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using Microsoft.Xna.Framework ;
using Microsoft.Xna.Framework.Graphics ;
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using StardewModdingAPI ;
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using System ;
using System.Collections.Generic ;
using System.Linq ;
using System.Text ;
using System.Threading.Tasks ;
namespace StardustCore.Animations
{
/// <summary>
/// Used to play animations for Stardust.CoreObject type objects and all objects that extend from it. In draw code of object make sure to use this info instead.
/// </summary>
public class AnimationManager
{
public Dictionary < string , List < Animation > > animations = new Dictionary < string , List < Animation > > ( ) ;
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public string currentAnimationName ;
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public int currentAnimationListIndex ;
public List < Animation > currentAnimationList = new List < Animation > ( ) ;
public Texture2D objectTexture ; ///Might not be necessary if I use the CoreObject texture sheet.
public Animation defaultDrawFrame ;
public Animation currentAnimation ;
bool enabled ;
/// <summary>
/// Constructor for Animation Manager class.
/// </summary>
/// <param name="ObjectTexture">The texture that will be used for the animation. This is typically the same as the object this class is attached to.</param>
/// <param name="DefaultFrame">This is used if no animations will be available to the animation manager.</param>
/// <param name="EnabledByDefault">Whether or not animations play by default. Default value is true.</param>
public AnimationManager ( Texture2D ObjectTexture , Animation DefaultFrame , bool EnabledByDefault = true )
{
currentAnimationListIndex = 0 ;
this . objectTexture = ObjectTexture ;
this . defaultDrawFrame = DefaultFrame ;
this . enabled = EnabledByDefault ;
currentAnimation = this . defaultDrawFrame ;
}
public AnimationManager ( Texture2D ObjectTexture , Animation DefaultFrame , Dictionary < string , List < Animation > > animationsToPlay , string startingAnimationKey , int startingAnimationFrame = 0 , bool EnabledByDefault = true )
{
currentAnimationListIndex = 0 ;
this . objectTexture = ObjectTexture ;
this . defaultDrawFrame = DefaultFrame ;
this . enabled = EnabledByDefault ;
this . animations = animationsToPlay ;
bool f = animations . TryGetValue ( startingAnimationKey , out currentAnimationList ) ;
if ( f = = true ) {
setAnimation ( startingAnimationKey , startingAnimationFrame ) ;
}
else currentAnimation = this . defaultDrawFrame ;
}
/// <summary>
/// Update the animation frame once after drawing the object.
/// </summary>
public void tickAnimation ( )
{
try
{
if ( this . currentAnimation . frameDuration = = - 1 | | this . enabled = = false | | this . currentAnimation = = this . defaultDrawFrame ) return ; //This is if this is a default animation or the animation stops here.
if ( this . currentAnimation . frameCountUntilNextAnimation = = 0 ) getNextAnimation ( ) ;
this . currentAnimation . tickAnimationFrame ( ) ;
}
catch ( Exception err )
{
ModCore . ModMonitor . Log ( "An internal error occured when trying to tick the animation." ) ;
ModCore . ModMonitor . Log ( err . ToString ( ) , StardewModdingAPI . LogLevel . Error ) ;
}
}
/// <summary>
/// Get the next animation in the list of animations.
/// </summary>
public void getNextAnimation ( )
{
currentAnimationListIndex + + ;
if ( currentAnimationListIndex = = currentAnimationList . Count ) //If the animation frame I'm tryting to get is 1 outside my list length, reset the list.
{
currentAnimationListIndex = 0 ;
}
//Get the next animation from the list and reset it's counter to the starting frame value.
this . currentAnimation = currentAnimationList [ currentAnimationListIndex ] ;
this . currentAnimation . startAnimation ( ) ;
}
/// <summary>
/// Gets the animation from the dictionary of all animations available.
/// </summary>
/// <param name="AnimationName"></param>
/// <param name="StartingFrame"></param>
/// <returns></returns>
public bool setAnimation ( string AnimationName , int StartingFrame = 0 )
{
List < Animation > dummyList = new List < Animation > ( ) ;
bool f = animations . TryGetValue ( AnimationName , out dummyList ) ;
if ( f = = true )
{
if ( dummyList . Count ! = 0 | | StartingFrame > = dummyList . Count )
{
currentAnimationList = dummyList ;
currentAnimation = currentAnimationList [ StartingFrame ] ;
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currentAnimationName = AnimationName ;
return true ;
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}
else
{
if ( dummyList . Count = = 0 ) ModCore . ModMonitor . Log ( "Error: Current animation " + AnimationName + " has no animation frames associated with it." ) ;
if ( dummyList . Count > dummyList . Count ) ModCore . ModMonitor . Log ( "Error: Animation frame " + StartingFrame + " is outside the range of provided animations. Which has a maximum count of " + dummyList . Count ) ;
return false ;
}
}
else
{
ModCore . ModMonitor . Log ( "Error setting animation: " + AnimationName + " animation does not exist in list of available animations. Did you make sure to add it in?" ) ;
return false ;
}
}
public void enableAnimation ( )
{
this . enabled = true ;
}
public void disableAnimation ( )
{
this . enabled = false ;
}
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public static Dictionary < string , List < Animation > > parseAnimationsFromXNB ( string s )
{
string [ ] array = s . Split ( '*' ) ;
Dictionary < string , List < Animation > > parsedDic = new Dictionary < string , List < Animation > > ( ) ;
foreach ( var v in array )
{
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// Log.AsyncC(v);
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string [ ] AnimationArray = v . Split ( ' ' ) ;
if ( parsedDic . ContainsKey ( AnimationArray [ 0 ] ) )
{
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List < Animation > aniList = new List < Animation > ( ) ;
aniList = parseAnimationFromString ( v ) ;
foreach ( var ani in aniList ) {
parsedDic [ AnimationArray [ 0 ] ] . Add ( ani ) ;
}
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}
else
{
parsedDic . Add ( AnimationArray [ 0 ] , new List < Animation > ( ) ) ;
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List < Animation > aniList = new List < Animation > ( ) ;
aniList = parseAnimationFromString ( v ) ;
foreach ( var ani in aniList )
{
parsedDic [ AnimationArray [ 0 ] ] . Add ( ani ) ;
}
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}
}
return parsedDic ;
}
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public static List < Animation > parseAnimationFromString ( string s )
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{
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List < Animation > ok = new List < Animation > ( ) ;
string [ ] array2 = s . Split ( '>' ) ;
foreach ( var q in array2 ) {
string [ ] array = q . Split ( ' ' ) ;
try
{
Animation ani = new Animation ( new Rectangle ( Convert . ToInt32 ( array [ 1 ] ) , Convert . ToInt32 ( array [ 2 ] ) , Convert . ToInt32 ( array [ 3 ] ) , Convert . ToInt32 ( array [ 4 ] ) ) , Convert . ToInt32 ( array [ 5 ] ) ) ;
ModCore . ModMonitor . Log ( ani . sourceRectangle . ToString ( ) ) ;
ok . Add ( ani ) ;
}
catch ( Exception err )
{
continue ;
}
}
return ok ;
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}
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}
}