// Small test program to get things running
func main() {
window := window.NewWindow("My Application", 800, 600)
// Create window to draw on
window.Create()
defer window.Destroy()
// Calculate midpoints
midX := math.Floor(float64(window.Width) / 2.0)
midY := math.Floor(float64(window.Height) / 2.0)
maxRadius := math.Min(float64(window.Height), float64(window.Width))
for frame := 0.0; ; frame++ {
window.Backbuffer.Fill(0xFF000000)
radius := float64(int(frame)%int(maxRadius)) / 2.0
// Draw something weird on-screen
for i := 0.0; i < 5.0; i++ {
for theta := 0.0; theta < 2.0*math.Pi; theta += 0.005 {
y := int(math.Floor(midY - (radius-(i+theta*20.0))*math.Sin(theta*i+(frame))))
x := int(math.Floor(midX - (radius-(i+theta*50.0))*math.Cos(theta*i+(frame))))
window.Backbuffer.DrawPixel(
x, y, uint32(0xFF0000FF)|((uint32(frame)%255)<<8))
}
window.Update()
}
time.Sleep(time.Millisecond * (1000 / 30))
}
}
func main() {
window := window.NewWindow("My Application", 800, 600)
// Create window to draw on
window.Create()
defer window.Destroy()
// Start starfield concurrently
go func() {
starField := NewStarField(
2048, window.Width, window.Height,
60.0,
window.Backbuffer,
func() { window.Update() })
for {
starField.Update(0.03)
}
}()
// Launch application for 5 seconds
haltChan := make(chan struct{}, 1)
<-haltChan
}