public override void Render(bool shadow)
{
if (!shadow)
{
var m = (Mob)Entity;
if (m.HasPrefix)
{
var p = m.Prefix;
var pos = Entity.Position + Offset;
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(1f);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(p.GetColor());
foreach (var d in MathUtils.Directions)
{
CallRender(pos + d, false);
}
Shaders.End();
}
}
base.Render(shadow);
}
public override void Render(bool shadow)
{
var timer = Entity.GetComponent <ExplodeComponent>();
var origin = new Vector2(Sprite.Center.X, shadow ? 0 : Sprite.Source.Height);
var stopShader = false;
var bomb = (Bomb)Entity;
if (!shadow && (timer.Timer <1f ? timer.Timer % 0.3f> 0.1f : timer.Timer % 0.5f > 0.4f))
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(1f);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(ColorUtils.White);
stopShader = true;
}
Graphics.Render(Sprite, Entity.Position + new Vector2(origin.X, origin.Y + (shadow ? Sprite.Height : 0)),
0, origin, new Vector2(
(float)((Math.Cos(timer.Timer * 16) / 2f) + 1) * bomb.Scale * Math.Min(bomb.T * 4f, 1),
(float)((Math.Cos(timer.Timer * 16 + Math.PI) / 3f) + 1) * bomb.Scale
),
Graphics.ParseEffect(false, shadow));
if (stopShader)
{
Shaders.End();
}
}
public override void Render(bool shadow)
{
var p = (Projectile)Entity;
var scale = new Vector2(p.Scale);
var a = Rotation;
var b = p.FlashTimer > 0;
var spr = b ? Flash : Sprite;
var or = spr.Center;
if (shadow)
{
Graphics.Render(spr, Entity.Center + new Vector2(0, 6),
a, or, scale);
return;
}
var d = p.Dying || (p.IndicateDeath && p.NearingDeath);
var started = false;
if (!d)
{
// fixme: p.Effect.GetColor()
Graphics.Color = p.Color;
}
else if (Light == null)
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(1f);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(ColorUtils.White);
started = true;
}
Graphics.Render(spr, Entity.Center, a, or, scale);
Graphics.Color = ColorUtils.WhiteColor;
if (started)
{
Shaders.End();
}
if (!b && Light != null)
{
if (p.Scourged)
{
Graphics.Color = ProjectileColor.Red;
}
Graphics.Render(Light, Entity.Center, a, or, scale);
if (p.Scourged)
{
Graphics.Color = ColorUtils.WhiteColor;
}
}
}
public override void Render(bool shadow)
{
if (shadow)
{
Graphics.Render(Sprite, Entity.Position + Origin + new Vector2(0, ShadowZ + Sprite.Height), Angle, Origin, Scale, Graphics.ParseEffect(Flipped, ShadowZ > 0 ? FlippedVerticaly : !FlippedVerticaly));
return;
}
var stopShader = false;
if (Entity.TryGetComponent <HealthComponent>(out var health) && health.RenderInvt)
{
var i = health.InvincibilityTimer;
if (i > health.InvincibilityTimerMax / 2f || i % 0.1f > 0.05f)
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(1f);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(ColorUtils.White);
stopShader = true;
}
}
Graphics.Render(Sprite, Entity.Position + Origin, Angle, Origin, Scale);
if (stopShader)
{
Shaders.End();
}
}
public override void Render(bool shadow)
{
var origin = new Vector2(Sprite.Width / 2, Sprite.Height);
var pos = Entity.Position + origin + Offset;
if (shadow)
{
Graphics.Render(Sprite, pos, 0, new Vector2(origin.X, 0), Scale, Graphics.ParseEffect(Flipped, !FlippedVerticaly));
return;
}
if (Entity.TryGetComponent <ZComponent>(out var z))
{
pos -= new Vector2(0, z.Z);
}
if (Entity.TryGetComponent <InteractableComponent>(out var component) && component.OutlineAlpha > 0.05f)
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(component.OutlineAlpha);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(ColorUtils.White);
foreach (var d in MathUtils.Directions)
{
Graphics.Render(Sprite, pos + d, 0, origin, Scale);
}
Shaders.End();
}
var stopShader = false;
if (Entity.TryGetComponent <HealthComponent>(out var health) && health.RenderInvt)
{
var i = health.InvincibilityTimer;
if (i > health.InvincibilityTimerMax / 2f || i % 0.1f > 0.05f)
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(1f);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(ColorUtils.White);
stopShader = true;
}
}
Graphics.Render(Sprite, pos, 0, origin, Scale);
if (stopShader)
{
Shaders.End();
}
}
public override void Render()
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(1f);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(color);
Graphics.Render(region, Center, 0, region.Center, scale);
Shaders.End();
}
public override void Render(bool shadow)
{
var pos = (Centered ? Entity.Center : Entity.Position) + Offset;
if (shadow)
{
FlippedVerticaly = !FlippedVerticaly;
pos.Y += Animation.GetCurrentTexture().Height - ShadowOffset * 2;
}
if (Entity.TryGetComponent <InteractableComponent>(out var component) && component.OutlineAlpha > 0.05f)
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(component.OutlineAlpha);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(ColorUtils.White);
foreach (var d in MathUtils.Directions)
{
CallRender(pos + d, shadow);
}
Shaders.End();
}
var stopShader = !shadow && StartShaders();
Graphics.Color = Tint;
CallRender(pos, shadow);
Graphics.Color = ColorUtils.WhiteColor;
if (stopShader)
{
Shaders.End();
}
if (shadow)
{
FlippedVerticaly = !FlippedVerticaly;
}
}
public void Render(bool shadow, int offset)
{
if (!Disabled && Item != null && Item.Renderer != null)
{
if (!shadow)
{
var sh = Shaders.Item;
Shaders.Begin(sh);
sh.Parameters["time"].SetValue(Engine.Time * 0.1f);
sh.Parameters["size"].SetValue(ItemGraphicsComponent.FlashSize);
}
Item.Renderer.Render(AtBack, Engine.Instance.State.Paused, Engine.Delta, shadow, offset);
if (!shadow)
{
Shaders.End();
}
}
}
public override void Render(bool shadow)
{
var pos = Entity.Position + Offset;
if (shadow)
{
FlippedVerticaly = !FlippedVerticaly;
pos.Y += Animation.GetCurrentTexture().Height - ShadowOffset * 2 + 4;
Graphics.Color.A = (byte)(Alpha * 255);
}
else
{
var shader = Shaders.Bk;
var region = Animation.GetCurrentTexture();
shader.Parameters["pos"].SetValue(new Vector2(region.Source.X / (float)region.Texture.Width,
region.Source.Y / (float)region.Texture.Height));
shader.Parameters["size"].SetValue(new Vector2(region.Width / (float)region.Texture.Width,
region.Height / (float)region.Texture.Height));
shader.Parameters["time"].SetValue(t);
shader.Parameters["a"].SetValue(Alpha);
Shaders.Begin(shader);
}
CallRender(pos, shadow);
if (shadow)
{
Graphics.Color.A = 255;
FlippedVerticaly = !FlippedVerticaly;
}
else
{
Shaders.End();
}
}
public override void Render()
{
if (Hidden || !TryGetComponent <InteractableComponent>(out var component))
{
return;
}
var cursed = item != null && item.Scourged;
var interact = component.OutlineAlpha > 0.05f;
var renderOutline = interact || cursed;
if (item == null && renderOutline)
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(component.OutlineAlpha);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(ColorUtils.White);
foreach (var d in MathUtils.Directions)
{
Graphics.Render(((SliceComponent)GraphicsComponent).Sprite, Position + d);
}
Shaders.End();
}
GraphicsComponent.Render(false);
if (item == null)
{
return;
}
Graphics.Color = Level.ShadowColor;
Graphics.Render(itemShadow, Position + shadowOffset);
Graphics.Color = ColorUtils.WhiteColor;
var t = item.Animation == null?item.GetComponent <ItemGraphicsComponent>().T : 0;
var angle = (float)Math.Cos(t * 3f) * 0.4f;
var region = item.Region;
var animated = item.Animation != null;
var pos = item.Center + new Vector2(0, (animated ? 0 : (float)(Math.Sin(t * 3f) * 0.5f + 0.5f) * -5.5f - 3) - 5.5f);
if (renderOutline)
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(cursed ? 1f : component.OutlineAlpha);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(!cursed ? ColorUtils.White : ColorUtils.Mix(ItemGraphicsComponent.ScourgedColor, ColorUtils.White, component.OutlineAlpha));
foreach (var d in MathUtils.Directions)
{
Graphics.Render(region, pos + d, animated ? 0 : angle, region.Center);
}
Shaders.End();
}
if (animated)
{
Graphics.Render(region, pos, 0, region.Center);
}
else
{
if (item.Masked)
{
Graphics.Color = ItemGraphicsComponent.MaskedColor;
Graphics.Render(region, pos, angle, region.Center);
Graphics.Color = ColorUtils.WhiteColor;
}
else
{
var shader = Shaders.Item;
Shaders.Begin(shader);
shader.Parameters["time"].SetValue(t * 0.1f);
shader.Parameters["size"].SetValue(ItemGraphicsComponent.FlashSize);
Graphics.Render(region, pos, angle, region.Center);
Shaders.End();
}
}
}
public override void Render(bool shadow)
{
if (Entity.HasComponent <OwnerComponent>())
{
return;
}
var item = (Item)Entity;
var s = item.Hidden ? Item.UnknownRegion : Sprite;
var origin = s.Center;
var position = CalculatePosition(shadow);
var angle = (float)Math.Cos(T * 1.8f) * 0.4f;
var cursed = item.Scourged;
if (!shadow)
{
var interact = Entity.TryGetComponent <InteractableComponent>(out var component) &&
component.OutlineAlpha > 0.05f;
if (cursed || interact)
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(cursed ? 1f : component.OutlineAlpha);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(!cursed ? ColorUtils.White : ColorUtils.Mix(ScourgedColor, ColorUtils.White, component.OutlineAlpha));
foreach (var d in MathUtils.Directions)
{
Graphics.Render(s, position + d, angle, origin);
}
Shaders.End();
}
}
if (item.Masked)
{
Graphics.Color = MaskedColor;
Graphics.Render(s, position, angle, origin);
Graphics.Color = ColorUtils.WhiteColor;
}
else
{
if (!shadow && DebugWindow.ItemShader && !Settings.LowQuality)
{
var shader = Shaders.Item;
Shaders.Begin(shader);
shader.Parameters["time"].SetValue(T * 0.1f);
shader.Parameters["size"].SetValue(FlashSize);
}
Graphics.Render(s, position, angle, origin);
if (!shadow && DebugWindow.ItemShader && !Settings.LowQuality)
{
Shaders.End();
}
}
}
private void RealRender(bool shadow = false)
{
if (shadow)
{
Graphics.Render(bottom, Position + new Vector2(0, 34), 0, Vector2.Zero, MathUtils.InvertY);
if (broken)
{
return;
}
Graphics.Render(top, Position + new Vector2(9, 28), (float)Math.Cos(t) * -0.1f, new Vector2(9, 14),
new Vector2((float)Math.Cos(t * 2f) * 0.05f + 1f, (float)Math.Sin(t * 2f) * -0.05f - 1f));
return;
}
/*var c = GetComponent<InteractableComponent>();
*
* if (c.OutlineAlpha > 0.05f) {
* var shader = Shaders.Entity;
* Shaders.Begin(shader);
*
* shader.Parameters["flash"].SetValue(c.OutlineAlpha);
* shader.Parameters["flashReplace"].SetValue(1f);
* shader.Parameters["flashColor"].SetValue(ColorUtils.White);
*
* foreach (var d in MathUtils.Directions) {
* Graphics.Render(bottom, Position + new Vector2(0, 12) + d);
*
* if (!broken) {
* Graphics.Render(top, Position + new Vector2(9, 14) + d, (float) Math.Cos(t) * 0.1f, new Vector2(9, 14),
* new Vector2((float) Math.Cos(t * 2f) * 0.05f + 1f, (float) Math.Sin(t * 2f) * 0.05f + 1f));
* }
* }
*
* Shaders.End();
* }*/
var stopShader = false;
var h = GetComponent <HealthComponent>();
if (h.RenderInvt)
{
var i = h.InvincibilityTimer;
if (i > h.InvincibilityTimerMax / 2f || i % 0.1f > 0.05f)
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(1f);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(ColorUtils.White);
stopShader = true;
}
}
Graphics.Render(bottom, Position + new Vector2(0, 12));
if (disk > 0)
{
Graphics.Render(tdisk, Position + new Vector2(2, 13));
}
if (!broken)
{
Graphics.Render(top, Position + new Vector2(9, 14), (float)Math.Cos(t) * 0.1f, new Vector2(9, 14),
new Vector2((float)Math.Cos(t * 2f) * 0.05f + 1f, (float)Math.Sin(t * 2f) * 0.05f + 1f));
}
if (stopShader)
{
Shaders.End();
}
}
public override void Render(bool atBack, bool paused, float dt, bool shadow, int offset)
{
if (Hidden)
{
return;
}
var region = Item.Region;
var owner = Item.Owner;
if (!atBack && !paused && !shadow)
{
var to = owner.GetComponent <AimComponent>().Aim;
/*var dx = Nozzle.X - Origin.X;
* var dy = Nozzle.Y - Origin.Y;
*
* var a = MathUtils.Angle(dx, dy) + lastAngle;
* var d = MathUtils.Distance(dx, dy);
*
* to -= MathUtils.CreateVector(a, d);*/
lastAngle = MathUtils.LerpAngle(lastAngle, owner.AngleTo(to) + Math.PI * 0.5f, dt * 24f);
}
var angle = atBack ? (float)Math.PI * (owner.GraphicsComponent.Flipped ? 0.25f : -0.25f) : (float)lastAngle;
if (horizontal)
{
angle -= (float)Math.PI * 0.5f;
}
var pos = new Vector2(
owner.CenterX + (owner.GraphicsComponent.Flipped ? -5 : 5) + (horizontal ? 0 : (region.Width / 2f) * (owner.GraphicsComponent.Flipped ? -1 : 1)),
owner.CenterY + offset + (shadow ? owner.Height : 0)
);
var or = Origin + new Vector2(0, currentMove);
var fangle = shadow ? -angle : angle;
var sc = new Vector2(scale.X, shadow ? -scale.Y : scale.Y);
if (!shadow && !atBack)
{
var dx = Nozzle.X - or.X;
var dy = Nozzle.Y - or.Y;
var a = MathUtils.Angle(dx, dy) + angle;
var d = MathUtils.Distance(dx, dy);
var aim = owner.GetComponent <AimComponent>();
aim.Center = pos + MathUtils.CreateVector(a, d);
d = (aim.Aim - pos).Length();
aim.RealAim = aim.Center + MathUtils.CreateVector(angle - (horizontal ? 0 : Math.PI / 2), d);
}
if (Item.Scourged)
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(1f);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(ItemGraphicsComponent.ScourgedColor);
foreach (var d in MathUtils.Directions)
{
Graphics.Render(region, pos + d, fangle, or, sc);
}
Shaders.End();
}
Graphics.Render(region, pos, fangle, or, sc);
}
public override void Render(bool shadow)
{
if (Hidden)
{
return;
}
var o = (shadow ? -1 : 1) * (offsets[Math.Min(offsets.Length - 1, Animation.Frame + Animation.StartFrame)] - 11);
var s = GetComponent <StateComponent>().StateInstance;
var w = !(s is Player.RollState || s is Player.SleepingState);
var z = GetComponent <ZComponent>();
// Render wings
if (((Player)Entity).HasFlight)
{
var a = (float)(Math.Sin(Engine.Time * 5f) * 0.5f) * (shadow ? -1 : 1);
if (!shadow)
{
z.Z = -a * 3 + 4;
}
a -= (float)Math.PI / 4 * (shadow ? -1 : 1);
var wy = shadow ? Entity.Height : 0;
wy += GetComponent <ZComponent>().Z *(shadow ? 1 : -1);
Graphics.Render(wing, Entity.Center + new Vector2(-1, wy), a, new Vector2(8),
shadow ? MathUtils.InvertY : Vector2.One);
Graphics.Render(wing, Entity.Center + new Vector2(1, wy), -a, new Vector2(8),
shadow ? MathUtils.InvertXY : MathUtils.InvertX);
}
var g = shadow ? 0 : (int)z.Z;
if (w)
{
GetComponent <WeaponComponent>().Render(shadow, o - g);
}
if (!shadow && InGameState.Multiplayer)
{
var pos = Entity.Position + Offset;
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(1f);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(Player.VectorTints[Entity.GetComponent <InputComponent>().Index]);
foreach (var d in MathUtils.Directions)
{
CallRender(pos + d, false);
}
Shaders.End();
}
var stopShader = StartShaders();
SimpleRender(shadow);
if (stopShader)
{
Shaders.End();
}
if (!shadow)
{
var aim = GetComponent <AimComponent>();
if (aim.ShowLaserLine)
{
var from = aim.Center;
var to = aim.RealAim;
var min = 1f;
var closest = MathUtils.CreateVector(MathUtils.Angle(to.X - from.X, to.Y - from.Y), Display.UiWidth) + from;
Physics.World.RayCast((fixture, point, normal, fraction) => {
if (min > fraction && fixture.Body.UserData is BodyComponent b && RayShouldCollide(b.Entity))
{
min = fraction;
closest = point;
}
return(min);
}, from, to);
Graphics.Batch.FillRectangle((int)closest.X - 1, (int)closest.Y - 1, 3, 3, AimLineColor);
Graphics.Batch.DrawLine(from, new Vector2((int)closest.X, (int)closest.Y), AimLineColor, 1);
}
}
if (w)
{
GetComponent <ActiveWeaponComponent>().Render(shadow, o - g);
}
}
public override void Render(bool atBack, bool paused, float dt, bool shadow, int offset)
{
if (Hidden)
{
return;
}
var s = dt * 10f;
sx += (1 - sx) * s;
sy += (1 - sy) * s;
ox += (-ox) * s;
oy += (-oy) * s;
var region = Item.Region;
var owner = Item.Owner;
var of = owner.GraphicsComponent.Flipped;
var flipped = false;
var angle = MathUtils.Mod((of ? -Angle : Angle) + (atBack ? ((InvertBack ? -1 : 1) * (of ? -Math.PI / 4 : Math.PI / 4)) : lastAngle), Math.PI * 2);
var vf = angle > Math.PI * 0.5f && angle < Math.PI * 1.5f;
if (!atBack && !paused && !shadow)
{
var to = owner.GetComponent <AimComponent>().Aim;
/*var dx = Nozzle.X - Origin.X;
* var dy = Nozzle.Y - Origin.Y;
*
* if (vf) {
* dy *= -1;
* }
*
* var a = MathUtils.Angle(dx, dy) + lastAngle - AddedAngle - SwingAngle;
* var d = MathUtils.Distance(dx, dy);
* to -= MathUtils.CreateVector(a, d);
*
* owner.GetComponent<AimComponent>().Aim = to;*/
lastAngle = MathUtils.LerpAngle(lastAngle, owner.AngleTo(to), dt * 24f);
}
if (atBack)
{
flipped = !flipped;
}
else
{
angle += (SwingAngle + AddedAngle) * (of ? -1 : 1);
}
var pos = new Vector2(owner.CenterX + (of ? -5 : 5), owner.CenterY + offset + (shadow ? owner.Height : 0));
var or = Origin + new Vector2(ox, oy);
var sc = new Vector2(flipped ? -sx : sx, (shadow ^ vf) ? -sy : sy);
var fangle = (float)angle * (shadow ? -1 : 1);
if (!shadow && !atBack)
{
var dx = Nozzle.X - or.X;
var dy = Nozzle.Y - or.Y;
if (vf)
{
dy *= -1;
}
var a = MathUtils.Angle(dx, dy) + angle;
var d = MathUtils.Distance(dx, dy);
var aim = owner.GetComponent <AimComponent>();
aim.Center = pos + MathUtils.CreateVector(a, d);
d = (aim.Aim - pos).Length();
aim.RealAim = aim.Center + MathUtils.CreateVector(angle - AddedAngle - SwingAngle, d);
}
if (Item.Scourged)
{
var shader = Shaders.Entity;
Shaders.Begin(shader);
shader.Parameters["flash"].SetValue(1f);
shader.Parameters["flashReplace"].SetValue(1f);
shader.Parameters["flashColor"].SetValue(ItemGraphicsComponent.ScourgedColor);
foreach (var d in MathUtils.Directions)
{
Graphics.Render(region, pos + d, fangle, or, sc);
}
Shaders.End();
}
Graphics.Render(region, pos, fangle, or, sc);
}