Math::Vector2 SpriteFont::MeasureText(std::string text)
{
Math::Vector2 size(0, 0);
Math::Vector2 pos(0, 0);
char last = '\0';
for (int i = 0; i < text.length(); i++)
{
char c = text[i];
if (c != '\n')
{
pos.X += GetAdvanceX(c);
}
else
{
if (pos.X > size.X) size.X = pos.X;
pos.X = 0;
pos.Y += GetLineHeight();
}
last = c;
}
if (pos.X > size.X) size.X = pos.X;
size.Y = pos.Y + GetLineHeight();
return size;
}
void wxListBox::UpdateItems()
{
// only refresh the items which must be refreshed
if ( m_updateCount == -1 )
{
// refresh all
wxLogTrace(_T("listbox"), _T("Refreshing all"));
Refresh();
}
else
{
wxSize size = GetClientSize();
wxRect rect;
rect.width = size.x;
rect.height = size.y;
rect.y += m_updateFrom*GetLineHeight();
rect.height = m_updateCount*GetLineHeight();
// we don't need to calculate x position as we always refresh the
// entire line(s)
CalcScrolledPosition(0, rect.y, NULL, &rect.y);
wxLogTrace(_T("listbox"), _T("Refreshing items %d..%d (%d-%d)"),
m_updateFrom, m_updateFrom + m_updateCount - 1,
rect.GetTop(), rect.GetBottom());
Refresh(true, &rect);
}
}
float CglFont::GetTextHeight_(const std::u8string& text, float* descender, int* numLines)
{
if (text.empty()) {
if (descender) *descender = 0.0f;
if (numLines) *numLines = 0;
return 0.0f;
}
float h = 0.0f, d = GetLineHeight() + GetDescender();
unsigned int multiLine = 1;
int pos = 0;
while (pos < text.length()) {
const char32_t u = Utf8GetNextChar(text, pos);
switch(u) {
// inlined colorcode
case ColorCodeIndicator:
pos = SkipColorCodes(text, pos - 1);
if (pos<0) {
pos = text.length();
}
break;
// reset color
case ColorResetIndicator:
break;
// newline
case 0x0d: // CR+LF
if (pos < text.length() && text[pos] == 0x0a)
++pos;
case 0x0a: // LF
multiLine++;
d = GetLineHeight() + GetDescender();
break;
// printable char
default:
const GlyphInfo& g = GetGlyph(u);
if (g.descender < d) d = g.descender;
if (multiLine < 2 && g.height > h) h = g.height; // only calc height for the first line
}
}
if (multiLine>1) d -= (multiLine-1) * GetLineHeight();
if (descender) *descender = d;
if (numLines) *numLines = multiLine;
return h;
}
void wxListBox::DoDraw(wxControlRenderer *renderer)
{
// adjust the DC to account for scrolling
wxDC& dc = renderer->GetDC();
PrepareDC(dc);
dc.SetFont(GetFont());
// get the update rect
wxRect rectUpdate = GetUpdateClientRect();
int yTop, yBottom;
CalcUnscrolledPosition(0, rectUpdate.GetTop(), NULL, &yTop);
CalcUnscrolledPosition(0, rectUpdate.GetBottom(), NULL, &yBottom);
// get the items which must be redrawn
wxCoord lineHeight = GetLineHeight();
size_t itemFirst = yTop / lineHeight,
itemLast = (yBottom + lineHeight - 1) / lineHeight,
itemMax = m_strings->GetCount();
if ( itemFirst >= itemMax )
return;
if ( itemLast > itemMax )
itemLast = itemMax;
// do draw them
wxLogTrace(_T("listbox"), _T("Repainting items %d..%d"),
itemFirst, itemLast);
DoDrawRange(renderer, itemFirst, itemLast);
}
void wxListBox::DoEnsureVisible(int n)
{
if ( !m_showScrollbarY )
{
// nothing to do - everything is shown anyhow
return;
}
int first;
GetViewStart(0, &first);
if ( first > n )
{
// we need to scroll upwards, so make the current item appear on top
// of the shown range
Scroll(0, n);
}
else
{
int last = first + GetClientSize().y / GetLineHeight() - 1;
if ( last < n )
{
// scroll down: the current item appears at the bottom of the
// range
Scroll(0, n - (last - first));
}
}
}
void CEditView::GetCharBoundingRect( int nCol, int nRow, LPRECT prcChar ) const
{
int nViewCol = m_pBuffer->ConvertBufferColToViewCol( nRow, nCol );
int cyLine = GetLineHeight();
prcChar->top = m_rcAll.top + ( nRow - GetTopIndex() ) * cyLine;
prcChar->bottom = prcChar->top + cyLine;
int cxChar = GetCharWidth();
prcChar->left = m_rcAll.left + GetLeftMargin( TRUE, TRUE ) + ( nViewCol - GetLeftIndex() ) * cxChar;
// for tabs, we want to expand the rect to represent the entire expanded width, not just one char's worth
int cbChar = m_pBuffer->GetCharSize( nRow, nCol );
prcChar->right = prcChar->left + cxChar * ( m_pBuffer->ConvertBufferColToViewCol( nRow, nCol + cbChar ) - nViewCol );
}
void wxListBox::UpdateScrollbars()
{
wxSize size = GetClientSize();
// is our height enough to show all items?
int nLines = GetCount();
wxCoord lineHeight = GetLineHeight();
bool showScrollbarY = nLines*lineHeight > size.y;
// check the width too if required
wxCoord charWidth, maxWidth;
bool showScrollbarX;
if ( HasHorzScrollbar() )
{
charWidth = GetCharWidth();
maxWidth = GetMaxWidth();
showScrollbarX = maxWidth > size.x;
}
else // never show it
{
charWidth = maxWidth = 0;
showScrollbarX = false;
}
// what should be the scrollbar range now?
int scrollRangeX = showScrollbarX
? (maxWidth + charWidth - 1) / charWidth + 2 // FIXME
: 0;
int scrollRangeY = showScrollbarY
? nLines +
(size.y % lineHeight + lineHeight - 1) / lineHeight
: 0;
// reset scrollbars if something changed: either the visibility status
// or the range of a scrollbar which is shown
if ( (showScrollbarY != m_showScrollbarY) ||
(showScrollbarX != m_showScrollbarX) ||
(showScrollbarY && (scrollRangeY != m_scrollRangeY)) ||
(showScrollbarX && (scrollRangeX != m_scrollRangeX)) )
{
int x, y;
GetViewStart(&x, &y);
SetScrollbars(charWidth, lineHeight,
scrollRangeX, scrollRangeY,
x, y);
m_showScrollbarX = showScrollbarX;
m_showScrollbarY = showScrollbarY;
m_scrollRangeX = scrollRangeX;
m_scrollRangeY = scrollRangeY;
}
}
void ChatWindow::Draw() {
SPADES_MARK_FUNCTION();
float winX = 4.f;
float winY = killfeed ? 8.f :
(float)renderer->ScreenHeight() * .5f;
std::list<ChatEntry>::iterator it;
float lHeight = GetLineHeight();
float y = firstY;
Vector4 shadowColor = {0, 0, 0, 0.5};
for(it = entries.begin(); it != entries.end(); it++){
ChatEntry& ent = *it;
std::string msg = ent.msg;
Vector4 color = GetColor(MsgColorRestore);
float tx = 0.f, ty = y;
float fade = ent.fade;
if(ent.timeFade < 1.f)
fade *= ent.timeFade;
shadowColor.w = .5f * fade;
color.w *= fade;
for(size_t i = 0; i < msg.size(); i++){
if(msg[i] == 13 || msg[i] == 10){
tx = 0.f; ty += lHeight;
}else if(msg[i] <= MsgColorMax){
color = GetColor(msg[i]);
color.w *= fade;
}else{
std::string ch(&msg[i], 1);
font->Draw(ch,
MakeVector2(tx + winX + 1.f,
ty + winY + 1.f),
1.f, shadowColor);
font->Draw(ch,
MakeVector2(tx + winX,
ty + winY),
1.f, color);
tx += font->Measure(ch).x;
}
}
y += ent.height;
}
}
Text::Text(FontCache* fc) {
cache = fc;
buffer = NULL;
bufferAlpha = NULL;
bufferW = bufferH = 0;
statesL = 0;
PushState();
SetFont(fc->GetDefaultFont());
SetFontSize(DEFAULT_FONT_SIZE);
penX = marginLeft;
penY = marginTop + GetLineHeight();
}
wxSize wxVListBoxComboPopup::GetAdjustedSize( int minWidth, int prefHeight, int maxHeight )
{
int height = 250;
maxHeight -= 2; // Must take borders into account
if ( m_strings.GetCount() )
{
if ( prefHeight > 0 )
height = prefHeight;
if ( height > maxHeight )
height = maxHeight;
int totalHeight = GetTotalHeight(); // + 3;
// Take borders into account on Mac or scrollbars always appear
#if defined(__WXMAC__)
totalHeight += 2;
#endif
if ( height >= totalHeight )
{
height = totalHeight;
}
else
{
// Adjust height to a multiple of the height of the first item
// NB: Calculations that take variable height into account
// are unnecessary.
int fih = GetLineHeight(0);
height -= height % fih;
}
}
else
height = 50;
CalcWidths();
// Take scrollbar into account in width calculations
int widestWidth = m_widestWidth + wxSystemSettings::GetMetric(wxSYS_VSCROLL_X);
return wxSize(minWidth > widestWidth ? minWidth : widestWidth,
height+2);
}
int CUrlRichEditCtrl::FindUrlEx(const CPoint& point)
{
int nUrl = m_aUrls.GetSize();
while (nUrl--)
{
const URLITEM& urli = m_aUrls[nUrl];
CRect rUrl(GetCharPos(urli.cr.cpMin), GetCharPos(urli.cr.cpMax));
rUrl.bottom += GetLineHeight();
if (rUrl.PtInRect(point))
return nUrl;
}
// not found
return -1;
}
void wxListBox::DoSetSize(int x, int y,
int width, int height,
int sizeFlags)
{
if ( GetWindowStyle() & wxLB_INT_HEIGHT )
{
// we must round up the height to an entire number of rows
// the client area must contain an int number of rows, so take borders
// into account
wxRect rectBorders = GetRenderer()->GetBorderDimensions(GetBorder());
wxCoord hBorders = rectBorders.y + rectBorders.height;
wxCoord hLine = GetLineHeight();
height = ((height - hBorders + hLine - 1) / hLine)*hLine + hBorders;
}
wxListBoxBase::DoSetSize(x, y, width, height, sizeFlags);
}
void CCrystalEditView::ShowDropIndicator(const CPoint &point)
{
if (! m_bDropPosVisible)
{
HideCursor();
m_ptSavedCaretPos = GetCursorPos();
m_bDropPosVisible = TRUE;
::CreateCaret(m_hWnd, (HBITMAP) 1, 2, GetLineHeight());
}
m_ptDropPos = ClientToText(point);
if (m_ptDropPos.x >= m_nOffsetChar)
{
SetCaretPos(TextToClient(m_ptDropPos));
ShowCaret();
}
else
{
HideCaret();
}
}
void FGameplayDebuggerCanvasContext::Print(const FColor& Color, const FString& String)
{
FTaggedStringParser Parser(Color);
Parser.ParseString(String);
const float LineHeight = GetLineHeight();
for (int32 NodeIdx = 0; NodeIdx < Parser.NodeList.Num(); NodeIdx++)
{
const FTaggedStringParser::FNode& NodeData = Parser.NodeList[NodeIdx];
if (NodeData.bNewLine)
{
if (Canvas.IsValid() && (CursorY + LineHeight) > Canvas->ClipY)
{
DefaultX += Canvas->ClipX / 2;
CursorY = 0.0f;
}
CursorX = DefaultX;
CursorY += LineHeight;
}
if (NodeData.String.Len() > 0)
{
float SizeX = 0.0f, SizeY = 0.0f;
MeasureString(NodeData.String, SizeX, SizeY);
FCanvasTextItem TextItem(FVector2D::ZeroVector, FText::FromString(NodeData.String), Font.Get(), FLinearColor(NodeData.Color));
if (FontRenderInfo.bEnableShadow)
{
TextItem.EnableShadow(FColor::Black, FVector2D(1, 1));
}
DrawItem(TextItem, CursorX, CursorY);
CursorX += SizeX;
}
}
MoveToNewLine();
}
/* calc the pixel width and maximum pixel height for a given section */
void kGUIText::GetSubSize(int sstart,int slen,unsigned int *pixwidth,unsigned int *pixheight)
{
unsigned int width;
unsigned int height;
unsigned int maxheight;
kGUIFace *face=0;
unsigned int size;
unsigned int *qw=0;
unsigned int ch; /* current character */
unsigned int nb; /* number of bytes for current character */
/* optimize: two loops one for rich and one for plain */
width=0;
if(GetUseRichInfo()==false)
{
/* plain mode, single font and size for whole string */
maxheight=GetLineHeight();
if(slen)
{
face=kGUIFont::GetFace(GetFontID());
size=GetFontSize();
kGUI::SelectFont(face,size);
qw=face->GetQuickWidths(size);
width=0;
while(slen>0)
{
ch=GetChar(sstart,&nb);
//assert(ch!=0,"reading past end of string!");
sstart+=nb;
slen-=nb;
if(ch=='\t')
{
int tw;
tw=GetTabWidth(width);
if(!tw)
{
/* use space width if no defined tabs */
if(qw && ' '<MAXCCACHE)
width+=qw[' '];
else
width+=face->GetCharWidth(' ');
}
width+=tw;
}
else
{
if(qw && ch<MAXCCACHE)
width+=qw[ch];
else
width+=face->GetCharWidth(ch);
width+=m_letterspacing;
}
}
}
}
else
{
/* rich string, can have diff font and size on each character */
maxheight=0;
if(slen)
{
RICHINFO_DEF *ri;
unsigned int lastfontid=0;
size=0;
while(slen>0)
{
ri=GetRichInfoPtr(sstart);
if((ri->fontid!=lastfontid) || (ri->fontsize!=size))
{
size=ri->fontsize;
lastfontid=ri->fontid;
face=kGUIFont::GetFace(lastfontid);
kGUI::SelectFont(face,size);
qw=face->GetQuickWidths(size);
height=face->GetPixHeight(size);
if(height>maxheight)
maxheight=height;
}
ch=GetChar(sstart,&nb);
assert(ch!=0,"reading past end of string!");
sstart+=nb;
slen-=nb;
if(ch=='\t')
{
int tw;
tw=GetTabWidth(width);
if(!tw)
{
/* use space width if no defined tabs */
if(qw && ' '<MAXCCACHE)
width+=qw[' '];
else
width+=face->GetCharWidth(' ');
}
width+=tw;
}
else
{
if(qw && ch<MAXCCACHE)
width+=qw[ch];
else
width+=face->GetCharWidth(ch);
width+=m_letterspacing;
}
}
}
}
if(pixwidth)
pixwidth[0]=width;
if(pixheight)
pixheight[0]=maxheight;
}
void ChatWindow::AddMessage(const std::string &msg){
SPADES_MARK_FUNCTION();
ChatEntry ent;
// get visible message string
std::string str;
float x = 0.f, maxW = GetWidth();
float lh = GetLineHeight(), h = lh;
size_t wordStart = std::string::npos;
size_t wordStartOutPos;
for(size_t i = 0; i < msg.size(); i++){
if(msg[i] > MsgColorMax &&
msg[i] != 13 && msg[i] != 10){
if(isWordChar(msg[i])){
if(wordStart == std::string::npos){
wordStart = msg.size();
wordStartOutPos = str.size();
}
}else{
wordStart = std::string::npos;
}
float w = font->Measure(std::string(&msg[i],1)).x;
if(x + w > maxW){
if(wordStart != std::string::npos &&
wordStart != str.size()){
// adding a part of word.
// do word wrapping
std::string s = msg.substr(wordStart, i - wordStart + 1);
float nw = font->Measure(s).x;
if(nw <= maxW){
// word wrap succeeds
w = nw;
x = w;
h += lh;
str.insert(wordStartOutPos, "\n");
goto didWordWrap;
}
}
x = 0; h += lh;
str += 13;
}
x += w;
str += msg[i];
didWordWrap:;
}else if(msg[i] == 13 || msg[i] == 10){
x = 0; h += lh;
str += 13;
}else{
str += msg[i];
}
}
ent.height = h;
ent.msg = msg;
ent.fade = 0.f;
ent.timeFade = 15.f;
entries.push_front(ent);
firstY -= h;
}
void CTextWrap::WrapTextConsole(std::list<word>& words, float maxWidth, float maxHeight)
{
if (words.empty() || (GetLineHeight()<=0.0f))
return;
const bool splitAllWords = false;
const unsigned int maxLines = (unsigned int)std::floor(std::max(0.0f, maxHeight / GetLineHeight()));
line* currLine;
word linebreak;
linebreak.isLineBreak = true;
bool addEllipsis = false;
bool currLineValid = false; // true if there was added any data to the current line
std::list<word>::iterator wi = words.begin();
std::list<line> lines;
lines.push_back(line());
currLine = &(lines.back());
currLine->start = words.begin();
for (; ;) {
currLineValid = true;
if (wi->isLineBreak) {
currLine->forceLineBreak = true;
currLine->end = wi;
// start a new line after the '\n'
lines.push_back(line());
currLineValid = false;
currLine = &(lines.back());
currLine->start = wi;
++currLine->start;
} else {
currLine->width += wi->width;
currLine->end = wi;
if (currLine->width > maxWidth) {
currLine->width -= wi->width;
// line grew too long by adding the last word, insert a LineBreak
const bool splitLastWord = (wi->width > (0.5 * maxWidth));
const float freeWordSpace = (maxWidth - currLine->width);
if (splitAllWords || splitLastWord) {
// last word W is larger than 0.5 * maxLineWidth, split it into
// get 'L'eft and 'R'ight parts of the split (wL becomes Left, *wi becomes R)
bool restart = (currLine->start == wi);
// turns *wi into R
word wL = SplitWord(*wi, freeWordSpace);
if (splitLastWord && wL.width == 0.0f) {
// With smart splitting it can happen that the word isn't split at all,
// this can cause a race condition when the word is longer than maxWidth.
// In this case we have to force an unaesthetic split.
wL = SplitWord(*wi, freeWordSpace, false);
}
// increase by the width of the L-part of *wi
currLine->width += wL.width;
// insert the L-part right before R
wi = words.insert(wi, wL);
if (restart)
currLine->start = wi;
++wi;
}
// insert the forced linebreak (either after W or before R)
linebreak.pos = wi->pos;
currLine->end = words.insert(wi, linebreak);
while (wi != words.end() && wi->isSpace)
wi = words.erase(wi);
lines.push_back(line());
currLineValid = false;
currLine = &(lines.back());
currLine->start = wi;
--wi; // compensate the wi++ downwards
}
}
++wi;
if (wi == words.end()) {
break;
}
if (lines.size() > maxLines) {
addEllipsis = true;
break;
}
}
// empty row
if (!currLineValid || (currLine->start == words.end() && !currLine->forceLineBreak)) {
lines.pop_back();
currLine = &(lines.back());
}
// if we had to cut the text because of missing space, add an ellipsis
if (addEllipsis)
AddEllipsis(lines, words, maxWidth);
wi = currLine->end;
++wi;
wi = words.erase(wi, words.end());
}
CBSurface *CBFontTT::RenderTextToTexture(const WideString &text, int width, TTextAlign align, int maxHeight, int &textOffset) {
TextLineList lines;
WrapText(text, width, maxHeight, lines);
TextLineList::iterator it;
int textHeight = lines.size() * (m_MaxCharHeight + m_Ascender);
SDL_Surface *surface = SDL_CreateRGBSurface(0, width, textHeight, 32, 0x000000FF, 0x0000FF00, 0x00FF0000, 0xFF000000);
SDL_LockSurface(surface);
int posY = (int)GetLineHeight() - (int)m_Descender;
for (it = lines.begin(); it != lines.end(); ++it) {
TextLine *line = (*it);
int posX = 0;
switch (align) {
case TAL_CENTER:
posX += (width - line->GetWidth()) / 2;
break;
case TAL_RIGHT:
posX += width - line->GetWidth();
break;
}
textOffset = 0;
for (size_t i = 0; i < line->GetText().length(); i++) {
wchar_t ch = line->GetText()[i];
GlyphInfo *glyph = m_GlyphCache->GetGlyph(ch);
if (!glyph) continue;
textOffset = std::max(textOffset, glyph->GetBearingY());
}
int origPosX = posX;
wchar_t prevChar = L'\0';
for (size_t i = 0; i < line->GetText().length(); i++) {
wchar_t ch = line->GetText()[i];
GlyphInfo *glyph = m_GlyphCache->GetGlyph(ch);
if (!glyph) continue;
float kerning = 0;
if (prevChar != L'\0') kerning = GetKerning(prevChar, ch);
posX += (int)kerning;
if (glyph->GetBearingY() > 0) {
int i = 10;
}
SDL_Rect rect;
rect.x = posX + glyph->GetBearingX();
rect.y = posY - glyph->GetBearingY() + textOffset;
rect.w = glyph->GetImage()->w;
rect.h = glyph->GetImage()->h;
BlitSurface(glyph->GetImage(), surface, &rect);
prevChar = ch;
posX += (int)(glyph->GetAdvanceX());
posY += (int)(glyph->GetAdvanceY());
}
if (m_IsUnderline) {
for (int i = origPosX; i < origPosX + line->GetWidth(); i++) {
Uint8 *buf = (Uint8 *)surface->pixels + (int)(m_UnderlinePos + m_Ascender) * surface->pitch;
Uint32 *buf32 = (Uint32 *)buf;
buf32[i] = SDL_MapRGBA(surface->format, 255, 255, 255, 255);
}
}
SDL_UnlockSurface(surface);
delete line;
line = NULL;
posY += GetLineHeight();
}
CBSurfaceSDL *wmeSurface = new CBSurfaceSDL(Game);
if (SUCCEEDED(wmeSurface->CreateFromSDLSurface(surface))) {
SDL_FreeSurface(surface);
return wmeSurface;
} else {
SDL_FreeSurface(surface);
delete wmeSurface;
return NULL;
}
}
RenderQueue* BREW::CreateFrameDrawable( SharedPtr<const Frame> frame ) const {
sf::Color border_color( GetProperty<sf::Color>( "BorderColor", frame ) );
sf::Color color( GetProperty<sf::Color>( "Color", frame ) );
sf::Color background_color( GetProperty<sf::Color>( "BackgroundColor", frame ) );
float border_width( GetProperty<float>( "BorderWidth", frame ) );
const std::string& font_name( GetProperty<std::string>( "FontName", frame ) );
unsigned int font_size( GetProperty<unsigned int>( "FontSize", frame ) );
const sf::Font& font( *GetResourceManager().GetFont( font_name ) );
float label_padding( GetProperty<float>( "LabelPadding", frame ) );
float line_height = GetLineHeight( font, font_size );
RenderQueue* queue( new RenderQueue );
// Right
queue->Add(
Renderer::Get().CreateLine(
sf::Vector2f( frame->GetAllocation().width - border_width, line_height / 2.f ),
sf::Vector2f( frame->GetAllocation().width - border_width, frame->GetAllocation().height - border_width ),
border_color,
border_width
)
);
// Bottom
queue->Add(
Renderer::Get().CreateLine(
sf::Vector2f( frame->GetAllocation().width, frame->GetAllocation().height - border_width ),
sf::Vector2f( 0.f, frame->GetAllocation().height - border_width ),
border_color,
border_width
)
);
// Left
queue->Add(
Renderer::Get().CreateLine(
sf::Vector2f( 0.f, frame->GetAllocation().height - border_width ),
sf::Vector2f( 0.f, line_height / 2.f ),
border_color,
border_width
)
);
float label_start_x = line_height;
float label_end_x = line_height;
float alignment = frame->GetAlignment().x;
if( frame->GetLabel().getSize() > 0 ) {
sf::Vector2f metrics = GetTextMetrics( frame->GetLabel(), font, font_size );
metrics.x += ( 2 * label_padding );
label_start_x += ( alignment * ( frame->GetAllocation().width - 2 * line_height - metrics.x ) );
label_end_x += ( metrics.x + alignment * ( frame->GetAllocation().width - 2 * line_height - metrics.x ) );
sf::Text text( frame->GetLabel(), font, font_size );
text.setPosition( label_start_x + label_padding, .0f );
text.setColor( color );
queue->Add( Renderer::Get().CreateText( text, background_color ) );
}
// Top Left
queue->Add(
Renderer::Get().CreateLine(
sf::Vector2f( 0.f, line_height / 2.f ),
sf::Vector2f( label_start_x, line_height / 2.f ),
border_color,
border_width
)
);
// Top Right
queue->Add(
Renderer::Get().CreateLine(
sf::Vector2f( label_end_x, line_height / 2.f ),
sf::Vector2f( frame->GetAllocation().width - border_width, line_height / 2.f ),
border_color,
border_width
)
);
return queue;
}
int CBFontTT::GetLetterHeight() {
return GetLineHeight();
}
const float Text::GetHeight() const
{
return GetLineHeight() * mNumLines;
}
void CglFont::RenderString(float x, float y, const float& scaleX, const float& scaleY, const std::string& str)
{
/**
* NOTE:
* Font rendering does not use display lists, but VAs. It's actually faster
* (450% faster with a 7600GT!) for these reasons:
*
* 1. When using DLs, we can not group multiple glyphs into one glBegin/End pair
* because glTranslatef can not go between such a pair.
* 2. We can now eliminate all glPushMatrix/PopMatrix pairs related to font rendering
* because the transformations are calculated on the fly. These are just a couple of
* floating point multiplications and shouldn't be too expensive.
*/
const float startx = x;
const float lineHeight_ = scaleY * GetLineHeight();
unsigned int length = (unsigned int)str.length();
const std::u8string& ustr = toustring(str);
va.EnlargeArrays(length * 4, 0, VA_SIZE_2DT);
int skippedLines;
bool colorChanged;
const GlyphInfo* g = NULL;
float4 newColor = textColor;
char32_t c;
int i = 0;
do {
const bool endOfString = SkipColorCodesAndNewLines(ustr, &i, &newColor, &colorChanged, &skippedLines, &baseTextColor);
if (endOfString)
return;
c = Utf8GetNextChar(str,i);
if (colorChanged) {
if (autoOutlineColor) {
SetColors(&newColor,NULL);
} else {
SetTextColor(&newColor);
}
}
const GlyphInfo* c_g = &GetGlyph(c);
if (skippedLines>0) {
x = startx;
y -= skippedLines * lineHeight_;
} else if (g) {
x += scaleX * GetKerning(*g, *c_g);
}
g = c_g;
const auto& tc = g->texCord;
const float dx0 = (scaleX * g->size.x0()) + x, dy0 = (scaleY * g->size.y0()) + y;
const float dx1 = (scaleX * g->size.x1()) + x, dy1 = (scaleY * g->size.y1()) + y;
va.AddVertexQ2dT(dx0, dy1, tc.x0(), tc.y1());
va.AddVertexQ2dT(dx0, dy0, tc.x0(), tc.y0());
va.AddVertexQ2dT(dx1, dy0, tc.x1(), tc.y0());
va.AddVertexQ2dT(dx1, dy1, tc.x1(), tc.y1());
} while(true);
}
void CglFont::RenderStringOutlined(float x, float y, const float& scaleX, const float& scaleY, const std::string& str)
{
const float shiftX = (scaleX/fontSize) * GetOutlineWidth(), shiftY = (scaleY/fontSize) * GetOutlineWidth();
const float startx = x;
const float lineHeight_ = scaleY * GetLineHeight();
const std::u8string& ustr = toustring(str);
const size_t length = str.length();
va.EnlargeArrays(length * 4, 0, VA_SIZE_2DT);
va2.EnlargeArrays(length * 4, 0, VA_SIZE_2DT);
int skippedLines;
bool colorChanged;
const GlyphInfo* g = NULL;
float4 newColor = textColor;
char32_t c;
int i = 0;
do {
const bool endOfString = SkipColorCodesAndNewLines(ustr, &i, &newColor, &colorChanged, &skippedLines, &baseTextColor);
if (endOfString)
return;
c = Utf8GetNextChar(str,i);
if (colorChanged) {
if (autoOutlineColor) {
SetColors(&newColor,NULL);
} else {
SetTextColor(&newColor);
}
}
const GlyphInfo* c_g = &GetGlyph(c);
if (skippedLines>0) {
x = startx;
y -= skippedLines * lineHeight_;
} else if (g) {
x += scaleX * GetKerning(*g, *c_g);
}
g = c_g;
const auto& tc = g->texCord;
const auto& stc = g->shadowTexCord;
const float dx0 = (scaleX * g->size.x0()) + x, dy0 = (scaleY * g->size.y0()) + y;
const float dx1 = (scaleX * g->size.x1()) + x, dy1 = (scaleY * g->size.y1()) + y;
// draw outline
va2.AddVertexQ2dT(dx0-shiftX, dy1-shiftY, stc.x0(), stc.y1());
va2.AddVertexQ2dT(dx0-shiftX, dy0+shiftY, stc.x0(), stc.y0());
va2.AddVertexQ2dT(dx1+shiftX, dy0+shiftY, stc.x1(), stc.y0());
va2.AddVertexQ2dT(dx1+shiftX, dy1-shiftY, stc.x1(), stc.y1());
// draw the actual character
va.AddVertexQ2dT(dx0, dy1, tc.x0(), tc.y1());
va.AddVertexQ2dT(dx0, dy0, tc.x0(), tc.y0());
va.AddVertexQ2dT(dx1, dy0, tc.x1(), tc.y0());
va.AddVertexQ2dT(dx1, dy1, tc.x1(), tc.y1());
} while(true);
}
int Text::WrapString(const char* string, bool draw) {
lineBreaksL = 0;
int from = 0;
int to = strlen(string);
int lineOffset = 0;
int visibleLines = -1;
const int maxWidth = bufferW - marginLeft - marginRight - 1;
const int spaceW = cache->GetAdvance(' ');
const int lineHeight = GetLineHeight();
if (maxWidth < spaceW) {
return lineBreaksL = 1;
}
bool panic = false;
int line = 0;
int lineWidth = penX - marginLeft;
int wordCount = 0;
int charCount = 0;
int lineDrawEnd = 0;
int lastPenX = penX;
int lastPenY = penY;
int index = from;
char tempString[to - from + 1];
int tempIndex = 0;
int lastFittingChar = 0; //Last char that fits on the current line
bool allCharsDrawn = true;
while (index < to) {
//Find next word start
while (index < to && INVISIBLE_CHAR(string[index])) { //Skip whitespace
index++;
if (line >= lineOffset && (visibleLines < 0 || line - lineOffset < visibleLines)) {
charCount++;
}
}
int oldIndex = index;
int oldCharCount = charCount;
int ww = 0; //Word Width (includes optional prefixed space)
bool wordFits = true;
bool newlineEncountered = false;
if (index < to) {
if (wordCount > 0) {
ww = spaceW;
tempString[tempIndex] = ' ';
tempIndex++;
}
lastFittingChar = tempIndex; //Last char that fits on the current line
//Add letters to word
while (index < to && !INVISIBLE_CHAR(string[index])) {
if (string[index] == '\n' || string[index] == '|') {
index++;
lastFittingChar = index;
newlineEncountered = true;
wordFits = false;
panic = false; //Word fits
break;
}
u32 c = string[index];
int bytes = FontCache::GetCodePoint(string + index, &c);
if (bytes == 0) bytes = 1;
int advance = cache->GetAdvance(c);
if (lineWidth + ww + advance <= maxWidth) {
//Char still fits on this line
lastFittingChar += bytes;
} else if (ww + advance > maxWidth) {
//This single word is wider than an entire line. It needs to be
//cut on an unnatural position to be displayed.
wordFits = false; //Word will never fit in this state
break;
} else {
ww = 9999;
break;
}
for (int n = 0; n < bytes; n++) {
tempString[tempIndex] = string[index];
tempIndex++;
index++;
}
if (line >= lineOffset && (visibleLines < 0 || line - lineOffset < visibleLines)) {
charCount++;
}
if (visibleChars < 0 || charCount <= visibleChars) {
lineDrawEnd = tempIndex;
} else {
allCharsDrawn = (visibleChars < 0);
}
ww += advance;
}
}
if (!wordFits || (index >= to && lineWidth + ww <= maxWidth)) {
//if !wordFits :: Word longer than a full line, cut up word
//if index >= to :: Add final word to line
tempIndex = lastFittingChar + 1;
lineWidth += ww;
} else if (lineWidth + ww > maxWidth) {
tempIndex -= (index - oldIndex);
lineDrawEnd = MIN(lineDrawEnd, tempIndex);
charCount = oldCharCount;
index = oldIndex;
wordFits = false;
}
if (!wordFits || index >= to) {
//Word doesn't fit on the current line or the end of the string
//has been reached
if (lineDrawEnd <= 0 && !newlineEncountered) {
break;
}
lineBreaks[line] = index;
//Draw Line
if (line >= lineOffset && (visibleLines < 0 || line - lineOffset < visibleLines)) {
tempString[lineDrawEnd] = '\0';
if (draw) {
PrintLine(tempString);
}
else {
CalcLine(tempString);
}
lastPenX = penX;
lastPenY = penY;
penX = marginLeft;
penY += lineHeight;
//Cursor shouldn't go back after a hard newline
if (newlineEncountered) {
lastPenX = penX;
lastPenY = penY;
}
}
int oldLineDrawEnd = lineDrawEnd;
//New Line
line++;
lineWidth = penX - marginLeft;
lineDrawEnd = 0;
wordCount = 0;
tempIndex = 0;
if (oldLineDrawEnd == 0) { //Can't even fit a single char two times in a row, time to quit
if (panic) {
break;
} else {
panic = true;
}
} else {
panic = false;
}
} else {
//Add word to line
wordCount++;
lineWidth += ww;
}
}
penX = lastPenX;
penY = lastPenY;
lineBreaksL = MAX(1, line);
return lineBreaksL;
}
void CShaderEdit::OnUpdate()
{
if(m_nIDEvent == -1)
{
m_nIDEvent = SetTimer(1, 100, NULL);
}
CString text;
int nStartChar = 0, nEndChar = -1;
GetSel(nStartChar, nEndChar);
if(nStartChar == nEndChar)
{
GetWindowText(text);
while(nStartChar > 0 && _istalnum(text.GetAt(nStartChar-1)))
nStartChar--;
}
if(nStartChar < nEndChar)
{
text = text.Mid(nStartChar, nEndChar - nStartChar);
text.TrimRight('(');
text.MakeLower();
m_acdlg.m_list.ResetContent();
CString key, value;
POSITION pos = m_acdlg.m_inst.GetStartPosition();
while(pos)
{
POSITION cur = pos;
m_acdlg.m_inst.GetNextAssoc(pos, key, value);
if(key.Find(text) == 0)
{
CAtlList<CString> sl;
Explode(value, sl, '|', 2);
if(sl.GetCount() != 2) continue;
CString name = sl.RemoveHead();
CString description = sl.RemoveHead();
int i = m_acdlg.m_list.AddString(name);
m_acdlg.m_list.SetItemDataPtr(i, cur);
}
}
if(m_acdlg.m_list.GetCount() > 0)
{
int lineheight = GetLineHeight();
CPoint p = PosFromChar(nStartChar);
p.y += lineheight;
ClientToScreen(&p);
CRect r(p, CSize(100, 100));
m_acdlg.MoveWindow(r);
m_acdlg.SetWindowPos(&wndTopMost, 0, 0, 0, 0, SWP_NOMOVE|SWP_NOSIZE|SWP_NOACTIVATE);
m_acdlg.ShowWindow(SW_SHOWNOACTIVATE);
m_nEndChar = nEndChar;
return;
}
}
m_acdlg.ShowWindow(SW_HIDE);
}
void Text::PrintNewline() {
penX = marginLeft;
penY += GetLineHeight();
}
int kGUIText::CalcLineList(int w)
{
unsigned int line;
unsigned int sindex;
unsigned int totalchars;
unsigned int numfit;
unsigned int pixwidth;
unsigned int maxw;
const unsigned char *t;
const unsigned char *cc;
const unsigned char *ce;
kGUIInputLineInfo *lbptr;
if(m_linelist.GetNumEntries()==0)
{
m_linelist.Init(1,-1);
m_linelist.SetEntry(0,new kGUIInputLineInfo);
}
maxw=0;
line=0;
sindex=0;
t=(const unsigned char *)GetString();
totalchars=GetLen();
if((!t) || (!totalchars))
{
lbptr=m_linelist.GetEntry(0);
lbptr->startindex=sindex;
lbptr->endindex=sindex;
lbptr->pixwidth=0;
lbptr->hardbreak=true;
lbptr->pixheight=GetLineHeight();
m_lltotalheight=lbptr->pixheight+2;
lbptr->ty=0;
lbptr->by=m_lltotalheight-1;
m_llnum=1;
return(0);
}
m_lltotalheight=0;
do{
numfit=CalcFitWidth(sindex,totalchars-sindex,w,&pixwidth);
if(pixwidth>maxw)
maxw=pixwidth;
/* go back and break on a space, unless there are no spaces */
if(!numfit)
{
if(t[sindex]!=10) /* supposed to be a blank line? */
numfit=totalchars-sindex; /* rest of line */
}
else
{
cc=t+sindex;
ce=cc+numfit;
if(ce[0]!=10 && ce[0])
{
while((ce[-1]!=' ') && (ce>cc))
--ce;
if(ce!=cc) /* only if a space was found */
numfit=(int)(ce-cc);
}
}
/* alloc more space? */
if(line>=m_linelist.GetNumEntries())
m_linelist.Alloc(line<<3);
lbptr=m_linelist.GetEntry(line);
if(!lbptr)
{
lbptr=new kGUIInputLineInfo;
m_linelist.SetEntry(line,lbptr);
}
lbptr->startindex=sindex; /* line starts at this character */
lbptr->endindex=sindex+numfit; /* line stops at this character */
/* calc size of Substring */
lbptr->ty=m_lltotalheight;
GetSubSize(sindex,numfit,&lbptr->pixwidth,&lbptr->pixheight);
if(!numfit)
{
/* how tall is a blank line, use height of last character in previous line */
if(!sindex)
lbptr->pixheight=GetLineHeight();
else
GetSubSize(sindex-1,1,0,&lbptr->pixheight);
}
m_lltotalheight+=lbptr->pixheight+2;
lbptr->by=m_lltotalheight-1;
if(t[sindex+numfit]==0 || t[sindex+numfit]==10)
lbptr->hardbreak=true;
else
lbptr->hardbreak=false;
++line;
sindex+=numfit;
if(t[sindex]==10)
++sindex;
else if(!numfit)
break;
}while(sindex<totalchars);
m_llnum=line;
return(maxw);
}
void kGUIText::Draw(int x,int y,int w,int h,kGUIColor color)
{
/* this is the only draw call that looks at the valign and halign */
kGUIInputLineInfo *lbptr;
int i;
FT_HALIGN halign=GetHAlign();
int cx=0;
int cy;
int lineheight=GetLineHeight()+2;
int numl;
if(m_llnum<2)
numl=1;
else
numl=m_llnum;
cy=y;
switch(GetVAlign())
{
case FT_TOP:
break;
case FT_MIDDLE:
cy+=(h-((lineheight*numl)-2))/2;
break;
case FT_BOTTOM:
cy+=h-((lineheight*numl)-2);
break;
}
if(m_llnum<2)
{
switch(halign)
{
case FT_LEFT:
cx=x;
break;
case FT_CENTER:
cx=x+((w-(int)GetWidth())/2);
break;
case FT_RIGHT:
cx=x+(w-(int)GetWidth());
break;
}
DrawSection(0,GetLen(),x,cx,cy,GetLineHeight(),color);
}
else
{
for(i=0;i<m_llnum;++i)
{
lbptr=m_linelist.GetEntry(i);
switch(halign)
{
case FT_LEFT:
cx=x;
break;
case FT_CENTER:
cx=x+((w-lbptr->pixwidth)/2);
break;
case FT_RIGHT:
cx=x+(w-lbptr->pixwidth);
break;
}
DrawSection(lbptr->startindex,lbptr->endindex-lbptr->startindex,x,cx,cy,lbptr->pixheight,color);
cy+=lineheight;
}
}
}