Trait-based units. Any unit/building without sequences will cause a crash when built.
This commit is contained in:
Bob
468
OpenRa.Game/Actor.cs
Normal file → Executable file
468
OpenRa.Game/Actor.cs
Normal file → Executable file
@@ -1,26 +1,442 @@
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using System;
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using System.Collections.Generic;
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using System.Text;
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using System.Drawing;
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using OpenRa.FileFormats;
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using System.Windows.Forms;
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using OpenRa.Game.Graphics;
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using IjwFramework.Types;
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namespace OpenRa.Game
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{
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abstract class Actor
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{
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public readonly Game game;
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public Player owner;
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public abstract IEnumerable<Pair<Sprite,float2>> CurrentImages { get; }
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public virtual void Tick(Game game, int t) { }
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protected Actor(Game game)
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{
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this.game = game;
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}
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}
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}
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using System;
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using System.Collections.Generic;
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using System.IO;
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using System.Linq;
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using System.Text;
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using IjwFramework.Types;
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using OpenRa.FileFormats;
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using OpenRa.Game.GameRules;
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using OpenRa.Game.Graphics;
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namespace OpenRa.Game
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{
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class Actor
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{
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public readonly TypeDictionary traits = new TypeDictionary();
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public readonly UnitInfo.BaseInfo unitInfo;
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public int2 Location;
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public Player Owner;
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public Actor( string name, int2 location, Player owner )
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{
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unitInfo = Rules.UnitInfo.Get( name );
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Location = location;
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Owner = owner;
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switch( name )
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{
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///// vehicles /////
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case "mcv":
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traits.Add( new Traits.Mobile( this ) );
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traits.Add( new Traits.RenderUnit( this, name ) );
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traits.Add( new Traits.McvDeploy( this ) );
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break;
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case "mnly":
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case "apc":
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case "v2rl":
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case "arty":
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traits.Add( new Traits.Mobile( this ) );
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traits.Add( new Traits.RenderUnit( this, name ) );
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break;
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case "jeep":
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case "1tnk":
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case "2tnk":
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case "3tnk":
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case "4tnk":
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case "mrj":
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case "mgg":
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traits.Add( new Traits.Mobile( this ) );
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traits.Add( new Traits.Turreted( this ) );
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traits.Add( new Traits.RenderUnitTurreted( this, name ) );
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break;
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case "harv":
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traits.Add( new Traits.Mobile( this ) );
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traits.Add( new Traits.RenderUnit( this, name ) );
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break;
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///// TODO: infantry /////
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///// TODO: boats /////
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///// TODO: planes /////
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///// buildings /////
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case "iron":
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case "pdox":
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case "mslo":
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case "atek":
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case "stek":
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case "weap":
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case "fact":
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case "proc":
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case "silo":
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case "hpad":
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case "afld":
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case "dome":
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case "powr":
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case "apwr":
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case "barr":
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case "tent":
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case "kenn":
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case "fix":
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//SYRD, SPEN
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//GAP
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//SBAG, BRIK, FENC
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//FACF, WEAF, SYRF, SPEF, DOMF
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case "pbox":
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case "hbox":
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case "tsla":
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case "ftur":
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traits.Add( new Traits.Building( this ) );
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traits.Add( new Traits.RenderBuilding( this, name ) );
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break;
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case "gun":
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case "agun":
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case "sam":
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traits.Add( new Traits.Building( this ) );
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traits.Add( new Traits.Turreted( this ) );
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traits.Add( new Traits.RenderBuildingTurreted( this, name ) );
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break;
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default:
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throw new NotImplementedException( "Actor traits for " + name );
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}
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}
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public Actor( TreeReference tree, TreeCache treeRenderer, int2 mapOffset )
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{
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Location = new int2( tree.Location ) - mapOffset;
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traits.Add( new Traits.Tree( treeRenderer.GetImage( tree.Image ) ) );
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}
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public void Tick( Game game, int dt )
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{
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foreach( var tick in traits.WithInterface<Traits.ITick>() )
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tick.Tick( this, game, dt );
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}
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public float2 CenterLocation { get { return new float2( 12, 12 ) + 24 * (float2)Location; } }
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public float2 SelectedSize { get { return Render().FirstOrDefault().First.size; } }
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public IEnumerable<Pair<Sprite, float2>> Render()
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{
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return traits.WithInterface<Traits.IRender>().SelectMany( x => x.Render( this ) );
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}
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public Order Order( Game game, int2 xy )
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{
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return traits.WithInterface<Traits.IOrder>()
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.Select( x => x.Order( this, game, xy ) )
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.Where( x => x != null )
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.FirstOrDefault();
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}
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}
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namespace Traits
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{
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interface ITick
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{
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void Tick( Actor self, Game game, int dt );
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}
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interface IRender
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{
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IEnumerable<Pair<Sprite, float2>> Render( Actor self );
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}
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interface IOrder
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{
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Order Order( Actor self, Game game, int2 xy );
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}
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abstract class RenderSimple : IRender, ITick
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{
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public Animation anim;
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public RenderSimple( Actor self, string unitName )
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{
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anim = new Animation( unitName );
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}
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public abstract IEnumerable<Pair<Sprite, float2>> Render( Actor self );
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public virtual void Tick( Actor self, Game game, int dt )
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{
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anim.Tick( dt );
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}
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}
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class RenderBuilding : RenderSimple
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{
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public RenderBuilding( Actor self, string unitName )
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: base( self, unitName )
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{
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anim.PlayThen( "make", () => anim.Play( "idle" ) );
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}
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public override IEnumerable<Pair<Sprite, float2>> Render( Actor self )
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{
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yield return Pair.New( anim.Image, 24f * (float2)self.Location );
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}
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}
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class RenderBuildingTurreted : RenderBuilding
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{
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public RenderBuildingTurreted( Actor self, string unitName )
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: base( self, unitName )
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{
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anim.PlayThen( "make", () => anim.PlayFetchIndex( "idle", () => self.traits.Get<Turreted>().turretFacing ) );
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}
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}
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class RenderUnit : RenderSimple
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{
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public RenderUnit( Actor self, string unitName )
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:base( self, unitName )
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{
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anim.PlayFetchIndex( "idle", () => self.traits.Get<Mobile>().facing );
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}
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protected static Pair<Sprite, float2> Centered( Sprite s, float2 location )
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{
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var loc = location - 0.5f * s.size;
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return Pair.New( s, loc.Round() );
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}
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public override IEnumerable<Pair<Sprite, float2>> Render( Actor self )
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{
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var mobile = self.traits.Get<Mobile>();
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float fraction = ( mobile.moveFraction > 0 ) ? (float)mobile.moveFraction / mobile.moveFractionTotal : 0f;
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var centerLocation = new float2( 12, 12 ) + 24 * float2.Lerp( mobile.fromCell, mobile.toCell, fraction );
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yield return Centered( anim.Image, centerLocation );
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}
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}
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class RenderUnitTurreted : RenderUnit
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{
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public Animation turretAnim;
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public RenderUnitTurreted( Actor self, string unitName )
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: base( self, unitName )
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{
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turretAnim = new Animation( unitName );
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turretAnim.PlayFetchIndex( "turret", () => self.traits.Get<Turreted>().turretFacing );
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}
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public override IEnumerable<Pair<Sprite, float2>> Render( Actor self )
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{
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var mobile = self.traits.Get<Mobile>();
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float fraction = ( mobile.moveFraction > 0 ) ? (float)mobile.moveFraction / mobile.moveFractionTotal : 0f;
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var centerLocation = new float2( 12, 12 ) + 24 * float2.Lerp( mobile.fromCell, mobile.toCell, fraction );
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yield return Centered( anim.Image, centerLocation );
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yield return Centered( turretAnim.Image, centerLocation );
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}
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public override void Tick( Actor self, Game game, int dt )
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{
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base.Tick( self, game, dt );
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turretAnim.Tick( dt );
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}
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}
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class Mobile : ITick, IOrder
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{
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public Actor self;
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public int2 fromCell, destination;
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public int2 toCell { get { return self.Location; } }
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public int moveFraction, moveFractionTotal;
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public int facing;
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public Mobile( Actor self )
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{
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this.self = self;
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fromCell = destination = self.Location;
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}
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public bool Turn( int desiredFacing )
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{
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if( facing == desiredFacing )
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return false;
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int df = ( desiredFacing - facing + 32 ) % 32;
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facing = ( facing + ( df > 16 ? 31 : 1 ) ) % 32;
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return true;
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}
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static float2[] fvecs = Util.MakeArray<float2>( 32,
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i => -float2.FromAngle( i / 16.0f * (float)Math.PI ) * new float2( 1f, 1.3f ) );
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int GetFacing( float2 d )
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{
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if( float2.WithinEpsilon( d, float2.Zero, 0.001f ) )
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return facing;
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int highest = -1;
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float highestDot = -1.0f;
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for( int i = 0 ; i < fvecs.Length ; i++ )
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{
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float dot = float2.Dot( fvecs[ i ], d );
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if( dot > highestDot )
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{
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highestDot = dot;
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highest = i;
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}
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}
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return highest;
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}
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public void Tick( Actor self, Game game, int dt )
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{
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if( fromCell != toCell )
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{
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if( Turn( GetFacing( toCell - fromCell ) ) )
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return;
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moveFraction += dt * ( (UnitInfo.MobileInfo)self.unitInfo ).Speed;
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}
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if( moveFraction < moveFractionTotal )
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return;
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moveFraction = 0;
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moveFractionTotal = 0;
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fromCell = toCell;
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if( destination == toCell )
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return;
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List<int2> res = game.pathFinder.FindUnitPath( toCell, PathFinder.DefaultEstimator( destination ) );
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if( res.Count != 0 )
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{
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self.Location = res[ res.Count - 1 ];
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int2 dir = toCell - fromCell;
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moveFractionTotal = ( dir.X != 0 && dir.Y != 0 ) ? 2500 : 2000;
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}
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else
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destination = toCell;
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}
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public Order Order( Actor self, Game game, int2 xy )
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{
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if( xy != toCell )
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return new MoveOrder( self, xy );
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return null;
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}
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}
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class McvDeploy : IOrder, ITick
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{
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public bool Deploying;
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public McvDeploy( Actor self )
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{
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}
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public Order Order( Actor self, Game game, int2 xy )
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{
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// TODO: check that there's enough space at the destination.
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if( xy == self.Location )
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return new DeployMcvOrder( self );
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return null;
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}
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public void Tick( Actor self, Game game, int dt )
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{
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if( !Deploying )
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return;
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if( self.traits.Get<Mobile>().Turn( 12 ) )
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return;
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game.world.AddFrameEndTask( _ =>
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{
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game.world.Remove( self );
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game.world.Add( new Actor( "fact", self.Location - new int2( 1, 1 ), self.Owner ) );
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} );
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}
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}
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class Turreted
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: ITick // temporary.
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{
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public int turretFacing = 24;
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public Turreted( Actor self )
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{
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}
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// temporary.
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public void Tick( Actor self, Game game, int dt )
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{
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turretFacing = ( turretFacing + 1 ) % 32;
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}
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}
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class Building : ITick
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{
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public Building( Actor self )
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{
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}
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bool first = true;
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public void Tick( Actor self, Game game, int dt )
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{
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if( first && self.Owner == game.LocalPlayer )
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self.Owner.TechTree.Build( self.unitInfo.Name, true );
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first = false;
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}
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}
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class Tree : IRender
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{
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Sprite Image;
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public Tree( Sprite treeImage )
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{
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Image = treeImage;
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}
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public IEnumerable<Pair<Sprite, float2>> Render( Actor self )
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{
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yield return Pair.New( Image, 24 * (float2)self.Location );
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}
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}
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//class WarFactory : Building
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//{
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// Animation roof;
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// public WarFactory( int2 location, Player owner, Game game )
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// : base( "weap", location, owner, game )
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// {
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// animation.PlayThen( "make", () =>
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// {
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// roof = new Animation( "weap" );
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// animation.PlayRepeating( "idle" );
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// roof.PlayRepeating( "idle-top" );
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// } );
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// }
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// public override IEnumerable<Pair<Sprite, float2>> CurrentImages
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// {
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// get
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// {
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// return ( roof == null )
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// ? base.CurrentImages
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// : ( base.CurrentImages.Concat(
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// new[] { Pair.New( roof.Image, 24 * (float2)location ) } ) );
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// }
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// }
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// public override void Tick( Game game, int t )
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// {
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// base.Tick( game, t );
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// if( roof != null ) roof.Tick( t );
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// }
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//}
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}
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}
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Block a user