public override void InstallBindings()
{
Container.BindInstance <SpawningConfig>(spawningConfig);
Container.BindInstance <RenderingConfig>(renderingConfig);
Container.BindInstance <Speed>(speed);
Container.BindInstance <UnitRadius>(unitRadius);
Container.BindInstance <StatsRenderer>(infoRenderer);
var worldRect = new math.WorldRect(unitRadius.value, 0, 800 - unitRadius.value * 2, 450);
Container.Bind <Stats>().To <Stats>().AsSingle();
Container.Bind <TrajectoryResolver>().AsSingle();
Container.Bind <World>().AsSingle();
Container.BindInstance <WorldRect>(worldRect);
Container.Bind <DebugSystem>().To <DebugSystem>().AsSingle();
// Вот здесь можно как угодно фантазировать на предмет вариантов траекторий, которые будут спаунится, вероятности и пр.
var builder = new RandomTrajectoryBuilder();
builder.addBuilder(Container.Instantiate <LineBuilder>());
builder.addBuilder(Container.Instantiate <CircleBuilder>());
Container.BindInstance <TrajectoryBuilder>(builder);
Container.Bind <TrajectorySpawner>().To <TrajectorySpawner>().AsSingle();
Container.BindInstance <SphereItemRenderer>(sphereItemRenderer);
Container.BindInstance <DebugRenderer>(sphereItemRenderer);
InitializationUtils.InitSystem <TrajectoryApplicationUpdater>(Container);
}
public static trajectory.Trajectory buildLine(float x1, float x2, float t0, math.WorldRect worldRect, float s, bool odd)
{
var xSign = x1 > x2 ? -1 : 1;
var ySign = odd ? 1 : -1;
float dx = (x2 - x1);
float dy = worldRect.height();
float dxSq = (dx * dx);
float dySq = (dy * dy);
float sySq = (((s * s) * dySq) / ((dySq + dxSq)));
float sxSq = ((s * s) - sySq);
float pathLen = Mathf.Sqrt(dxSq + dySq);
var period = new Range(t0, t0 + pathLen / s);
var line = new LineTrajectory(x1, odd ? worldRect.y0 : worldRect.y1, xSign * Mathf.Sqrt(sxSq), ySign * Mathf.Sqrt(sySq), period);
return(line);
}
