public frmTextureSelect( SkiStuntLevel level, LevelPolygon polygon )
{
InitializeComponent();
this.level = level;
this.polygon = polygon;
if( polygon.TextureID < 0 ) {
curTexIndex = 0;
radColor.Select();
} else {
curTexIndex = polygon.TextureID;
radTexture.Select();
}
resetTextboxValues();
redrawPreviewBox();
}
/**
* <summary>Removes a polygon from the level.</summary>
* <param name="polygon">Polygon to remove from the level.</param>
*/
public void RemovePolygon( LevelPolygon polygon )
{
if( ! polygons.Contains( polygon ) ) return;
polygons.Remove( polygon );
polygon.StopListeningToTextureList( textureList );
for( int i = 0 ; i < polygon.VertexCount ; ++i )
{
LevelVertex v = polygon.GetVertex( i );
bool usedElsewhere = false;
foreach( LevelPolygon p in polygons )
{
if( p.ContainsVertex( v ) ) {
usedElsewhere = true;
break;
}
}
if( !usedElsewhere ) vertices.Remove( v );
}
}
/**
* <summary>Moves a polygon to be rendered in the front of the level.</summary>
*/
public void MovePolygonToFront( LevelPolygon polygon )
{
if( !polygons.Contains( polygon ) ) return;
polygons.Remove( polygon );
polygons.Add( polygon );
}
/**
* <summary>Moves a polygon to be rendered behind all the others in the level.</summary>
*/
public void MovePolygonToBack( LevelPolygon polygon )
{
if( !polygons.Contains( polygon ) ) return;
polygons.Remove( polygon );
polygons.Insert( 0, polygon );
}
/**
* <summary>Moves a polygon to be rendered in front of the polygon ahead of it of the level.</summary>
*/
public void MovePolygonForward( LevelPolygon polygon )
{
if( !polygons.Contains( polygon ) ) return;
int originalIndex = polygons.IndexOf( polygon );
if( originalIndex == polygons.Count - 1 ) return;
polygons.Remove( polygon );
polygons.Insert( originalIndex + 1, polygon );
}
/**
* <summary>Moves a polygon to be rendered behind the polgon behind it in the level.</summary>
*/
public void MovePolygonBackward( LevelPolygon polygon )
{
if( !polygons.Contains( polygon ) ) return;
int originalIndex = polygons.IndexOf( polygon );
if( originalIndex == 0 ) return;
polygons.Remove( polygon );
polygons.Insert( originalIndex - 1, polygon );
}
/**
* <summary>Adds a polygon to the level's set of total polygons if the polygon is not already
* a part of the level.</summary>
* <param name="polygon">Polygon to add to the level.</param>
*/
public void AddPolygon( LevelPolygon polygon )
{
if( polygons.Contains( polygon ) ) return;
polygons.Add( polygon );
polygon.ListenToTextureList( textureList );
for( int i = 0 ; i < polygon.VertexCount ; ++i ) {
AddVertex( polygon.GetVertex( i ) );
}
}
public static SkiStuntLevel LoadFolder( string folder )
{
SkiStuntLevel level = new SkiStuntLevel( folder );
if( ! File.Exists( folder + "\\studioFile.txt" ) ) return level;
StreamReader studioFile = new StreamReader( folder + "\\studioFile.txt", false );
level.LevelTitle = studioFile.ReadLine();
level.GoalText = studioFile.ReadLine();
level.HintText = studioFile.ReadLine();
level.PlayerStart.x = float.Parse( studioFile.ReadLine() );
level.PlayerStart.y = float.Parse( studioFile.ReadLine() );
level.endzoneA.x = float.Parse( studioFile.ReadLine() );
level.endzoneA.y = float.Parse( studioFile.ReadLine() );
level.endzoneB.x = float.Parse( studioFile.ReadLine() );
level.endzoneB.y = float.Parse( studioFile.ReadLine() );
level.EndzoneRequirements = (EndzoneRequirementType)uint.Parse( studioFile.ReadLine() );
int vertexCount = int.Parse( studioFile.ReadLine() );
for( int i = 0 ; i < vertexCount ; ++i )
{
level.vertices.Add( new LevelVertex
(
float.Parse( studioFile.ReadLine() ),
float.Parse( studioFile.ReadLine() ),
int .Parse( studioFile.ReadLine() )
));
}
int polygonCount = int.Parse( studioFile.ReadLine() );
for( int i = 0 ; i < polygonCount ; ++i )
{
LevelPolygon p = new LevelPolygon();
p.Friction = float.Parse( studioFile.ReadLine() );
p.Bounce = float.Parse( studioFile.ReadLine() );
p.Solidity = float.Parse( studioFile.ReadLine() );
p.SolidAtAll = bool.Parse( studioFile.ReadLine() );
p.TextureID = int.Parse( studioFile.ReadLine() );
if( p.TextureID >= 0 ) {
p.TextureOffsetX = float.Parse( studioFile.ReadLine() );
p.TextureOffsetY = float.Parse( studioFile.ReadLine() );
p.TextureScaleX = float.Parse( studioFile.ReadLine() );
p.TextureScaleY = float.Parse( studioFile.ReadLine() );
} else {
p.Color = Color.FromArgb( int.Parse( studioFile.ReadLine() ) );
}
int polyVertCount = int.Parse( studioFile.ReadLine() );
for( int j = 0 ; j < polyVertCount ; ++j )
{
p.AddVertex( level.vertices[ int.Parse( studioFile.ReadLine() ) ] );
}
level.AddPolygon( p );
}
int objectCount = int.Parse( studioFile.ReadLine() );
for( int i = 0 ; i < objectCount ; ++i )
{
LevelObject o = new LevelObject();
o.x = float.Parse( studioFile.ReadLine() );
o.y = float.Parse( studioFile.ReadLine() );
o.rotation = float.Parse( studioFile.ReadLine() );
o.type = (LevelObject.ObjectType)uint.Parse( studioFile.ReadLine() );
o.anchor = (LevelObject.AnchorType)uint.Parse( studioFile.ReadLine() );
level.AddObject( o );
}
studioFile.Close();
return level;
}
public DeletePolygonAction( LevelPolygon relevantPolygon )
{
this.relevantPolygon = relevantPolygon;
}
public CreatePolygonAction( LevelPolygon newPolygon )
{
this.newPolygon = newPolygon;
}
public InsertVertexAction( LevelPolygon targetPolygon, LevelVertex precedingVertex, LevelVertex newVertex )
{
this.targetPolygon = targetPolygon;
this.precedingVertex = precedingVertex;
this.newVertex = newVertex;
}
/**
* <summary>
* This function will generate a polygon from a set of points described in the format Ski Stunt Simulator uses (GND.TXT / GND.PTS).
* It can be used to import an existing level shape, or a single polygon from another Studio level.
* </summary>
*/
public static LevelPolygon CreateFromFile( string path )
{
char[] separators = { ' ', '\t' };
string[] curLine;
int curLegitIndex;
float curReadX = 0.0f;
LevelPolygon ret = new LevelPolygon();
using( StreamReader s = new StreamReader( path ) ) {
while( !s.EndOfStream ) {
curLegitIndex = 0;
curLine = s.ReadLine().Split( separators );
for( int i = 0 ; i < curLine.Length ; ++i )
{
if( curLine[i].Length == 0 ) continue;
switch( curLegitIndex++ )
{
case 0:
curReadX = float.Parse( curLine[i] );
break;
case 1:
ret.AddVertex( new LevelVertex( curReadX, -float.Parse( curLine[i] ) ) );
break;
case 2:
ret.Friction = float.Parse( curLine[i] );
break;
}
}
}
s.Close();
}
return ret;
}
