClearCmd{})
w.SendDraw(&opala.DrawImage{
Image: img,
})
w.Render()
}
}
func (h *Handler) DefaultStatic() *Handler {
h.Static = http.FileServer(http.Dir(gas.MustAbs("github.com/andrebq/exp/pandora/webui/static")))
return h
}
glProg.Link()
if glProg.Get(gl.LINK_STATUS) != gl.TRUE {
defer vertexShader.Delete()
defer fragShader.Delete()
return glProg, fmt.Errorf("Unable to link glProg. Cause: %v", glProg.GetInfoLog())
}
glProg.Use()
return
}
var (
theTriangleBuf *glh.MeshBuffer
shaderDir = gas.MustAbs("github.com/andrebq/exp/gui")
)
func updateScene(dt float64) {
}
func prepareScene() {
theTriangleBuf = glh.NewMeshBuffer(
glh.RenderArrays,
glh.NewIndexAttr(1, gl.UNSIGNED_INT, gl.STATIC_DRAW),
glh.NewPositionAttr(3, gl.FLOAT, gl.STATIC_DRAW),
)
theTriangleBuf.Add(triangleIdx, triangleVertex)
}