////////////////
public void WireHit(int i, int j)
{
var myworld = ModContent.GetInstance <EmittersWorld>();
var x = (ushort)i;
var y = (ushort)j;
EmitterDefinition edef = myworld.GetEmitter(x, y);
SoundEmitterDefinition sdef = myworld.GetSoundEmitter(x, y);
HologramDefinition hdef = myworld.GetHologram(x, y);
if (edef != null)
{
if (EmittersConfig.Instance.DebugModeInfo)
{
Main.NewText("Toggling emitter at " + x + ", " + y + " " + (edef.IsActivated?"off":"on"));
}
edef.Activate(!edef.IsActivated);
}
if (sdef != null)
{
if (EmittersConfig.Instance.DebugModeInfo)
{
Main.NewText("Toggling sound emitter at " + x + ", " + y + " " + (sdef.IsActivated?"off":"on"));
}
sdef.Activate(!sdef.IsActivated);
}
if (hdef != null)
{
if (EmittersConfig.Instance.DebugModeInfo)
{
Main.NewText("Toggling hologram at " + x + ", " + y + " " + (hdef.IsActivated?"off":"on"));
}
hdef.Activate(!hdef.IsActivated);
}
}
public override void Draw(SpriteBatch sb)
{
base.Draw(sb);
HologramDefinition def = this.CreateHologramDefinition();
def.CurrentFrame = this.CachedHologramDef?.CurrentFrame ?? 0;
def.CurrentFrameElapsedTicks = this.CachedHologramDef?.CurrentFrameElapsedTicks ?? 0;
this.CachedHologramDef = def;
var mouseScr = new Vector2(Main.mouseX + 12, Main.mouseY);
mouseScr = UIZoomHelpers.ApplyZoomFromScreenCenter(mouseScr, false, true, null, null);
var mouseWld = mouseScr + Main.screenPosition;
if (def.AnimateHologram(mouseWld, true))
{
try {
def.DrawHologram(sb, mouseWld, true);
} catch (Exception e) {
LogHelpers.AlertOnce(e.ToString());
}
}
}
private HologramPlacementProtocol(int fromWho, HologramDefinition def, ushort tileX, ushort tileY)
{
HologramMode mode;
HologramShaderMode shaderMode;
def.Output(
type: out this.Type,
mode: out mode,
scale: out this.Scale,
colorR: out this.ColorR,
colorG: out this.ColorG,
colorB: out this.ColorB,
alpha: out this.Alpha,
direction: out this.Direction,
rotation: out this.Rotation,
offsetX: out this.OffsetX,
offsetY: out this.OffsetY,
frameStart: out this.FrameStart,
frameEnd: out this.FrameEnd,
frameRateTicks: out this.FrameRateTicks,
worldLight: out this.WorldLight,
shaderMode: out shaderMode,
shaderTime: out this.ShaderTime,
shaderType: out this.ShaderType,
isActivated: out this.IsActivated
);
this.Mode = (int)mode;
this.ShaderMode = (int)shaderMode;
this.FromWho = fromWho;
this.TileX = tileX;
this.TileY = tileY;
}
protected override void ReceiveOnServer(int fromWho)
{
var myworld = ModContent.GetInstance <EmittersWorld>();
HologramDefinition def = myworld.GetHologram(this.TileX, this.TileY);
def.Activate(this.IsActivated);
}
////////////////
public void AddHologram(HologramDefinition def, ushort tileX, ushort tileY)
{
if ((tileX < 0 || tileX >= Main.maxTilesX) || (tileY < 0 || tileY >= Main.maxTilesY))
{
throw new ModHelpersException("Cannot place hologram outside of world.");
}
//Main.NewText( def.ToString() );
this.Holograms.Set2D(tileX, tileY, def);
}
public static void BroadcastFromClient(HologramDefinition def, ushort tileX, ushort tileY)
{
if (Main.netMode != NetmodeID.MultiplayerClient)
{
throw new ModHelpersException("Not client.");
}
var protocol = new HologramPlacementProtocol(Main.myPlayer, def, tileX, tileY);
protocol.SendToServer(true);
}
////
public void ApplySettingsToCurrentItem()
{
if (this.HologramItem == null)
{
throw new ModHelpersException("Missing item.");
}
var myitem = this.HologramItem.modItem as HologramItem;
if (myitem == null)
{
Main.NewText("No hologram item selected. Changes not saved.", Color.Red);
return;
}
HologramDefinition def = this.CreateHologramDefinition();
myitem.SetDefinition(def);
}
private void InitializeWidgetsForType(UIThemedPanel container, ref float yOffset)
{
this.InitializeTitle(container, "Type:", false, ref yOffset);
this.TypeSlider = new UISlider(
theme: UITheme.Vanilla,
hoverText: "",
isInt: true,
ticks: 0,
minRange: 1f,
maxRange: Main.npcTexture.Length - 1);
this.TypeSlider.Top.Set(yOffset, 0f);
this.TypeSlider.Left.Set(64f, 0f);
this.TypeSlider.Width.Set(-64f, 1f);
this.TypeSlider.SetValue(1f);
this.TypeSlider.PreOnChange += (value) => {
var mode = (HologramMode)this.CurrentMode;
this.FrameStartSlider.SetRange(0f, (float)(HologramDefinition.GetFrameCount(mode, (int)value) - 1));
this.FrameEndSlider.SetRange(0f, (float)(HologramDefinition.GetFrameCount(mode, (int)value) - 1));
return(value);
};
yOffset += 28f;
container.Append((UIElement)this.TypeSlider);
}
