|
public TextExtents ( byte utf8 ) : |
||
| utf8 | byte | |
| return | ||
public virtual void Paint(Context ctx)
{
PointD size = this.MeasureSize (ctx);
PaintContour (ctx,size);
KnownColors.SetFontFacePieceName(ctx);
TextExtents te = ctx.TextExtents(this.Name), ten;
double y0 = 0.5d*(size.Y-te.Width);
ctx.MoveTo(0.5d*Margin,y0);
ctx.Save();
ctx.Rotate(0.5d*Math.PI);
ctx.ShowText(this.Name);
ctx.Restore();
double x0 = Margin+te.Height;
KnownColors.SetFontFaceNormal(ctx);
te = ctx.TextExtents(OptionalString);
y0 = 2.0d*Margin;
int index = 0x00;
PointD siz;
foreach(IPuzzlePiece ipp in this.arguments) {
ctx.Save();
ctx.Translate(x0,Margin);
if(ipp == null) {
siz = new PointD(MinimumWidth,size.Y-4.0d*Margin);
ctx.Rectangle(Margin,Margin,siz.X,siz.Y);
ctx.Pattern = KnownColors.ConstructionPattern;
ctx.FillPreserve();
}
else {
siz = ipp.MeasureSize(ctx);
}
ctx.Rectangle(0.0d,0.0d,siz.X+2.0d*Margin,siz.Y+2.0d*Margin);
ctx.Color = KnownColors.Black;
ctx.StrokePreserve();
if(ipp == null) {
ctx.Pattern = ExtensionMethods.GenerateColorSequencePattern(siz.X+2.0d*Margin,TypeColorArguments[index]);
ctx.Fill();
ctx.Translate(Margin,Margin);
ctx.MoveTo(0.0d,0.0d);
ctx.LineTo(MinimumWidth,0.0d);
ctx.RelLineTo(0.0d,5.0d);
ctx.LineTo(5.0d,5.0d);
ctx.ClosePath();
ctx.Pattern = KnownColors.ShadowDownPattern;
ctx.Fill();
ctx.MoveTo(0.0d,0.0d);
ctx.LineTo(0.0d,siz.Y);
ctx.RelLineTo(5.0d,0.0d);
ctx.LineTo(5.0d,5.0d);
ctx.ClosePath();
ctx.Pattern = KnownColors.ShadowRightPattern;
ctx.Fill();
}
else {
ctx.Pattern = ExtensionMethods.GenerateColorSequencePattern(siz.X+2.0d*Margin,TypeColorArguments[index]);
ctx.Fill();
ctx.Color = KnownColors.Black;
ctx.Translate(Margin,Margin);
ipp.Paint(ctx);
}
ctx.Restore();
subpieces[index] = new Rectangle(x0+Margin,2.0d*Margin,siz.X,siz.Y);
x0 += siz.X+3.0d*Margin;
if(index >= NumberOfArguments-NumberOfOptionalArguments) {
ctx.MoveTo(x0-2.0d*Margin-0.5d*(siz.X+te.Width),siz.Y+3.0d*Margin-2.0d);
ctx.ShowText(OptionalString);
}
if(this.ArgumentNames != null && index < arguments.Length) {
ten = ctx.TextExtents(this.ArgumentNames[index]);
ctx.MoveTo(x0-2.0d*Margin-0.5d*(siz.X+ten.Width),-te.YBearing+Margin+2.0d);
ctx.ShowText(this.ArgumentNames[index]);
}
index++;
}
}
protected void DrawRightsideHorisontalNumbers(Context g, Gdk.Rectangle area, float ySize)
{
for (int i = 0; i <= NumbersY; i++) {
float actualLoc = (1 - i/NumbersY) * (area.Height - numberSpacingYTotal) + NumberSpacingYUp;
String text = (i*ySize/NumbersY).ToString ("0.0");
TextExtents size = g.TextExtents (text);
g.MoveTo (area.Width-NumberSpacingXRight, actualLoc + size.Height / 2);
g.ShowText (text);
}
}
protected override void onDraw(Context gr)
{
base.onDraw (gr);
gr.SelectFontFace (Font.Name, Font.Slant, Font.Wheight);
gr.SetFontSize (Font.Size);
gr.FontOptions = Interface.FontRenderingOptions;
gr.Antialias = Interface.Antialias;
rText = new Rectangle(new Size(
measureRawSize(LayoutingType.Width), measureRawSize(LayoutingType.Height)));
rText.Width -= 2 * Margin;
rText.Height -= 2 * Margin;
widthRatio = 1f;
heightRatio = 1f;
Rectangle cb = ClientRectangle;
rText.X = cb.X;
rText.Y = cb.Y;
if (horizontalStretch) {
widthRatio = (float)cb.Width / (float)rText.Width;
if (!verticalStretch)
heightRatio = widthRatio;
}
if (verticalStretch) {
heightRatio = (float)cb.Height / (float)rText.Height;
if (!horizontalStretch)
widthRatio = heightRatio;
}
rText.Width = (int)(widthRatio * (float)rText.Width);
rText.Height = (int)(heightRatio * (float)rText.Height);
switch (TextAlignment)
{
case Alignment.TopLeft: //ok
rText.X = cb.X;
rText.Y = cb.Y;
break;
case Alignment.Top: //ok
rText.Y = cb.Y;
rText.X = cb.X + cb.Width / 2 - rText.Width / 2;
break;
case Alignment.TopRight: //ok
rText.Y = cb.Y;
rText.X = cb.Right - rText.Width;
break;
case Alignment.Left://ok
rText.X = cb.X;
rText.Y = cb.Y + cb.Height / 2 - rText.Height / 2;
break;
case Alignment.Right://ok
rText.X = cb.X + cb.Width - rText.Width;
rText.Y = cb.Y + cb.Height / 2 - rText.Height / 2;
break;
case Alignment.Bottom://ok
rText.X = cb.Width / 2 - rText.Width / 2;
rText.Y = cb.Height - rText.Height;
break;
case Alignment.BottomLeft://ok
rText.X = cb.X;
rText.Y = cb.Bottom - rText.Height;
break;
case Alignment.BottomRight://ok
rText.Y = cb.Bottom - rText.Height;
rText.X = cb.Right - rText.Width;
break;
case Alignment.Center://ok
rText.X = cb.X + cb.Width / 2 - rText.Width / 2;
rText.Y = cb.Y + cb.Height / 2 - rText.Height / 2;
break;
}
gr.FontMatrix = new Matrix(widthRatio * (float)Font.Size, 0, 0, heightRatio * (float)Font.Size, 0, 0);
fe = gr.FontExtents;
#region draw text cursor
if (HasFocus && Selectable)
{
if (mouseLocalPos >= 0)
{
computeTextCursor(gr);
if (SelectionInProgress)
{
if (SelBegin < 0){
SelBegin = new Point(CurrentColumn, CurrentLine);
SelStartCursorPos = textCursorPos;
SelRelease = -1;
}else{
SelRelease = new Point(CurrentColumn, CurrentLine);
if (SelRelease == SelBegin)
SelRelease = -1;
else
SelEndCursorPos = textCursorPos;
}
}
}else
computeTextCursorPosition(gr);
Foreground.SetAsSource (gr);
gr.LineWidth = 1.0;
gr.MoveTo (0.5 + textCursorPos + rText.X, rText.Y + CurrentLine * fe.Height);
gr.LineTo (0.5 + textCursorPos + rText.X, rText.Y + (CurrentLine + 1) * fe.Height);
gr.Stroke();
}
#endregion
//****** debug selection *************
// if (SelRelease >= 0) {
// gr.Color = Color.Green;
// Rectangle R = new Rectangle (
// rText.X + (int)SelEndCursorPos - 2,
// rText.Y + (int)(SelRelease.Y * fe.Height),
// 4,
// (int)fe.Height);
// gr.Rectangle (R);
// gr.Fill ();
// }
// if (SelBegin >= 0) {
// gr.Color = Color.UnmellowYellow;
// Rectangle R = new Rectangle (
// rText.X + (int)SelStartCursorPos - 2,
// rText.Y + (int)(SelBegin.Y * fe.Height),
// 4,
// (int)fe.Height);
// gr.Rectangle (R);
// gr.Fill ();
// }
//*******************
for (int i = 0; i < lines.Count; i++) {
string l = lines [i].Replace ("\t", new String (' ', Interface.TabSize));
int lineLength = (int)gr.TextExtents (l).XAdvance;
Rectangle lineRect = new Rectangle (
rText.X,
rText.Y + (int)Math.Ceiling(i * fe.Height),
lineLength,
(int)Math.Ceiling(fe.Height));
// if (TextAlignment == Alignment.Center ||
// TextAlignment == Alignment.Top ||
// TextAlignment == Alignment.Bottom)
// lineRect.X += (rText.Width - lineLength) / 2;
// else if (TextAlignment == Alignment.Right ||
// TextAlignment == Alignment.TopRight ||
// TextAlignment == Alignment.BottomRight)
// lineRect.X += (rText.Width - lineLength);
if (Selectable) {
if (SelRelease >= 0 && i >= selectionStart.Y && i <= selectionEnd.Y) {
gr.SetSourceColor (selBackground);
Rectangle selRect = lineRect;
int cpStart = (int)SelStartCursorPos,
cpEnd = (int)SelEndCursorPos;
if (SelBegin.Y > SelRelease.Y) {
cpStart = cpEnd;
cpEnd = (int)SelStartCursorPos;
}
if (i == selectionStart.Y) {
selRect.Width -= cpStart;
selRect.Left += cpStart;
}
if (i == selectionEnd.Y)
selRect.Width -= (lineLength - cpEnd);
gr.Rectangle (selRect);
gr.Fill ();
}
}
if (string.IsNullOrWhiteSpace (l))
continue;
Foreground.SetAsSource (gr);
gr.MoveTo (lineRect.X, rText.Y + fe.Ascent + fe.Height * i);
gr.ShowText (l);
gr.Fill ();
}
}
/// <summary> Compute x offset in cairo unit from text position </summary>
double GetXFromTextPointer(Context gr, Point pos)
{
try {
string l = lines [pos.Y].Substring (0, pos.X).
Replace ("\t", new String (' ', Interface.TabSize));
return gr.TextExtents (l).XAdvance;
} catch{
return -1;
}
}
private void paintNodes(Context ctx, int w, int h, IEnumerable<Node> nodes)
{
ctx.LineWidth = 2.0d;
foreach(Node node in nodes) {
PointD abs = new PointD(node.Item2.X*w, node.Item2.Y*h);
ctx.Arc(abs.X, abs.Y, AlgorithmRadius, 0.0d, 2.0d*Math.PI);
ctx.ClosePath();
ctx.NewSubPath();
ctx.Arc(abs.X, abs.Y, AlgorithmRadius-BlueprintStyle.Thickness, 0.0d, 2.0d*Math.PI);
ctx.ClosePath();
ctx.NewSubPath();
}
ctx.Pattern = BlueprintStyle.FillPattern;
ctx.FillPreserve();
ctx.Color = BlueprintStyle.HardWhite;
ctx.Stroke();
double r_2, dx, dy;
this.nodeCenters.Clear();
foreach(Node node in nodes) {
PointD abs = new PointD(node.Item2.X*w, node.Item2.Y*h);
this.nodeCenters.Add(abs);
TextExtents te = ctx.TextExtents(node.Item1);
r_2 = (AlgorithmRadius-BlueprintStyle.Thickness)/Math.Sqrt(te.Width*te.Width+te.Height*te.Height);
ctx.Save();
ctx.MoveTo(abs.X-r_2*te.Width, abs.Y+r_2*te.Height);
ctx.Scale(2.0d*r_2, 2.0d*r_2);
ctx.ShowText(node.Item1);
ctx.Restore();
}
}
public void text_extents(Context cr, int width, int height)
{
double x=0.1;
double y=0.6;
string utf8 = "cairo";
Normalize (cr, width, height);
cr.SelectFontFace("Sans", FontSlant.Normal, FontWeight.Normal);
cr.SetFontSize(0.4);
TextExtents extents = cr.TextExtents(utf8);
cr.MoveTo(x,y);
cr.ShowText(utf8);
// draw helping lines
cr.Color = new Color (1, 0.2, 0.2, 0.6);
cr.Arc(x, y, 0.05, 0, 2*Math.PI);
cr.Fill();
cr.MoveTo(x,y);
cr.RelLineTo(0, -extents.Height);
cr.RelLineTo(extents.Width, 0);
cr.RelLineTo(extents.XBearing, -extents.YBearing);
cr.Stroke();
}
private void RenderSkillCell(Context context, Gdk.Rectangle pix_rect, bool isSelected)
{
int osOffset = 0;
int startX = pix_rect.Right - 64;
if(ECM.Helper.CurrentPlatform == ECM.Helper.Platform.Windows)
osOffset = 1;
// Render Text
context.Save();
Color col = White;
//if (!isSelected)
// col = Black;
string s = string.Format("{0} ({1}x)", Text, SkillRank);
TextExtents te = context.TextExtents(s);
RenderText(context, s, pix_rect.X + 32, pix_rect.Y + 2, col);
s = string.Format("Level {0}", SkillLevel);
te = context.TextExtents(s);
RenderText(context, s, startX - (te.Width + 6), pix_rect.Y + 2, col);
s = ECM.Helper.GetDurationInWordsShort(TimeSpan.FromMinutes(SkillMinsToNext));
te = context.TextExtents(s);
RenderText(context, s, startX - (te.Width + 6), pix_rect.Y + te.Height + 6, col);
s = string.Format("SP {0:0,0}/{1:0,0}", SkillCurrSP, SkillNextSP);
context.SelectFontFace(m_FontDesc.Family, FontSlant.Normal, FontWeight.Bold);
te = context.TextExtents(s);
RenderText(context, s, pix_rect.X + 32, pix_rect.Y + te.Height + 6, col);
context.Restore();
// Render Progress bars
context.Save();
context.Color = Gray;
context.Antialias = Antialias.None;
context.LineWidth = 1;
for (int i = 0; i < SkillLevel; i++)
{
context.Rectangle(startX + 2 + i * 9, pix_rect.Y + 3 + osOffset, 8, 6);
}
// Time Bar
double fullWidth = 44;
double dist = SkillNextSP - SkillLevlSP;
double trav = SkillCurrSP - SkillLevlSP;
double perc = 1;
if(dist > 0)
perc = Math.Max(0, trav / dist);
context.Rectangle(startX + 2, pix_rect.Y + 17 + osOffset, fullWidth * perc, 2);
context.Fill();
context.Rectangle(startX, pix_rect.Y + 2, 47, 9);
context.Rectangle(startX, pix_rect.Y + 16, 47, 5);
context.Stroke();
context.Restore();
// Render Skillbook Icon
context.Save();
Gdk.CairoHelper.SetSourcePixbuf(context, new Gdk.Pixbuf(ECM.Core.SkillbookPNG), pix_rect.X, pix_rect.Y);
context.Paint();
context.Restore();
}
public void Text(Context context, string txt, HorizontalTextAlignment horizontal = HorizontalTextAlignment.Center, VerticalTextAlignment vertical = VerticalTextAlignment.Middle)
{
context.SelectFontFace ("Sans", FontSlant.Normal, FontWeight.Normal);
//context.SetFontSize (_surface.Height / 10);
context.SetFontSize (14);
var extends = context.TextExtents (txt);
double x, y;
x = -(((double)horizontal) / 2 * extends.Width + extends.XBearing);
y = -(((double)vertical) / 2 * extends.Height + extends.YBearing);
context.RelMoveTo (x, y);
context.ShowText (txt);
}
const int yc = yb + 25; // subrow 3
public static void RenderCharacterStatus(Gdk.Drawable d, Cairo.Context g, Character c, int x, int y, bool showFurySadness = true)
{
TextExtents te;
string lvl, hp, hpm, mp, mpm;
g.SelectFontFace(Text.MONOSPACE_FONT, FontSlant.Normal, FontWeight.Normal);
g.Color = Colors.TEXT_TEAL;
g.MoveTo(x + x3, y + ya);
g.ShowText("LV");
g.MoveTo(x + x3, y + yb);
g.ShowText("HP");
g.MoveTo(x + x3, y + yc);
g.ShowText("MP");
g.Color = Colors.WHITE;
if (showFurySadness)
{
if (c.Fury)
{
Text.ShadowedText(g, Colors.TEXT_MAGENTA, "[Fury]", x + x7, y);
}
else if (c.Sadness)
{
Text.ShadowedText(g, Colors.TEXT_MAGENTA, "[Sadness]", x + x7, y);
}
}
Color namec = Colors.WHITE;
if (c.Death)
{
namec = Colors.TEXT_RED;
}
else if (c.NearDeath)
{
namec = Colors.TEXT_YELLOW;
}
Text.ShadowedText(g, namec, c.Name, x + x3, y);
lvl = c.Level.ToString();
te = g.TextExtents(lvl);
Text.ShadowedText(g, lvl, x + x4 - te.Width, y + ya);
hp = c.HP.ToString() + "/";
te = g.TextExtents(hp);
Text.ShadowedText(g, hp, x + x5 - te.Width, y + yb);
hpm = c.MaxHP.ToString();
te = g.TextExtents(hpm);
Text.ShadowedText(g, hpm, x + x6 - te.Width, y + yb);
mp = c.MP.ToString() + "/";
te = g.TextExtents(mp);
Text.ShadowedText(g, mp, x + x5 - te.Width, y + yc);
mpm = c.MaxMP.ToString();
te = g.TextExtents(mpm);
Text.ShadowedText(g, mpm, x + x6 - te.Width, y + yc);
}
/*
[XmlIgnore]
public FontFamily font;
*/
public void InternalRegenerateCloud()
{
r = new Random();
int id = 0;
double minSize = Entries.Min(e => e.SizeValue);
double maxSize = Entries.Max(e => e.SizeValue);
double range = Math.Max(0.00001, maxSize - minSize);
_source = new ImageSurface(Format.Argb32,ActualWidth,ActualHeight);
pixelss = _source.Data;
g = new Context(_source);
g.Color = new Color(1.0,1.0,1.0);
//g.Rectangle(0.0,0.0,ActualWidth,ActualHeight);
g.Paint();
g.SelectFontFace(fontname,FontSlant.Normal,FontWeight.Bold);
g.SetFontSize(100.0);
TextExtents te = g.TextExtents("x");
double areaPerLetter = te.Width;
strides = _source.Stride;
int arraySize = (int)((ActualWidth / 4) + 2) * (int)((ActualHeight / 4) + 2);
_mapping = new int[arraySize];
for (int i = 0; i < arraySize; i++) _mapping[i] = -1;
if(svgfn != null) {
svgs = new SvgSurface(svgfn,ActualWidth,ActualHeight);
svg = new Context(svgs);
svg.SelectFontFace(fontname,FontSlant.Normal,FontWeight.Bold);
}
if(pdffn != null) {
pdfs = new PdfSurface(pdffn,ActualWidth,ActualHeight);
pdf = new Context(pdfs);
pdf.SelectFontFace(fontname,FontSlant.Normal,FontWeight.Bold);
}
double fontMultiplier;
if(CoverRatio > 0.0) {
double totalsize = 0.0;
MinFontSize = 24.0; // use big fonts for testing
if(FontMaxRatio < 1.0 || FontMaxRatio > 500.0) FontMaxRatio = 6.0;
MaxFontSize = FontMaxRatio*MinFontSize;
fontMultiplier = (MaxFontSize - MinFontSize) / range;
foreach(WordCloudEntry e in Entries) {
float fontsize = (float)(((e.SizeValue - minSize) * fontMultiplier) + MinFontSize);
g.SetFontSize(fontsize);
TextExtents te1 = g.TextExtents(e.Word);
totalsize += te1.Width*te1.Height;
}
double actualsize = ActualHeight*ActualWidth;
double ratio1 = totalsize / actualsize; //this should be == CoverRatio
//we assume that totalsize ~ MinFontSize^2 in this case
MinFontSize = MinFontSize*Math.Sqrt(CoverRatio / ratio1);
MaxFontSize = FontMaxRatio*MinFontSize;
fontMultiplier = (MaxFontSize - MinFontSize) / range;
LargestSizeWidthProportion = 0.9;
}
double targetWidth = Math.Max(ActualWidth, ActualHeight) * LargestSizeWidthProportion;
WordCloudEntry od = Entries.OrderByDescending(e => (e.SizeValue - minSize) * e.Word.Length).First();
double maxFontSize;
if(MaxFontSize > 0.0 && CoverRatio <= 0.0) {
maxFontSize = MaxFontSize;
if(maxFontSize < MinFontSize) maxFontSize = MinFontSize*2.7;
}
else {
g.SetFontSize(100.0);
TextExtents te2 = g.TextExtents(od.Word);
maxFontSize = 97.0*targetWidth / te2.Width;
//maxFontSize = Math.Max(MinFontSize * 2.7, 100.0 / ((od.Word.Length * areaPerLetter) / targetWidth));
if(maxFontSize > MinFontSize + 100) maxFontSize = MinFontSize + 100;
}
if(CoverRatio > 0.0) {
if(maxFontSize < MaxFontSize) MaxFontSize = maxFontSize;
fontMultiplier = (maxFontSize - MinFontSize) / range;
}
else fontMultiplier = (maxFontSize - MinFontSize) / range;
var points = new[]
{
new Point((int) (ActualWidth/2), (int) (ActualHeight/2)),
new Point((int) (ActualWidth/4), (int) (ActualHeight/4)),
new Point((int) (ActualWidth/4), (int) (3*ActualHeight/2)),
new Point((int) (3*ActualWidth/4), (int) (ActualHeight/2)),
new Point((int) (3*ActualWidth/4), (int) (3*ActualHeight/4))
};
int currentPoint = 0;
foreach (WordCloudEntry e in Entries.OrderByDescending(e => e.SizeValue))
{
again:
double position = 0.0;
Point centre = points[currentPoint];
double angle = 0.0;
if(vratio > 0.0)
{
if(r.NextDouble() < vratio) angle = 90.0;
}
float fontsize = (float)(((e.SizeValue - minSize) * fontMultiplier) + MinFontSize);
ImageSurface bm;
imgretry:
bm = CreateImage(e.Word,fontsize,e.Color,angle);
// test if it fits
if(angle == 90.0) {
if(bm.Height > ActualHeight) {
if(ActualWidth > ActualHeight) {
angle = 0.0;
bm.Destroy();
bm = null;
goto imgretry;
}
// crop the end
ImageSurface bm2 = new ImageSurface(Format.Argb32,bm.Width,(int)(ActualHeight*0.95));
Context g2 = new Context(bm2);
g2.SetSource(bm,0,ActualHeight-bm.Height);
g2.Paint();
((IDisposable)g2).Dispose();
bm.Destroy();
bm = bm2;
}
}
else {
if(bm.Width > ActualWidth) {
if(ActualHeight > ActualWidth) {
angle = 90.0;
bm.Destroy();
bm = null;
goto imgretry;
}
// crop the end
ImageSurface bm2 = new ImageSurface(Format.Argb32,(int)(ActualWidth*0.95),bm.Height);
Context g2 = new Context(bm2);
g2.SetSource(bm,0,0);
g2.Paint();
((IDisposable)g2).Dispose();
bm.Destroy();
bm = bm2;
}
}
//WordBitmap bm2 = new WordBitmap(bm);
Dictionary<Point, List<Point>> lst = CreateCollisionList(bm);
bool collided = true;
do
{
Point spiralPoint = GetSpiralPoint(position);
int offsetX = (bm.Width / 2);
int offsetY = (bm.Height / 2);
var testPoint = new Point((int)(spiralPoint.X + centre.X - offsetX), (int)(spiralPoint.Y + centre.Y - offsetY));
if (position > (2 * Math.PI) * 580)
{
//bm2.Dispose();
if (++currentPoint >= points.Length)
goto done;
goto again;
}
int cols = CountCollisions(testPoint, lst);
if (cols == 0)
{
tryagain:
double oldY = testPoint.Y;
if (Math.Abs(testPoint.X + offsetX - centre.X) > 10)
{
if (testPoint.X + offsetX < centre.X)
{
do
{
testPoint.X += 2;
} while (testPoint.X + offsetX < centre.X && CountCollisions(testPoint, lst) == 0);
testPoint.X -= 2;
}
else
{
do
{
testPoint.X -= 2;
} while (testPoint.X + offsetX > centre.X && CountCollisions(testPoint, lst) == 0);
testPoint.X += 2;
}
}
if (Math.Abs(testPoint.Y + offsetY - centre.Y) > 10)
{
if (testPoint.Y + offsetY < centre.Y)
{
do
{
testPoint.Y += 2;
} while (testPoint.Y + offsetY < centre.Y && CountCollisions(testPoint, lst) == 0);
testPoint.Y -= 2;
}
else
{
do
{
testPoint.Y -= 2;
} while (testPoint.Y + offsetY > centre.Y && CountCollisions(testPoint, lst) == 0);
testPoint.Y += 2;
}
if (testPoint.Y != oldY)
goto tryagain;
}
collided = false;
CopyBits(testPoint, bm, lst, Entries.IndexOf(e));
Console.Error.WriteLine("id: {0}, word: {1}, score: {7}, fontsize: {8}," +
"x: {2}, y: {3}, w: {4}, h: {5}, angle: {6}",id,e.Word,testPoint.X,testPoint.Y,
bm.Width,bm.Height,angle,e.SizeValue,fontsize);
id++;
bm.Destroy();
if(svg != null) {
svg.SetFontSize(fontsize);
TextExtents te2 = svg.TextExtents(e.Word);
svg.Save();
if(angle == 90.0) {
svg.MoveTo(testPoint.X-te2.YBearing,testPoint.Y+te2.Width+te2.XBearing);
svg.Rotate(-0.5*Math.PI);
}
else {
svg.MoveTo(testPoint.X-te2.XBearing,testPoint.Y-te2.YBearing);
}
svg.Color = e.Color;
svg.ShowText(e.Word);
svg.Restore();
}
if(pdf != null) {
pdf.SetFontSize(fontsize);
TextExtents te2 = pdf.TextExtents(e.Word);
pdf.Save();
if(angle == 90.0) {
pdf.MoveTo(testPoint.X-te2.YBearing,testPoint.Y+te2.Width+te2.XBearing);
pdf.Rotate(-0.5*Math.PI);
}
else {
pdf.MoveTo(testPoint.X-te2.XBearing,testPoint.Y-te2.YBearing);
}
pdf.Color = e.Color;
pdf.ShowText(e.Word);
pdf.Restore();
}
}
else
{
if (cols <= 2)
{
position += (2 * Math.PI) / 100;
}
else
position += (2 * Math.PI) / 40;
}
} while (collided);
}
done:
((IDisposable)g).Dispose();
if(svgfn != null) ((IDisposable)svg).Dispose();
if(pdffn != null) ((IDisposable)pdf).Dispose();
Console.Error.WriteLine("# {0} words placed",id);
}
protected override void DrawContents(Gdk.Drawable d)
{
Gdk.GC gc = new Gdk.GC(d);
Cairo.Context g = Gdk.CairoHelper.Create(d);
g.SelectFontFace("Lucida Console", FontSlant.Normal, FontWeight.Bold);
g.SetFontSize(24);
TextExtents te;
Cairo.Color greenish = new Color(.3, .8, .8);
Cairo.Color gray = new Color(.4, .4, .4);
Cairo.Color white = new Color(1, 1, 1);
string lvl, hp, hpm, mp, mpm, s;
#region Character Status
d.DrawPixbuf(gc, Graphics.GetProfile(Selected.Name), 0, 0,
X + xpic, Y + ypic,
Graphics.PROFILE_WIDTH, Graphics.PROFILE_HEIGHT,
Gdk.RgbDither.None, 0, 0);
g.Color = new Color(.3, .8, .8);
g.MoveTo(X + x3, Y + ya);
g.ShowText("LV");
g.MoveTo(X + x3, Y + yb);
g.ShowText("HP");
g.MoveTo(X + x3, Y + yc);
g.ShowText("MP");
g.Color = new Color(1, 1, 1);
Graphics.ShadowedText(g, Selected.Name, X + x3, Y + y);
lvl = Selected.Level.ToString();
hp = Selected.HP.ToString() + "/";
hpm = Selected.MaxHP.ToString();
mp = Selected.MP.ToString() + "/";
mpm = Selected.MaxMP.ToString();
te = g.TextExtents(lvl);
Graphics.ShadowedText(g, lvl, X + x4 - te.Width, Y + ya);
te = g.TextExtents(hp);
Graphics.ShadowedText(g, hp, X + x5 - te.Width, Y + yb);
te = g.TextExtents(hpm);
Graphics.ShadowedText(g, hpm, X + x6 - te.Width, Y + yb);
te = g.TextExtents(mp);
Graphics.ShadowedText(g, mp, X + x5 - te.Width, Y + yc);
te = g.TextExtents(mpm);
Graphics.ShadowedText(g, mpm, X + x6 - te.Width, Y + yc);
#endregion Status
Graphics.ShadowedText(g, greenish, "Attack", X + x0, Y + ym);
Graphics.ShadowedText(g, greenish, "Halve", X + x0, Y + yn);
Graphics.ShadowedText(g, greenish, "Void", X + x0, Y + yo);
Graphics.ShadowedText(g, greenish, "Absorb", X + x0, Y + yp);
g.SetFontSize(16);
double x = (double)x1;
double r = (double)(ym + ys);
foreach (Element e in Enum.GetValues(typeof(Element)))
{
if (x > W - stop)
{
x = x1;
r = r + ys;
}
s = e.ToString() + " ";
te = g.TextExtents(s);
if (Selected.Halves(e))
{
Graphics.ShadowedText(g, white, e.ToString(), X + x, Y + r);
}
else
{
Graphics.ShadowedText(g, gray, e.ToString(), X + x, Y + r);
}
x += te.XAdvance;
}
x = (double)x1;
r = (double)(yn + ys);
foreach (Element e in Enum.GetValues(typeof(Element)))
{
if (x > W - stop)
{
x = x1;
r = r + ys;
}
s = e.ToString() + " ";
te = g.TextExtents(s);
if (Selected.Halves(e))
{
Graphics.ShadowedText(g, white, e.ToString(), X + x, Y + r);
}
else
{
Graphics.ShadowedText(g, gray, e.ToString(), X + x, Y + r);
}
x += te.XAdvance;
}
x = (double)x1;
r = (double)(yo + ys);
foreach (Element e in Enum.GetValues(typeof(Element)))
{
if (x > W - stop)
{
x = x1;
r = r + ys;
}
s = e.ToString() + " ";
te = g.TextExtents(s);
if (Selected.Voids(e))
{
Graphics.ShadowedText(g, white, e.ToString(), X + x, Y + r);
}
else
{
Graphics.ShadowedText(g, gray, e.ToString(), X + x, Y + r);
}
x += te.XAdvance;
}
x = (double)x1;
r = (double)(yp + ys);
foreach (Element e in Enum.GetValues(typeof(Element)))
{
if (x > W - stop)
{
x = x1;
r = r + ys;
}
s = e.ToString() + " ";
te = g.TextExtents(s);
if (Selected.Absorbs(e))
{
Graphics.ShadowedText(g, white, e.ToString(), X + x, Y + r);
}
else
{
Graphics.ShadowedText(g, gray, e.ToString(), X + x, Y + r);
}
x += te.XAdvance;
}
((IDisposable)g.Target).Dispose();
((IDisposable)g).Dispose();
}
protected override void DrawContents(Gdk.Drawable d)
{
Gdk.GC gc = new Gdk.GC(d);
Cairo.Context g = Gdk.CairoHelper.Create(d);
g.SelectFontFace("Lucida Console", FontSlant.Normal, FontWeight.Bold);
g.SetFontSize(24);
TextExtents te;
string lvl, hp, hpm, mp, mpm, exp, next, llvl;
#region Top Row
d.DrawPixbuf(gc, Graphics.GetProfile(Selected.Name), 0, 0,
X + xpic, Y + ypic,
Graphics.PROFILE_WIDTH, Graphics.PROFILE_HEIGHT,
Gdk.RgbDither.None, 0, 0);
g.Color = new Color(.3, .8, .8);
g.MoveTo(X + x3, Y + ya);
g.ShowText("LV");
g.MoveTo(X + x3, Y + yb);
g.ShowText("HP");
g.MoveTo(X + x3, Y + yc);
g.ShowText("MP");
g.Color = new Color(1, 1, 1);
Graphics.ShadowedText(g, Selected.Name, X + x3, Y + y);
lvl = Selected.Level.ToString();
hp = Selected.HP.ToString() + "/";
hpm = Selected.MaxHP.ToString();
mp = Selected.MP.ToString() + "/";
mpm = Selected.MaxMP.ToString();
exp = Selected.Exp.ToString();
next = Selected.ToNextLevel.ToString();
llvl = Selected.LimitLevel.ToString();
te = g.TextExtents(lvl);
Graphics.ShadowedText(g, lvl, X + x4 - te.Width, Y + ya);
te = g.TextExtents(hp);
Graphics.ShadowedText(g, hp, X + x5 - te.Width, Y + yb);
te = g.TextExtents(hpm);
Graphics.ShadowedText(g, hpm, X + x6 - te.Width, Y + yb);
te = g.TextExtents(mp);
Graphics.ShadowedText(g, mp, X + x5 - te.Width, Y + yc);
te = g.TextExtents(mpm);
Graphics.ShadowedText(g, mpm, X + x6 - te.Width, Y + yc);
Graphics.ShadowedText(g, "Exp:", X + x8, Y + ya);
Graphics.ShadowedText(g, "Next lvl:", X + x8, Y + yb);
Graphics.ShadowedText(g, "Limit lvl:", X + x8, Y + yc);
te = g.TextExtents(exp);
Graphics.ShadowedText(g, exp, X + x12 - te.Width, Y + ya);
te = g.TextExtents(next);
Graphics.ShadowedText(g, next, X + x12 - te.Width, Y + yb);
te = g.TextExtents(llvl);
Graphics.ShadowedText(g, llvl, X + x11 - te.Width, Y + yc);
#endregion Top
#region Left
string str, vit, dex, mag, spi, lck;
string atk, atkp, def, defp, mat, mdf, mdfp;
str = Selected.Strength.ToString();
vit = Selected.Vitality.ToString();
dex = Selected.Dexterity.ToString();
mag = Selected.Magic.ToString();
spi = Selected.Spirit.ToString();
lck = Selected.Luck.ToString();
atk = Ally.Attack(Selected).ToString();
atkp = Ally.AttackPercent(Selected).ToString();
def = Ally.Defense(Selected).ToString();
defp = Ally.DefensePercent(Selected).ToString();
mat = Ally.MagicAttack(Selected).ToString();
mdf = Ally.MagicDefense(Selected).ToString();
mdfp = Ally.MagicDefensePercent(Selected).ToString();
Cairo.Color greenish = new Color(.3, .8, .8);
Graphics.ShadowedText(g, greenish, "Strength", X + x0, Y + yq + (line * 0));
Graphics.ShadowedText(g, greenish, "Vitality", X + x0, Y + yq + (line * 1));
Graphics.ShadowedText(g, greenish, "Dexterity", X + x0, Y + yq + (line * 2));
Graphics.ShadowedText(g, greenish, "Magic", X + x0, Y + yq + (line * 3));
Graphics.ShadowedText(g, greenish, "Spirit", X + x0, Y + yq + (line * 4));
Graphics.ShadowedText(g, greenish, "Luck", X + x0, Y + yq + (line * 5));
Graphics.ShadowedText(g, greenish, "Attack", X + x0, Y + yr + (line * 0));
Graphics.ShadowedText(g, greenish, "Attack %", X + x0, Y + yr + (line * 1));
Graphics.ShadowedText(g, greenish, "Defense", X + x0, Y + yr + (line * 2));
Graphics.ShadowedText(g, greenish, "Defense %", X + x0, Y + yr + (line * 3));
Graphics.ShadowedText(g, greenish, "Magic", X + x0, Y + yr + (line * 4));
Graphics.ShadowedText(g, greenish, "Magic def", X + x0, Y + yr + (line * 5));
Graphics.ShadowedText(g, greenish, "Magic def %", X + x0, Y + yr + (line * 6));
te = g.TextExtents(str);
Graphics.ShadowedText(g, str, X + x1 - te.Width, Y + yq + (line * 0));
te = g.TextExtents(vit);
Graphics.ShadowedText(g, vit, X + x1 - te.Width, Y + yq + (line * 1));
te = g.TextExtents(dex);
Graphics.ShadowedText(g, dex, X + x1 - te.Width, Y + yq + (line * 2));
te = g.TextExtents(mag);
Graphics.ShadowedText(g, mag, X + x1 - te.Width, Y + yq + (line * 3));
te = g.TextExtents(spi);
Graphics.ShadowedText(g, spi, X + x1 - te.Width, Y + yq + (line * 4));
te = g.TextExtents(lck);
Graphics.ShadowedText(g, lck, X + x1 - te.Width, Y + yq + (line * 5));
te = g.TextExtents(atk);
Graphics.ShadowedText(g, atk, X + x1 - te.Width, Y + yr + (line * 0));
te = g.TextExtents(atkp);
Graphics.ShadowedText(g, atkp, X + x1 - te.Width, Y + yr + (line * 1));
te = g.TextExtents(def);
Graphics.ShadowedText(g, def, X + x1 - te.Width, Y + yr + (line * 2));
te = g.TextExtents(defp);
Graphics.ShadowedText(g, defp, X + x1 - te.Width, Y + yr + (line * 3));
te = g.TextExtents(mat);
Graphics.ShadowedText(g, mat, X + x1 - te.Width, Y + yr + (line * 4));
te = g.TextExtents(mdf);
Graphics.ShadowedText(g, mdf, X + x1 - te.Width, Y + yr + (line * 5));
te = g.TextExtents(mdfp);
Graphics.ShadowedText(g, mdfp, X + x1 - te.Width, Y + yr + (line * 6));
#endregion Left
#region Right
g.Color = new Color(.1, .1, .2);
g.Rectangle(x9, yi, 8 * xs, yj - yi);
g.Fill();
g.Rectangle(x9, yk, 8 * xs, yl - yk);
g.Fill();
Cairo.Color gray1 = new Color(.2, .2, .2);
Cairo.Color gray2 = new Color(.7, .7, .8);
int links, slots;
slots = Selected.Weapon.Slots.Length;
links = Selected.Weapon.Links;
for (int j = 0; j < links; j++)
{
Graphics.RenderLine(g, gray2, 3,
X + x9 + (xs / 2) + (j * 2 * xs), Y + yi - ys - zs,
X + x9 + (xs / 2) + ((j * 2 + 1) * xs), Y + yi - ys - zs);
Graphics.RenderLine(g, gray2, 3,
X + x9 + (xs / 2) + (j * 2 * xs), Y + yi - ys,
X + x9 + (xs / 2) + ((j * 2 + 1) * xs), Y + yi - ys);
Graphics.RenderLine(g, gray2, 3,
X + x9 + (xs / 2) + (j * 2 * xs), Y + yi - ys + zs,
X + x9 + (xs / 2) + ((j * 2 + 1) * xs), Y + yi - ys + zs);
}
for (int i = 0; i < slots; i++)
{
Graphics.RenderCircle(g, gray2, 14,
X + x9 + (i * xs) + (xs / 2), Y + yi - ys);
if (Selected.Weapon.Slots[i] == null)
{
Graphics.RenderCircle(g, gray1, 10,
X + x9 + (i * xs) + (xs / 2), Y + yi - ys);
}
else
{
Graphics.RenderCircle(g, Selected.Weapon.Slots[i].Color, 10,
X + x9 + (i * xs) + (xs / 2), Y + yi - ys);
}
}
slots = Selected.Armor.Slots.Length;
links = Selected.Armor.Links;
for (int j = 0; j < links; j++)
{
Graphics.RenderLine(g, gray2, 3,
X + x9 + (xs / 2) + (j * 2 * xs), Y + yk - ys - zs,
X + x9 + (xs / 2) + ((j * 2 + 1) * xs), Y + yk - ys - zs);
Graphics.RenderLine(g, gray2, 3,
X + x9 + (xs / 2) + (j * 2 * xs), Y + yk - ys,
X + x9 + (xs / 2) + ((j * 2 + 1) * xs), Y + yk - ys);
Graphics.RenderLine(g, gray2, 3,
X + x9 + (xs / 2) + (j * 2 * xs), Y + yk - ys + zs,
X + x9 + (xs / 2) + ((j * 2 + 1) * xs), Y + yk - ys + zs);
}
for (int i = 0; i < slots; i++)
{
Graphics.RenderCircle(g, gray2, 14,
X + x9 + (i * xs) + (xs / 2), Y + yk - ys);
if (Selected.Armor.Slots[i] == null)
{
Graphics.RenderCircle(g, gray1, 10,
X + x9 + (i * xs) + (xs / 2), Y + yk - ys);
}
else
{
Graphics.RenderCircle(g, Selected.Armor.Slots[i].Color, 10,
X + x9 + (i * xs) + (xs / 2), Y + yk - ys);
}
}
g.Color = new Color(.3, .8, .8);
g.MoveTo(X + x7, Y + yh);
g.ShowText("Wpn.");
g.MoveTo(X + x7, Y + yj);
g.ShowText("Arm.");
g.MoveTo(X + x7, Y + yl);
g.ShowText("Acc.");
g.Color = new Color(1, 1, 1);
Graphics.ShadowedText(g, Selected.Weapon.Name, X + x8, Y + yh);
Graphics.ShadowedText(g, Selected.Armor.Name, X + x8, Y + yj);
Graphics.ShadowedText(g, Selected.Accessory.Name, X + x8, Y + yl);
#endregion Right
((IDisposable)g.Target).Dispose();
((IDisposable)g).Dispose();
}
protected void DrawVerticalReferenceLines(Context g, Gdk.Rectangle area, float xSize, float xTranslation)
{
for (int i = 0; i <= NumbersX; i++) {
float actualLoc = i * (area.Width - numberSpacingXTotal) / NumbersX + NumberSpacingXLeft;
String text = (xTranslation+i*xSize/NumbersX).ToString ("0.0");
g.MoveTo (actualLoc - g.TextExtents (text).Width / 2, area.Height - 5);
g.ShowText (text);
g.MoveTo (actualLoc, area.Height - NumberSpacingYDown);
g.LineTo (actualLoc, NumberSpacingYUp);
g.Stroke ();
}
}
protected virtual void RenderCell(Context context, Gdk.Rectangle pix_rect, bool isSelected)
{
// Draw Icon if needed
if (Icon != null)
{
context.Save();
Gdk.CairoHelper.SetSourcePixbuf(context, Icon, pix_rect.Left, pix_rect.Y);
context.Paint();
context.Restore();
m_TextXOffset = Icon.Width;
}
else if (AnimatedIcon != null)
{
context.Save();
Gdk.CairoHelper.SetSourcePixbuf(context, AnimatedIcon.Image, pix_rect.Left, pix_rect.Y);
context.Paint();
context.Restore();
m_TextXOffset = AnimatedIcon.Image.Width;
}
// Render Text
if (Text != null && Text.Length > 0)
{
Color colour = White;
//if (!isSelected && !IsHeading)
// colour = Black;
string text = Text;
if (TruncateText)
{
TextExtents te = context.TextExtents(text);
int subIdx = Text.Length;
while (te.Width > pix_rect.Width - 16 - m_TextXOffset + 2)
{
if (subIdx <= 0) break;
text = string.Format("{0}...", text.Substring(0, --subIdx).TrimEnd());
te = context.TextExtents(text);
}
}
RenderText(context, text, pix_rect.X + m_TextXOffset + 2, pix_rect.Y + 2, colour);
}
}
private void DrawWeatherRegion(Context g, RegionDto dto)
{
string trendIcon = string.Empty;
g.SetSourceRGB(1, 1, 1);
double halfWidth = dto.Width / 2.0;
TextExtents extDay;
if (string.IsNullOrEmpty(dto.WeekDay))
{
extDay = g.TextExtents("test");
}
else
{
extDay = g.TextExtents(dto.WeekDay);
}
var t_x = dto.X + halfWidth - (extDay.Width / 2);
var t_y = dto.Y + extDay.Height + padding;
this.DrawTextAt(g, t_x, t_y, dto.WeekDay);
//drawe day temp
var extMax = g.TextExtents(dto.Max);
var extMin = g.TextExtents(dto.Min);
t_y = t_y + extDay.Height + padding + 2;
t_x = dto.X + halfWidth - (extMax.Width / 2);
this.DrawTextAt(g, t_x, t_y, dto.Max);
if (dto.Trend.HasValue)
{
if (dto.Trend.Value > 0)
{
trendIcon = "up.png";
}
else
if (dto.Trend < 0)
{
trendIcon = "dwn.png";
}
if (!string.IsNullOrEmpty(trendIcon))
{
string pathToImg = global::System.IO.Path.Combine(AppDomain.CurrentDomain.BaseDirectory, string.Format("Icons/{0}", trendIcon));
ImageSurface image_surface = new ImageSurface(pathToImg);
this.DrawSurfaceAt(g, image_surface, t_x - extMax.Width / 2, t_y - extMax.Height);
}
}
t_x = dto.X + halfWidth - imageWidth / 2;
DrawWeatherCode(g, dto.WeatherCode, t_x, t_y);
g.SetSourceRGB(0.7, 0.7, 0.7);
t_x = dto.X + halfWidth - (extMin.Width / 2);
t_y += 68 + extMax.Height / 2;
this.DrawTextAt(g, t_x, t_y, dto.Min);
}
protected TextExtents RenderText(Context context, string text, double x, double y, Color colour)
{
TextExtents extents = context.TextExtents(text);
context.Save();
context.Color = colour;
context.MoveTo(x, y + extents.Height); // we add the height as it seems to be top left, not bottom left
context.ShowText(text);
context.Restore();
return extents;
}
private void DrawBoard(Context cr, Position pos)
{
Console.WriteLine("ShogibanSVG.DrawBoard");
#region board border
//Top
cr.Rectangle(0, 0, Game.BOARD_SIZE * FIELD_SIZE + 2*FIELD_NAMING_SIZE, FIELD_NAMING_SIZE);
//Left
cr.Rectangle(0, 0, FIELD_NAMING_SIZE, Game.BOARD_SIZE * FIELD_SIZE + 2*FIELD_NAMING_SIZE);
//Bottom
cr.Rectangle(0, Game.BOARD_SIZE * FIELD_SIZE + FIELD_NAMING_SIZE, Game.BOARD_SIZE * FIELD_SIZE + 2*FIELD_NAMING_SIZE, FIELD_NAMING_SIZE);
//Right
cr.Rectangle(9*FIELD_SIZE + FIELD_NAMING_SIZE, 0, FIELD_NAMING_SIZE, Game.BOARD_SIZE * FIELD_SIZE + 2*FIELD_NAMING_SIZE);
cr.Color = BorderColor;
cr.Fill();
#endregion
#region field namings
cr.SelectFontFace("Sans", FontSlant.Normal, FontWeight.Normal);
cr.SetFontSize(FIELD_NAMING_SIZE * 0.9);
cr.Color = new Color(0, 0, 0);
for (int i = 0; i < VerticalNamings.Length; i++)
{
TextExtents extents = cr.TextExtents(VerticalNamings[i].ToString());
double x = (FIELD_NAMING_SIZE/2) - (extents.Width/2 + extents.XBearing);
double y = (FIELD_NAMING_SIZE + i*FIELD_SIZE + FIELD_SIZE/2) - (extents.Height/2 + extents.YBearing);
cr.MoveTo(x, y);
cr.ShowText(VerticalNamings[i].ToString());
cr.MoveTo(x + 9*FIELD_SIZE + FIELD_NAMING_SIZE, y);
cr.ShowText(VerticalNamings[i].ToString());
}
for (int i = 0; i < HorizontalNamings.Length; i++)
{
TextExtents extents = cr.TextExtents(HorizontalNamings[i].ToString());
double x = (FIELD_NAMING_SIZE + i*FIELD_SIZE + FIELD_SIZE/2) - (extents.Width/2 + extents.XBearing);
double y = (FIELD_NAMING_SIZE/2) - (extents.Height/2 + extents.YBearing);
cr.MoveTo(x, y);
cr.ShowText(HorizontalNamings[Game.BOARD_SIZE-i-1].ToString());
cr.MoveTo(x, y + 9*FIELD_SIZE + FIELD_NAMING_SIZE);
cr.ShowText(HorizontalNamings[Game.BOARD_SIZE-i-1].ToString());
}
#endregion
#region board playfield
//background
cr.Translate(FIELD_NAMING_SIZE, FIELD_NAMING_SIZE);
cr.Rectangle(0, 0, Game.BOARD_SIZE * FIELD_SIZE, Game.BOARD_SIZE * FIELD_SIZE);
cr.Color = BoardColor;
cr.Fill();
if (gi != null)
{
//highlight selected piece field
if (gi.localPlayerMoveState != LocalPlayerMoveState.Wait
&& gi.localPlayerMoveState != LocalPlayerMoveState.PickSource
&& CurMoveNr < 0)
{
if (gi.GetLocalPlayerMove().OnHandPiece == PieceType.NONE)
{
cr.Rectangle((Game.BOARD_SIZE - gi.GetLocalPlayerMove().From.x - 1) * FIELD_SIZE, gi.GetLocalPlayerMove().From.y * FIELD_SIZE, FIELD_SIZE, FIELD_SIZE);
cr.Color = SelectedFieldColor;
cr.Fill();
}
}
//highlight last move
if (gi.Moves.Count > 0 && CurMoveNr != 0)
{
Move move;
if (CurMoveNr < 0)
move = gi.Moves[gi.Moves.Count-1].move;
else
move = gi.Moves[CurMoveNr - 1].move;
if (move.OnHandPiece == PieceType.NONE)
{
cr.Rectangle((Game.BOARD_SIZE - move.From.x - 1) * FIELD_SIZE, move.From.y * FIELD_SIZE, FIELD_SIZE, FIELD_SIZE);
}
cr.Rectangle((Game.BOARD_SIZE - move.To.x - 1) * FIELD_SIZE, move.To.y * FIELD_SIZE, FIELD_SIZE, FIELD_SIZE);
cr.Color = LastMoveFieldColor;
cr.Fill();
}
//highlight possible moves
if (gi.localPlayerMoveState == LocalPlayerMoveState.PickDestination && CurMoveNr < 0)
{
ValidMoves Moves;
Move LocalPlayerMove = gi.GetLocalPlayerMove();
if (LocalPlayerMove.OnHandPiece == PieceType.NONE)
{
Moves = pos.GetValidBoardMoves(LocalPlayerMove.From);
}
else
{
Moves = pos.GetValidOnHandMoves(LocalPlayerMove.OnHandPiece, gi.CurPlayer == gi.BlackPlayer);
}
foreach (BoardField Field in Moves)
{
cr.Rectangle((Game.BOARD_SIZE - Field.x - 1) * FIELD_SIZE, Field.y * FIELD_SIZE, FIELD_SIZE, FIELD_SIZE);
cr.Color = PossibleMoveColor;
cr.Fill();
}
}
}
//dividing lines
for (int i = 0; i <= Game.BOARD_SIZE; i++)
{
cr.MoveTo(0, i * FIELD_SIZE);
cr.LineTo(Game.BOARD_SIZE * FIELD_SIZE, i * FIELD_SIZE);
}
for (int i = 0; i <= Game.BOARD_SIZE; i++)
{
cr.MoveTo(i * FIELD_SIZE, 0);
cr.LineTo(i * FIELD_SIZE, Game.BOARD_SIZE * FIELD_SIZE);
}
cr.Color = new Color(0, 0, 0);
cr.LineWidth = 2.5;
cr.LineCap = LineCap.Round;
cr.Stroke();
#endregion
DrawPieces(cr, pos);
//draw promotion choice area
if (gi != null && gi.localPlayerMoveState == LocalPlayerMoveState.PickPromotion && CurMoveNr < 0)
{
double PromotionChoiceAreaStartX = (Game.BOARD_SIZE - gi.GetLocalPlayerMove().To.x - 1) * FIELD_SIZE - FIELD_SIZE / 2;
double PromotionChoiceAreaStartY = gi.GetLocalPlayerMove().To.y * FIELD_SIZE;
cr.Save();
//draw boarder
cr.Translate(PromotionChoiceAreaStartX - PADDING,
PromotionChoiceAreaStartY - PADDING);
cr.Rectangle(0, 0, 2 * FIELD_SIZE + 2 * PADDING, FIELD_SIZE + 2 * PADDING);
cr.Color = new Color(0, 0, 0);
cr.Fill();
cr.Translate(PADDING, PADDING);
cr.Rectangle(0, 0, 2 * FIELD_SIZE, FIELD_SIZE);
cr.Color = BoardColor;
cr.Fill();
Move LocalPlayerMove = gi.GetLocalPlayerMove();
FieldInfo From = pos.Board[LocalPlayerMove.From.x, LocalPlayerMove.From.y];
DrawPiece(cr, From.Piece, From.Direction, 0, 0);
DrawPiece(cr, From.Piece.GetPromotedPiece(), From.Direction, FIELD_SIZE, 0);
cr.Restore();
}
}
private void PaintEdges(Context ctx, int w, int h, IEnumerable<NotatedEdge> edges)
{
PointD pc, pd;
foreach(NotatedEdge edge in edges) {
PointD pa = new PointD(w*edge.Item1.X, h*edge.Item1.Y);
PointD pb = new PointD(w*edge.Item2.X, h*edge.Item2.Y);
Utils.CutTowardsCenter(pa, pb, AlgorithmRadius, out pc, out pd);
double dxr = pc.X-pd.X;
double dyr = pc.Y-pd.Y;
double r = Math.Sqrt(dxr*dxr+dyr*dyr);
ctx.MoveTo(pc);
ctx.LineTo(pd);
ctx.Stroke();
ctx.Save();
ctx.Translate(pc.X, pc.Y);
ctx.Rotate(Math.Atan2(pb.Y-pa.Y, pb.X-pa.X));
double v = 0.0d;//double v = tm/e.Delay;
foreach(EdgeNotation msg in edge.Item3) {
TextExtents te = ctx.TextExtents(msg.Item2);
ctx.MoveTo((msg.Item1+v)*(r-te.XAdvance), te.Height+2.0d);
ctx.ShowText(msg.Item2);
}
ctx.Restore();
ctx.Save();
ctx.Translate(pd.X, pd.Y);
ctx.Rotate(Math.Atan2(pa.Y-pb.Y, pa.X-pb.X));
foreach(EdgeNotation msg in edge.Item4) {
TextExtents te = ctx.TextExtents(msg.Item2);
ctx.MoveTo((msg.Item1+v)*(r-te.XAdvance), te.Height+2.0d);
ctx.ShowText(msg.Item2);
}
ctx.Restore();
}
}
private void DrawOnHandPieces(Context cr, Position pos, bool BlackPlayer)
{
cr.Save();
cr.Rectangle(0, 0, ON_HAND_AREA_WIDTH, 9 * FIELD_SIZE + 2 * FIELD_NAMING_SIZE);
cr.Color = BorderColor;
cr.FillPreserve();
cr.Color = new Color(0.6, 0.5, 0.55);
cr.LineWidth = 3;
cr.Stroke();
if (BlackPlayer)
{
cr.Translate(0, 8 * FIELD_SIZE + 2 * FIELD_NAMING_SIZE);
}
for (int i = 0; i < (int)PieceType.PIECE_TYPES_COUNT; i++)
{
int player_nr = BlackPlayer ? 0 : 1;
if (pos.OnHandPieces[player_nr, i] != 0)
{
//highlight selected piece
if (gi != null && gi.localPlayerMoveState != LocalPlayerMoveState.Wait
&& gi.localPlayerMoveState != LocalPlayerMoveState.PickSource
&& gi.GetLocalPlayerMove().OnHandPiece != PieceType.NONE
&& gi.GetLocalPlayerMove().OnHandPiece == (PieceType)i
&& !((gi.CurPlayer == gi.BlackPlayer) ^ BlackPlayer))
{
cr.Rectangle(0, 0, FIELD_SIZE, FIELD_SIZE);
cr.Color = new Color(0.8, 0.835, 0.4);
cr.Fill();
}
//draw piece
cr.Save();
if (!BlackPlayer)
{
cr.Rotate(180 * Math.PI / 180);
cr.Translate(-FIELD_SIZE, -FIELD_SIZE);
}
cr.Scale(FIELD_SIZE / PieceGraphics[i].Dimensions.Width, FIELD_SIZE / PieceGraphics[i].Dimensions.Width);
PieceGraphics[i].RenderCairo(cr);
cr.Restore();
//draw amount
cr.SelectFontFace("Sans", FontSlant.Normal, FontWeight.Normal);
cr.SetFontSize(FIELD_SIZE / 3 * 0.9);
cr.Color = new Color(0, 0, 0);
String amount_str = "x " + pos.OnHandPieces[player_nr, i].ToString();
TextExtents extents = cr.TextExtents(amount_str);
double x = (FIELD_SIZE);
// - (extents.Width/2 + extents.XBearing);
double y = (FIELD_SIZE / 2) - (extents.Height / 2 + extents.YBearing);
cr.MoveTo(x, y);
cr.ShowText(amount_str);
double offset = BlackPlayer ? -FIELD_SIZE - PADDING : FIELD_SIZE + PADDING;
cr.Translate(0, offset);
}
}
cr.Restore();
}
public void text_align_center(Context cr, int width, int height)
{
Normalize (cr, width, height);
cr.SelectFontFace("Sans", FontSlant.Normal, FontWeight.Normal);
cr.SetFontSize(0.2);
TextExtents extents = cr.TextExtents("cairo");
double x = 0.5 -((extents.Width/2.0) + extents.XBearing);
double y = 0.5 -((extents.Height/2.0) + extents.YBearing);
cr.MoveTo(x, y);
cr.ShowText("cairo");
// draw helping lines
cr.Color = new Color (1, 0.2, 0.2, 0.6);
cr.Arc(x, y, 0.05, 0, 2*Math.PI);
cr.Fill();
cr.MoveTo(0.5, 0);
cr.RelLineTo(0, 1);
cr.MoveTo(0, 0.5);
cr.RelLineTo(1, 0);
cr.Stroke();
}
private Pixbuf PixbufText(string text, int size, bool transparent)
{
int x=0, y=36;
surface = new Cairo.ImageSurface(Cairo.Format.Argb32, 800, 600);
cr = new Cairo.Context(surface);
if (!transparent) {
cr.SetSourceRGBA (0.0, 0.0, 0.0, 1.0);
cr.Rectangle (new Cairo.Rectangle (0, 0, 800, 600));
cr.Fill ();
}
//cr.MoveTo(x, y);
string font = "sans";
if (Util.IsWindows ()) {
font = "MS Gothic";
}
if (Util.IsLinux ()) {
font = "TakaoGothic";
}
if (Util.IsMac ()) {
font = "Hiragino Kaku Gothic ProN";
}
cr.SelectFontFace(font, Cairo.FontSlant.Normal, Cairo.FontWeight.Bold);
cr.SetFontSize(size);
Cairo.TextExtents extents = cr.TextExtents(text);
string[] lines = text.Split ('\n');
int min = size;
for (int i = 0; i < lines.Length; i++) {
string line = lines[i];
for (int j = size; j > 8; j-=4) {
extents = cr.TextExtents(line);
if(extents.Width+extents.XBearing<800){
if(j<min) min = j;
break;
}
cr.SetFontSize(j);
}
}
cr.SetFontSize(min);
//string[] lines = text.Split ('\n');
for (int i = 0; i < lines.Length; i++) {
DrawText (cr, lines[i], x, y);
y += (int)extents.Height;
if (i > 5)
break;
}
Pixbuf buf = new Gdk.Pixbuf (surface.Data, true, 8, surface.Width, surface.Height, surface.Stride);
return buf;
//buf.Save ("aaa.png", "png");
//surface.WriteToPng (file);
}
protected override int measureRawSize(LayoutingType lt)
{
if (lines == null)
lines = getLines;
using (ImageSurface img = new ImageSurface (Format.Argb32, 10, 10)) {
using (Context gr = new Context (img)) {
//Cairo.FontFace cf = gr.GetContextFontFace ();
gr.SelectFontFace (Font.Name, Font.Slant, Font.Wheight);
gr.SetFontSize (Font.Size);
fe = gr.FontExtents;
te = new TextExtents();
if (lt == LayoutingType.Height){
int lc = lines.Count;
//ensure minimal height = text line height
if (lc == 0)
lc = 1;
return (int)Math.Ceiling(fe.Height * lc) + Margin * 2;
}
foreach (string s in lines) {
string l = s.Replace("\t", new String (' ', Interface.TabSize));
TextExtents tmp = gr.TextExtents (l);
if (tmp.XAdvance > te.XAdvance)
te = tmp;
}
return (int)Math.Ceiling (te.XAdvance) + Margin * 2;
}
}
}
protected override void RenderCell(Context context, Gdk.Rectangle pix_rect, bool isSelected)
{
if (!IsHeading)
{
Stream certIconStream = ECM.Core.CertGrade0PNG;
string certGradeString = "None";
if (CertGrade == 1)
{
certIconStream = ECM.Core.CertGrade1PNG;
certGradeString = "Basic";
}
else if (CertGrade == 2)
{
certIconStream = ECM.Core.CertGrade2PNG;
certGradeString = "Standard";
}
else if (CertGrade == 3)
{
certIconStream = ECM.Core.CertGrade3PNG;
certGradeString = "Improved";
}
else if (CertGrade == 4)
{
certIconStream = ECM.Core.CertGrade4PNG;
certGradeString = "None";
}
else if (CertGrade == 5)
{
certIconStream = ECM.Core.CertGrade5PNG;
certGradeString = "Elite";
}
int osOffset = 0;
int startX = pix_rect.Right - 64;
if (ECM.Helper.CurrentPlatform == ECM.Helper.Platform.Windows)
osOffset = 1;
// Render Text
context.Save();
Color col = White;
//if (!isSelected)
// col = Black;
TextExtents te = context.TextExtents(certGradeString);
RenderText(context, certGradeString, startX - te.Width - 5, pix_rect.Y + 2, col);
RenderText(context, Text, pix_rect.X + 32, pix_rect.Y + 2, col);
context.Restore();
// Render Progress bars
context.Save();
context.Color = Gray;
context.Antialias = Antialias.None;
context.LineWidth = 1;
for (int i = 0; i < CertGrade; i++)
{
context.Rectangle(startX + 2 + i * 9, pix_rect.Y + 3 + osOffset, 8, 6);
}
context.Fill();
context.Rectangle(startX, pix_rect.Y + 2, 47, 9);
context.Stroke();
context.Restore();
// Render Certificate Icon
context.Save();
animIter.Advance(IntPtr.Zero);
Gdk.CairoHelper.SetSourcePixbuf(context, new Gdk.Pixbuf(certIconStream), pix_rect.X, pix_rect.Y);
context.Paint();
context.Restore();
}
else
base.RenderCell(context, pix_rect, isSelected);
}
/// <summary>
/// Update Current Column, line and TextCursorPos
/// from mouseLocalPos
/// </summary>
void computeTextCursor(Context gr)
{
TextExtents te;
double cPos = 0f;
CurrentLine = (int)(mouseLocalPos.Y / fe.Height);
//fix cu
if (CurrentLine >= lines.Count)
CurrentLine = lines.Count - 1;
for (int i = 0; i < lines[CurrentLine].Length; i++)
{
string c = lines [CurrentLine].Substring (i, 1);
if (c == "\t")
c = new string (' ', Interface.TabSize);
te = gr.TextExtents(c);
double halfWidth = te.XAdvance / 2;
if (mouseLocalPos.X <= cPos + halfWidth)
{
CurrentColumn = i;
textCursorPos = cPos;
mouseLocalPos = -1;
return;
}
cPos += te.XAdvance;
}
CurrentColumn = lines[CurrentLine].Length;
textCursorPos = cPos;
//reset mouseLocalPos
mouseLocalPos = -1;
}
protected override void onDraw(Context gr)
{
base.onDraw (gr);
gr.SelectFontFace (Font.Name, Font.Slant, Font.Wheight);
gr.SetFontSize (Font.Size);
gr.FontOptions = Interface.FontRenderingOptions;
gr.Antialias = Interface.Antialias;
rText = new Rectangle (new Size (
measureRawSize (LayoutingType.Width), measureRawSize (LayoutingType.Height)));
rText.Width -= 2 * Margin;
rText.Height -= 2 * Margin;
widthRatio = 1f;
heightRatio = 1f;
Rectangle cb = ClientRectangle;
//ignore text alignment if size to content = true
//or if text size is larger than client bounds
if (Width < 0 || Height < 0 || rText.Width > cb.Width) {
rText.X = cb.X;
rText.Y = cb.Y;
} else {
if (horizontalStretch) {
widthRatio = (float)cb.Width / rText.Width;
if (!verticalStretch)
heightRatio = widthRatio;
}
if (verticalStretch) {
heightRatio = (float)cb.Height / rText.Height;
if (!horizontalStretch)
widthRatio = heightRatio;
}
rText.Width = (int)(widthRatio * cb.Width);
rText.Height = (int)(heightRatio * cb.Height);
switch (TextAlignment) {
case Alignment.TopLeft: //ok
rText.X = cb.X;
rText.Y = cb.Y;
break;
case Alignment.Top: //ok
rText.Y = cb.Y;
rText.X = cb.X + cb.Width / 2 - rText.Width / 2;
break;
case Alignment.TopRight: //ok
rText.Y = cb.Y;
rText.X = cb.Right - rText.Width;
break;
case Alignment.Left://ok
rText.X = cb.X;
rText.Y = cb.Y + cb.Height / 2 - rText.Height / 2;
break;
case Alignment.Right://ok
rText.X = cb.X + cb.Width - rText.Width;
rText.Y = cb.Y + cb.Height / 2 - rText.Height / 2;
break;
case Alignment.Bottom://ok
rText.X = cb.Width / 2 - rText.Width / 2;
rText.Y = cb.Height - rText.Height;
break;
case Alignment.BottomLeft://ok
rText.X = cb.X;
rText.Y = cb.Bottom - rText.Height;
break;
case Alignment.BottomRight://ok
rText.Y = cb.Bottom - rText.Height;
rText.X = cb.Right - rText.Width;
break;
case Alignment.Center://ok
rText.X = cb.X + cb.Width / 2 - rText.Width / 2;
rText.Y = cb.Y + cb.Height / 2 - rText.Height / 2;
break;
}
}
gr.FontMatrix = new Matrix (widthRatio * Font.Size, 0, 0, heightRatio * Font.Size, 0, 0);
int curLineCount = 0;
for (int i = 0; i < lines.Count; i++) {
string l = lines [i].Replace ("\t", new String (' ', Interface.TabSize));
List<string> wl = new List<string> ();
int lineLength = (int)gr.TextExtents (l).XAdvance;
if (wordWrap && lineLength > cb.Width) {
string tmpLine = "";
int curChar = 0;
while (curChar < l.Length) {
tmpLine += l [curChar];
if ((int)gr.TextExtents (tmpLine).XAdvance > cb.Width) {
tmpLine = tmpLine.Remove (tmpLine.Length - 1);
wl.Add (tmpLine);
tmpLine = "";
continue;
}
curChar++;
}
wl.Add (tmpLine);
} else
wl.Add (l);
foreach (string ll in wl) {
lineLength = (int)gr.TextExtents (ll).XAdvance;
if (string.IsNullOrWhiteSpace (ll)) {
curLineCount++;
continue;
}
Foreground.SetAsSource (gr);
gr.MoveTo (rText.X, rText.Y + fe.Ascent + fe.Height * curLineCount);
gr.ShowText (ll);
gr.Fill ();
curLineCount++;
}
}
}
public virtual PointD MeasureSize(Context ctx)
{
if(sizeCache.X < 0.0d) {
double w, th, h = MinimumHeight;
KnownColors.SetFontFacePieceName(ctx);
TextExtents te = ctx.TextExtents(this.Name);
PointD siz;
w = te.Height+Margin;
th = te.Width;
int index = 0x00;
foreach(IPuzzlePiece piece in this.arguments) {
if(piece == null) {
siz = new PointD(MinimumWidth,MinimumHeight);
}
else {
siz = piece.MeasureSize(ctx);
h = Math.Max(h,siz.Y);
}
this.subpieces[index++] = new Rectangle(w,2.0d*Margin,siz.X,siz.Y);
w += siz.X+3.0d*Margin;
}
this.sizeCache = new PointD(w,Math.Max(th,h+2.0d*Margin)+2.0d*Margin);
}
return this.sizeCache;
}
static List<CharacterData> CreateCharacterData(
string fontName,
FontSlant fontSlant,
FontWeight fontWeight,
double fontSize,
List<char> fontChars,
out double bitmapWidth,
out double bitmapHeight)
{
List<CharacterData> cds = new List<CharacterData>();
using (ImageSurface surface = new ImageSurface(Format.Argb32, 256, 256))
{
using (Context g = new Context(surface))
{
SetupContext(g, fontName, fontSlant, fontWeight, fontSize);
FontExtents fe = g.FontExtents;
double x = 0;
double y = 0;
for (int i = 0; i < fontChars.Count; i++)
{
CharacterData cd = new CharacterData();
cds.Add(cd);
cd.Character = new String(fontChars[i], 1);
TextExtents te = g.TextExtents(cd.Character);
double aliasSpace;
if (cd.Character == " ")
aliasSpace = 0.0;
else
aliasSpace = 1.0;
cd.Bearing = new PointD(-te.XBearing + aliasSpace, -te.YBearing + aliasSpace);
cd.Location = new Cairo.Rectangle(x, 0, te.Width + aliasSpace * 2, te.Height + aliasSpace * 2);
cd.Cropping = new Cairo.Rectangle(0, fe.Ascent + aliasSpace * 2 - cd.Bearing.Y, te.XAdvance + aliasSpace, cd.Location.Height);
cd.Kerning = new Vector3(0, (float)cd.Location.Width, (float)(cd.Bearing.X + cd.Cropping.Width - cd.Location.Width));
x += cd.Location.Width;
if (cd.Location.Height > y)
y = cd.Location.Height;
}
bitmapWidth = x;
bitmapHeight = y;
}
}
return cds;
}
public static void Draw (Context grw, TextElement text)
{
double dY = 0;
if (text.Foregraund != null) {
grw.SetSourceRGB (
text.Foregraund.Red,
text.Foregraund.Green,
text.Foregraund.Blue);
}
grw.SelectFontFace (
text.FontFamily,
FontSlant.Normal,
(FontWeight)text.Weight);
grw.SetFontSize (text.ScaledFontSize);
var te = grw.TextExtents (text.Text);
double dX = 0;
if (text.Align != null) {
switch (text.Align.ToLowerInvariant()) {
case AlignType.Center:
dX = 0.5 * te.Width;
break;
case AlignType.Right:
dX = te.Width;
break;
case AlignType.Left:
dX = 0;
break;
default:
return;
}
}
if (text.VAlign != null) {
switch (text.VAlign.ToLowerInvariant ()) {
case VAlignType.Top:
dY = te.YBearing;
break;
case VAlignType.Center:
dY = 0.5 * te.YBearing;
break;
case VAlignType.Bottom:
dY = 0;
break;
default:
return;
}
}
grw.MoveTo (
text.Start.GeometryX - dX,
text.Start.GeometryY - dY);
grw.ShowText (text.FormattedText);
grw.Stroke ();
}
protected void DrawHorizontalReferenceLines(Context g, Gdk.Rectangle area, float ySize)
{
for (int i = 0; i <= NumbersY; i++) {
float actualLoc = (1 - i/NumbersY) * (area.Height - numberSpacingYTotal) + NumberSpacingYUp;
String text = (i*ySize/NumbersY).ToString ("0.0");
TextExtents size = g.TextExtents (text);
g.MoveTo (Math.Max(NumberSpacingXLeft-size.Width, 0), actualLoc + size.Height / 2);
g.ShowText (text);
g.MoveTo (NumberSpacingXLeft, actualLoc);
g.LineTo (area.Width-NumberSpacingXRight, actualLoc);
g.Stroke ();
}
}