public Typing(Mode mode, Cursor cursor)
{
switch (mode)
{
case Mode.typewriter:
Type = TypeTypewriter;
break;
case Mode.keyboard:
Type = TypeKeyboard;
break;
}
switch (cursor)
{
case Cursor.invisible:
Out = OutputWithNoCursor;
break;
case Cursor.visible:
Out = OutputWithCursor;
break;
case Cursor.hangeul:
Out = OutputWithCursorOnlyHangeul;
break;
}
}
public static Item[] GetRegistryItems()
{
List <TMItem> tmItems = new List <TMItem>();
foreach (PokemonMove move in PokemonMove.registry)
{
tmItems.Add(new TMItem
{
id = tmItemStart + move.id,
moveId = move.id,
itemName = "TM" + move.id + ' ' + move.name,
resourceName = "tm_" + TypeFunc.GetTypeResourceName(move.type),
description = move.description
});
}
return(tmItems.ToArray());
}
public void Paint(GraphicsPath path, Graphics g, int time, float opacity)
{
int num1 = 0;
int num2 = 0;
GraphicsContainer container1 = g.BeginContainer();
AnimFunc.CreateAnimateValues(this, time, out num1, out num2);
g.SmoothingMode = base.OwnerDocument.SmoothingMode;
bool flag1 = this.Units == Units.UserSpaceOnUse;
float single1 = this.X;
float single2 = this.Y;
float single3 = this.Width;
float single4 = this.Height;
ItopVector.Core.Types.ViewBox box1 = TypeFunc.ParseViewBox(this);
Matrix matrix1 = new Matrix();
if (box1 != null)
{
matrix1 = box1.GetViewMatrix(this);
}
RectangleF ef1 = path.GetBounds();
if (!flag1)
{
single1 *= ef1.Width;
single2 *= ef1.Height;
single3 = (int)Math.Min((float)(single3 * ef1.Width), ef1.Width);
single4 = (int)Math.Min((float)(single4 * ef1.Height), ef1.Height);
}
this.coord = matrix1.Clone();
PointF[] tfArray1 = new PointF[7] {
new PointF(single1 + (single3 / 2f), single2 + (single4 / 2f)), new PointF(single1, single2 + (single4 / 2f)), new PointF(single1 + single3, single2), new PointF(single1 + (single3 / 2f), single2), new PointF(single1 + single3, single2 + (single4 / 2f)), new PointF(single1 + (single3 / 2f), single2 + single4), new PointF(single1, single2 + single4)
};
this.boundsPoints = tfArray1;
this.graidentPath = new GraphicsPath();
this.graidentPath.AddRectangle(new RectangleF(single1, single2, single3, single4));
Bitmap bitmap1 = new Bitmap((int)single3, (int)single4);
Graphics graphics1 = Graphics.FromImage(bitmap1);
Matrix matrix2 = matrix1.Clone();
graphics1.Transform = matrix2;
SvgElementCollection.ISvgElementEnumerator enumerator1 = this.graphList.GetEnumerator();
while (enumerator1.MoveNext())
{
IGraph graph1 = (IGraph)enumerator1.Current;
graph1.Draw(graphics1, time);
}
TextureBrush brush1 = new TextureBrush(bitmap1, new RectangleF(single1, single2, single3, single4));
brush1.WrapMode = WrapMode.Tile;
brush1.Transform = this.Transform.Matrix;
Matrix matrix3 = new Matrix(1f, 0f, 0f, 1f, ef1.X + (ef1.Width / 2f), ef1.Y + (ef1.Height / 2f));
this.graidentPath.Transform(matrix3);
matrix3.TransformPoints(this.boundsPoints);
g.FillPath(brush1, path);
bitmap1.Dispose();
brush1.Dispose();
g.EndContainer(container1);
}
public static string GetPokemonMoveTypeFXClipName(Pokemon.Type type) => moveTypeFXClipPrefix + TypeFunc.GetTypeResourceName(type);
public static Sprite GetTypeParticleSprite(Pokemon.Type type)
{
return(GetSprite(SpriteType.TypeParticle,
typeParticlePrefix + TypeFunc.GetTypeResourceName(type)));
}
private static Sprite[] LoadTypeParticleSprites()
{
List <Sprite> sprites = new List <Sprite>();
foreach (Pokemon.Type type in Enum.GetValues(typeof(Pokemon.Type)))
{
if (type == Pokemon.Type.Normal)
{
continue;
}
string resourceName = spritesResourcesPrefix + typeParticlesPath + typeParticlePrefix + TypeFunc.GetTypeResourceName(type);
Sprite typeParticleSprite = Resources.Load <Sprite>(resourceName);
if (typeParticleSprite == null)
{
Debug.LogWarning("Unable to find sprite for type " + type);
continue;
}
sprites.Add(typeParticleSprite);
}
return(sprites.ToArray());
}
public static Sprite GetTypeSymbolSprite(Pokemon.Type type)
{
return(GetSprite(SpriteType.Symbol,
typeSymbolSpritePrefix + TypeFunc.GetTypeResourceName(type)));
}
public static Sprite GetTMSprite(Pokemon.Type moveType)
{
string resourceName = tmItemSpritePrefix + TypeFunc.GetTypeResourceName(moveType);
return(GetSprite(SpriteType.Item, resourceName));
}
public override void Draw(Graphics g, int time)
{
float single5;
float single6;
float single7;
float single8;
float single11;
float single12;
float single13;
Matrix matrix1;
ItopVector.Core.Types.ViewBox box1 = null;
if (this.pretime != base.OwnerDocument.ControlTime)
{
box1 = TypeFunc.ParseViewBox(this);
this.ViewBox = box1;
}
box1 = this.ViewBox;
parAlign align1 = parAlign.none;
parMeetOrSlice slice1 = parMeetOrSlice.slice;
float single1 = this.Width;
float single2 = this.Height;
float single3 = 0f;
float single4 = 0f;
if (box1 != null)
{
single1 = box1.width;
single2 = box1.height;
single3 = box1.min_x;
single4 = box1.min_y;
PreserveAspectRatio ratio1 = box1.psr;
align1 = ratio1.Align;
slice1 = ratio1.Mos;
}
float single9 = this.width / single1;
float single10 = this.height / single2;
GraphicsContainer container1 = g.BeginContainer();
g.SmoothingMode = base.OwnerDocument.SmoothingMode;
if (single9 >= single10)
{
single12 = single9;
single13 = single10;
}
else
{
single12 = single10;
single13 = single9;
}
if (slice1 == parMeetOrSlice.meet)
{
single11 = single13;
single7 = single1 * single11;
single8 = single2 * single11;
switch (align1)
{
case parAlign.xMinYMin:
{
single5 = this.X - single3;
single6 = this.Y - single4;
goto Label_03D1;
}
case parAlign.xMidYMin:
{
single5 = ((this.Width - single7) / 2f) - single3;
single6 = this.Y - single4;
goto Label_03D1;
}
case parAlign.xMaxYMin:
{
single5 = (this.Width - single7) - single3;
single6 = this.Y - single4;
goto Label_03D1;
}
case parAlign.xMinYMid:
{
single5 = this.X - single3;
single6 = ((this.Height - single8) / 2f) - single4;
goto Label_03D1;
}
case parAlign.xMidYMid:
{
single5 = ((this.Width - single7) / 2f) - single3;
single6 = ((this.Height - single8) / 2f) - single4;
goto Label_03D1;
}
case parAlign.xMaxYMid:
{
single5 = (this.Width - single7) - single3;
single6 = ((this.Height - single8) / 2f) - single4;
goto Label_03D1;
}
case parAlign.xMinYMax:
{
single5 = this.X - single3;
single6 = (this.Height - single8) - single4;
goto Label_03D1;
}
case parAlign.xMidYMax:
{
single5 = ((this.Width - single7) / 2f) - single3;
single6 = (this.Height - single8) - single4;
goto Label_03D1;
}
case parAlign.xMaxYMax:
{
single5 = (this.Width - single7) - single3;
single6 = (this.Height - single8) - single4;
goto Label_03D1;
}
}
single5 = this.X - single3;
single6 = this.Y - single4;
single7 = single1;
single8 = single2;
}
else
{
single11 = single12;
single7 = this.Width / single11;
single8 = this.Height / single11;
switch (align1)
{
case parAlign.xMinYMin:
{
single5 = this.X + single3;
single6 = this.Y + single4;
goto Label_03D1;
}
case parAlign.xMidYMin:
{
single5 = ((single1 - single7) / 2f) + single3;
single6 = this.Y + single4;
goto Label_03D1;
}
case parAlign.xMaxYMin:
{
single5 = (single1 - single7) + single3;
single6 = this.Y + single4;
goto Label_03D1;
}
case parAlign.xMinYMid:
{
single5 = this.X + single3;
single6 = ((single2 - single8) / 2f) + single4;
goto Label_03D1;
}
case parAlign.xMidYMid:
{
single5 = ((single1 - single7) / 2f) + single3;
single6 = ((single2 - single8) / 2f) + single4;
goto Label_03D1;
}
case parAlign.xMaxYMid:
{
single5 = (single1 - single7) + single3;
single6 = ((single2 - single8) / 2f) + single4;
goto Label_03D1;
}
case parAlign.xMinYMax:
{
single5 = this.X + single3;
single6 = (single2 - single8) + single4;
goto Label_03D1;
}
case parAlign.xMidYMax:
{
single5 = ((single1 - single7) / 2f) + single3;
single6 = (single2 - single8) + single4;
goto Label_03D1;
}
case parAlign.xMaxYMax:
{
single5 = (single1 - single7) + single3;
single6 = (single2 - single8) + single4;
goto Label_03D1;
}
}
single5 = this.X + single3;
single6 = this.Y + single4;
single7 = single1;
single8 = single2;
}
Label_03D1:
matrix1 = base.GraphTransform.Matrix;
if ((this.Width != 0f) && (this.Height != 0f))
{
float single14 = this.width / single7;
float single15 = this.height / single8;
// g.ScaleTransform(single14, single15);
matrix1.Scale(single14, single15);
}
if (base.OwnerDocument.DocumentElement == this)
{
// g.TranslateTransform(single5, single6);
matrix1.Translate(single5, single6);
}
else
{
// g.TranslateTransform(single5 - this.x, single6 - this.y);
matrix1.Translate(single5 - this.x, single6 - this.y);
}
foreach (Layer layer in OwnerDocument.Layers)
{
if (!layer.Visible)
{
continue;
}
SvgElementCollection.ISvgElementEnumerator enumerator1 = layer.GraphList.GetEnumerator();
contectbounds = RectangleF.Empty;
while (enumerator1.MoveNext())
{
IGraph graph1 = (IGraph)enumerator1.Current;
graph1.ShowConnectPoints = base.OwnerDocument.ShowConnectPoints;
try
{
// if(graph1.LimitSize)
// {
// PointF [] points = {new PointF( matrix1.OffsetX,matrix1.OffsetY)};
// matrix1.TransformVectors(points);
// graph1.GraphTransform.Matrix = new Matrix(1,0,0,1,points[0].X,points[0].Y);
// }
// else
graph1.GraphTransform.Matrix = matrix1.Clone();
using (Matrix matrix2 = new Matrix())
{
if (graph1 is ConnectLine)
{
graph1.Draw(g, time); continue;
}
matrix2.Multiply(matrix1, MatrixOrder.Prepend);
matrix2.Multiply(graph1.Transform.Matrix, MatrixOrder.Prepend);
//(graph1 as ConnectLine).UpatePath(g);
RectangleF rtf1 = graph1.GPath.GetBounds(matrix2);
if (!(graph1 is Text))
{
rtf1.Width++; rtf1.Height++;
}
if (g.IsVisible(rtf1) || (rtf1 == RectangleF.Empty) || (graph1 is ConnectLine && graph1.GPath.PointCount == 0))
{
graph1.Draw(g, time);
}
else
{
graph1.GraphTransform.Matrix.Multiply(graph1.Transform.Matrix, MatrixOrder.Prepend);
#if debug
int i = 0;
i++;
#endif
}
}
}
catch (Exception e)
{
}
finally
{
graph1 = null;
}
}
}
this.pretime = time;
g.EndContainer(container1);
}
