void CFT_Area::ConstructL()
{
// TRACE ("WARNING !! Test\n");
CAE_Object::ConstructL();
iBeaconC = CAE_TState<TInt>::NewL(KAreaBeaconCName, this, TTransInfo());
iBeaconX = CAE_TState<TInt>::NewL(KAreaBeaconXName, this, TTransInfo());
iLbDown = CAE_TState<TInt>::NewL("LbDown", this, TTransInfo(), CAE_StateBase::EType_Input);
iMcPos = CAE_TState<CF_TdPoint>::NewL("McPos", this, TTransInfo(), CAE_StateBase::EType_Input);
iRect = CAE_TState<CF_Rect>::NewL(KAreaRectName, this, TTransInfo(), CAE_StateBase::EType_Input);
*iRect = iInitRect;
// Create borders
CF_Rect rt = iInitRect;
float midx, midy;
midx = (rt.iRightLower.iX - rt.iLeftUpper.iX)/2.0;
midy = (rt.iRightLower.iY - rt.iLeftUpper.iY)/2.0;
printf("area_constr: lx= %d, ly= %d, rx= %d, ry= %d\n", rt.iLeftUpper.iX, rt.iLeftUpper.iY, rt.iRightLower.iX, rt.iRightLower.iY);
CreateBorder(rt.iLeftUpper.iX-KBorderRadius, midy, KObjBorderLeftName, CAE_TRANS(UpdateBordHookLeft));
CreateBorder(rt.iRightLower.iX + KBorderRadius, midy, KObjBorderRightName, CAE_TRANS(UpdateBordHookRight));
CreateBorder(midx, rt.iLeftUpper.iY - KBorderRadius, KObjBorderTopName, CAE_TRANS(UpdateBordHookTop));
CreateBorder(midx, rt.iRightLower.iY + KBorderRadius, KObjBorderBottomName, CAE_TRANS(UpdateBordHookBottom));
// Create balls
CreateBall(40, 40, 2000, 20, "Ball1");
CreateBall(300, 300, 2000, 30, "Ball2");
CreateBall(200, 400, 3000, 40, "Ball3");
#if 0
CreateBall(300, 300, 200, 40, "Ball2");
CreateBall(400, 300, 300, 60, "Ball3");
#endif
}
//===========================================================================
void DrawActiveWindow(HDC buf, RECT r)
{
COLORREF bColor;
Settings const & s = getSettings();
// Checks for windows just showing on the edges of the screen
if (r.bottom - r.top < 2)
{
if (!_stricmp(s.m_focusedWindow.styleType, "border"))
bColor = s.m_focusedWindow.borderColor;
else
bColor = s.m_window.borderColor;
HPEN borderPen = CreatePen(PS_SOLID, 1, bColor);
HPEN oldPen = (HPEN) SelectObject(buf, borderPen);
MoveToEx(buf, r.left, r.top, NULL);
LineTo(buf, r.right, r.top);
SelectObject(buf,oldPen);
DeleteObject(borderPen);
//MessageBox(0, "Warning sir!\n\nCan't draw this window as a RECT dude!", "DrawActiveWindow", MB_OK | MB_TOPMOST | MB_SETFOREGROUND);
return;
}
if (r.right - r.left < 2)
{
if (!_stricmp(s.m_focusedWindow.styleType, "border"))
bColor = s.m_focusedWindow.borderColor;
else
bColor = s.m_window.borderColor;
HPEN borderPen = CreatePen(PS_SOLID, 1, bColor);
HPEN oldPen = (HPEN) SelectObject(buf, borderPen);
MoveToEx(buf, r.left, r.top, NULL);
LineTo(buf, r.left, r.bottom);
SelectObject(buf,oldPen);
DeleteObject(borderPen);
return;
}
if (!_stricmp(s.m_focusedWindow.styleType, "texture"))
{
MakeStyleGradient(buf, &r, s.m_focusedWindow.ownStyle ? s.m_focusedWindow.style : &s.m_focusedWindow.Style, false);
CreateBorder(buf, &r, s.m_focusedWindow.borderColor, 1);
}
else if (!_stricmp(s.m_focusedWindow.styleType, "border"))
{
MakeStyleGradient(buf, &r, s.m_window.ownStyle ? s.m_window.style : &s.m_window.Style, false);
CreateBorder(buf, &r, s.m_focusedWindow.borderColor, 1);
}
else
MakeStyleGradient(buf, &r, s.m_window.style, true);
}
void DrawInactiveWindow(HDC buf, RECT r)
{
Settings const & s = getSettings();
if (r.bottom - r.top < 2)
{
HPEN borderPen = CreatePen(PS_SOLID, 1, getSettings().m_window.borderColor);
HPEN oldPen = (HPEN) SelectObject(buf, borderPen);
MoveToEx(buf, r.left, r.top, NULL);
LineTo(buf, r.right, r.top);
SelectObject(buf,oldPen);
DeleteObject(borderPen);
return;
}
if (r.right - r.left < 2)
{
HPEN borderPen = CreatePen(PS_SOLID, 1, getSettings().m_window.borderColor);
HPEN oldPen = (HPEN) SelectObject(buf, borderPen);
MoveToEx(buf, r.left, r.top, NULL);
LineTo(buf, r.left, r.bottom);
SelectObject(buf,oldPen);
DeleteObject(borderPen);
return;
}
MakeStyleGradient(buf, &r, s.m_window.ownStyle ? s.m_window.style : &s.m_window.Style, false);
CreateBorder(buf, &r, s.m_window.borderColor, 1);
}
World::World(const int &ROWS, const int &COLS, const int &SMOOTH_LEVEL, const int &GRASS_CHANCE) :
Map(ROWS, COLS),
SMOOTH_LEVEL(SMOOTH_LEVEL),
GRASS_CHANCE(GRASS_CHANCE)
{
for(int y = 0; y < ROWS; y++)
{
for(int x = 0; x < COLS; x++)
{
Tile::TileType type = GetRandomTileType();
At(x, y) = Tile(x, y, type);
}
}
for(int i = 0; i < SMOOTH_LEVEL; i++)
{
if(i == SMOOTH_LEVEL - 1)
{
CreateBorder();
}
CellularAutomata();
}
int numDungeonsToCreate = GameMath::Random(ROWS/2, ROWS/3);
for (int i = 0; i < numDungeonsToCreate; i++)
{
Vector2 newDungeonCoords;
bool otherDungeonNear = true;
while(otherDungeonNear)
{
otherDungeonNear = false;
newDungeonCoords = *GetFreeTileCoords(COLS, ROWS);
const int DUNGEON_PADDING = 3;
int x = newDungeonCoords.x - DUNGEON_PADDING;
int y = newDungeonCoords.y - DUNGEON_PADDING;
int xMax = newDungeonCoords.x + DUNGEON_PADDING;
int yMax = newDungeonCoords.y + DUNGEON_PADDING;
for (; y < yMax; y++)
{
for (; x < xMax; x++)
{
if(!IsOutOfBounds(x, y) && At(x, y).type == Tile::DOOR
&& (x != newDungeonCoords.x && y != newDungeonCoords.y))
{
otherDungeonNear = true;
break;
}
}
}
}
At(newDungeonCoords).type = Tile::DOOR;
}
entryCoords = GetFreeTileCoords(COLS, ROWS);
spawnCoords = entryCoords;
}
//===========================================================================
void DrawActiveDesktop(HDC buf, RECT r, int i)
{
Settings const & s = getSettings();
if (!_stricmp(s.m_activeDesktop.styleType, "border3"))
{
r.right = r.right + 2;
r.bottom = r.bottom + 2;
if (s.m_activeDesktop.Style.parentRelative)
CreateBorder(buf, &r, s.m_activeDesktop.borderColor, 1);
else
{
MakeStyleGradient(buf, &r, s.m_activeDesktop.ownStyle ? s.m_activeDesktop.style : &s.m_activeDesktop.Style, false);
CreateBorder(buf, &r, s.m_activeDesktop.borderColor, 1);
}
}
else if (!_stricmp(s.m_activeDesktop.styleType, "border2"))
{
r.left = r.left - 1;
r.top = r.top - 1;
r.right = r.right + 1;
r.bottom = r.bottom + 1;
if (!s.m_activeDesktop.ownStyle && s.m_activeDesktop.Style.parentRelative)
CreateBorder(buf, &r, s.m_activeDesktop.borderColor, 1);
else
{
MakeStyleGradient(buf, &r, s.m_activeDesktop.ownStyle ? s.m_activeDesktop.style : &s.m_activeDesktop.Style, false);
CreateBorder(buf, &r, s.m_desktop.Style.borderColor, 1);
}
}
else if (!_stricmp(s.m_activeDesktop.styleType, "border"))
{
if (!s.m_activeDesktop.ownStyle && s.m_activeDesktop.Style.parentRelative)
CreateBorder(buf, &r, s.m_activeDesktop.borderColor, 1);
else
{
MakeStyleGradient(buf, &r, s.m_activeDesktop.ownStyle ? s.m_activeDesktop.style : &s.m_activeDesktop.Style, false);
CreateBorder(buf, &r, s.m_desktop.Style.borderColor, 1);
}
}
else if (!_stricmp(s.m_activeDesktop.styleType, "texture"))
{
if (!s.m_activeDesktop.ownStyle && !s.m_activeDesktop.Style.parentRelative)
MakeStyleGradient(buf, &r, s.m_activeDesktop.ownStyle ? s.m_activeDesktop.style : &s.m_activeDesktop.Style, false);
CreateBorder(buf, &r, s.m_activeDesktop.borderColor, 1);
}
else if (!s.m_desktop.Style.parentRelative) // "none"
MakeStyleGradient(buf, &r, s.m_desktop.ownStyle ? s.m_desktop.style : &s.m_desktop.Style, false);
//desktopRect[i] = r;
desktopRect.insert(desktopRect.begin() + i, r);
}
void PutGradient (WinInfo * WI, HDC hdc, RECT * rc, StyleItem * pG)
{
if (pG->parentRelative) {
if (pG->borderWidth)
CreateBorder(hdc, rc, pG->borderColor, pG->borderWidth);
return;
}
int width = rc->right - rc->left;
int height = rc->bottom - rc->top;
int i = pG >= &mSkin.F.Title
? pG - &mSkin.F.Title + 6
: pG - &mSkin.U.Title;
GdiInfo *pGdi = WI->gdiobjs + i;
HBITMAP bmp = (HBITMAP)pGdi->hObj;
HGDIOBJ other;
if (bmp && width == pGdi->cx && height == pGdi->cy) {
other = SelectObject(WI->buf, bmp);
} else {
RECT r;
r.left = r.top = 0;
r.right = width, r.bottom = height;
if (bmp)
DeleteObject(bmp);
pGdi->cx = width;
pGdi->cx = height;
pGdi->hObj = bmp = CreateCompatibleBitmap(hdc, width, height);
if (NULL == bmp)
return;
other = SelectObject(WI->buf, bmp);
StyleItem si;
si = *pG; // makes a copy of StyleItem into si
MakeStyleGradient(WI->buf, &r, &si, true);
}
BitBlt(hdc, rc->left, rc->top, width, height, WI->buf, 0, 0, SRCCOPY);
SelectObject(WI->buf, other);
}
IBorderPtr IBorder::CreateBorderFromStream(SYSTEM::IArchive &ar)
{
unsigned long lPos = ar.GetCurrentPos();
int type;
ar & type;
ar.GetCurrentPos() = lPos;
IBorderPtr pBorder = CreateBorder((Border_Type)type);
if (pBorder != NULL)
pBorder->serialization(ar);
return pBorder;
}
void Scene2Controller::Setup() {
// Box2D
CreateBorder();
CreateCourt();
CreateNet();
scene_begin_time = ofGetElapsedTimef();
const ofPoint left(256-64, 200);
const ofPoint right(768-64, 200);
const float pause = 0.5;
model_.dialogue
.Speed(20.0)
.Foreground(ofColor::white)
.Background(ofColor(0, 0, 0, 0))
.Position("left", left)
.Position("right", right)
.Message("You know why you're here, right?", "right").Pause(pause)
.Message("No.", "left").Pause(pause)
.Message("Because you're bad at tennis.\nI'm gonna make you good.", "right").Pause(2.0)
.Clear();
}
void Scene3Controller::Setup() {
// Box2D
CreateBorder();
CreateCourt();
CreateEight();
CreateNet();
model_.world.SetContactListener(this);
const ofPoint right(768-256, 50);
const float pause = 2.0;
model_.dialogue
.Speed(25.0)
.PunctuationDelay(0.0)
.FontSize(16.0)
.Foreground(ofColor::black)
.Position("court", ofPoint(768, 600))
.Position("right", right)
.Position("below", right + ofVec2f(0, 100)).Then([this] () {
std::vector<float> volume_targets;
volume_targets.push_back(0.1); //bass sound
volume_targets.push_back(0.5); //high arpeg v1
volume_targets.push_back(0.0); //high arpeg v2
volume_targets.push_back(0.0); //low arpeg v1
volume_targets.push_back(0.0); //low arpeg v2
volume_targets.push_back(0.0); //words 1
volume_targets.push_back(0.0); //words 2
volume_targets.push_back(0.0); //words 3
scene_manager.GetMusic().GetSoundEffect<LoopSet>("opponents")->SetVolumeTargets(volume_targets);
}).Message("I don't believe in gravity, \nI will surely win this match!", "right").Then([this] () {
model_.served = false;
model_.ball_in_play = true;
model_.opponent_index = 0;
})
.Barrier("point").Then([this] () {
std::vector<float> volume_targets;
volume_targets.push_back(0.2); //bass sound
volume_targets.push_back(0.5); //high arpeg v1
volume_targets.push_back(0.0); //high arpeg v2
volume_targets.push_back(1.0); //low arpeg v1
volume_targets.push_back(0.0); //low arpeg v2
volume_targets.push_back(0.0); //words 1
volume_targets.push_back(0.0); //words 2
volume_targets.push_back(0.0); //words 3
scene_manager.GetMusic().GetSoundEffect<LoopSet>("opponents")->SetVolumeTargets(volume_targets);
}).Clear().Pause(pause)
.Message("I have time, \nI will surely win this match!", "right").Then([this] () {
model_.served = false;
model_.ball_in_play = true;
model_.opponent_index = 1;
})
.Barrier("point").Then([this] () {
std::vector<float> volume_targets;
volume_targets.push_back(0.5); //bass sound
volume_targets.push_back(0.3); //high arpeg v1
volume_targets.push_back(0.0); //high arpeg v2
volume_targets.push_back(1.0); //low arpeg v1
volume_targets.push_back(0.0); //low arpeg v2
volume_targets.push_back(0.0); //words 1
volume_targets.push_back(0.0); //words 2
volume_targets.push_back(0.0); //words 3
scene_manager.GetMusic().GetSoundEffect<LoopSet>("opponents")->SetVolumeTargets(volume_targets);
}).Clear().Pause(pause)
.Message("I have many racquets, \nI will surely win this match!", "right").Then([this] () {
model_.served = false;
model_.ball_in_play = true;
model_.opponent_index = 2;
})
.Barrier("point").Then([this] () {
std::vector<float> volume_targets;
volume_targets.push_back(0.5); //bass sound
volume_targets.push_back(0.2); //high arpeg v1
volume_targets.push_back(0.0); //high arpeg v2
volume_targets.push_back(1.0); //low arpeg v1
volume_targets.push_back(0.0); //low arpeg v2
volume_targets.push_back(0.0); //words 1
volume_targets.push_back(0.0); //words 2
volume_targets.push_back(0.0); //words 3
scene_manager.GetMusic().GetSoundEffect<LoopSet>("opponents")->SetVolumeTargets(volume_targets);
}).Clear().Pause(pause)
.Message("We're playing a whole different game,\nwe will surely win this match!", "right").Then([this] () {
model_.served = true;
model_.ball_in_play = true;
model_.opponent_index = 3;
})
.Barrier("point").Then([this] () {
std::vector<float> volume_targets;
volume_targets.push_back(0.5); //bass sound
volume_targets.push_back(0.2); //high arpeg v1
volume_targets.push_back(0.0); //high arpeg v2
volume_targets.push_back(0.9); //low arpeg v1
volume_targets.push_back(0.0); //low arpeg v2
volume_targets.push_back(0.0); //words 1
volume_targets.push_back(0.3); //words 2
volume_targets.push_back(0.0); //words 3
scene_manager.GetMusic().GetSoundEffect<LoopSet>("opponents")->SetVolumeTargets(volume_targets);
}).Clear().Pause(pause)
.Message("I'm made of glass, \nI will surely win this match!", "right").Then([this] () {
model_.served = false;
model_.ball_in_play = true;
model_.opponent_index = 4;
})
.Barrier("point").Then([this] () {
std::vector<float> volume_targets;
volume_targets.push_back(0.5); //bass sound
volume_targets.push_back(0.0); //high arpeg v1
volume_targets.push_back(0.5); //high arpeg v2
volume_targets.push_back(0.0); //low arpeg v1
volume_targets.push_back(1.0); //low arpeg v2
volume_targets.push_back(0.0); //words 1
volume_targets.push_back(0.3); //words 2
volume_targets.push_back(0.0); //words 3
scene_manager.GetMusic().GetSoundEffect<LoopSet>("opponents")->SetVolumeTargets(volume_targets);
}).Clear().Pause(pause).Then([this] () {
model_.served = true;
model_.ball_in_play = true;
model_.opponent_index = 5;
})
.Barrier("point").Then([this] () {
std::vector<float> volume_targets;
volume_targets.push_back(0.5); //bass sound
volume_targets.push_back(0.0); //high arpeg v1
volume_targets.push_back(0.5); //high arpeg v2
volume_targets.push_back(1.0); //low arpeg v1
volume_targets.push_back(0.0); //low arpeg v2
volume_targets.push_back(0.6); //words 1
volume_targets.push_back(0.0); //words 2
volume_targets.push_back(0.0); //words 3
scene_manager.GetMusic().GetSoundEffect<LoopSet>("opponents")->SetVolumeTargets(volume_targets);
})
.Message("I'm late, I will...", "court").Pause(0.5).Clear().Pause(0.5)
.Message("I'm a blank slate,\nI will surely win this match!", "right").Then([this] () {
model_.served = false;
model_.ball_in_play = true;
model_.opponent_index = 6;
})
.Barrier("point").Then([this] () {
std::vector<float> volume_targets;
volume_targets.push_back(0.7); //bass sound
volume_targets.push_back(0.0); //high arpeg v1
volume_targets.push_back(0.5); //high arpeg v2
volume_targets.push_back(1.0); //low arpeg v1
volume_targets.push_back(0.0); //low arpeg v2
volume_targets.push_back(0.4); //words 1
volume_targets.push_back(0.0); //words 2
volume_targets.push_back(0.4); //words 3
scene_manager.GetMusic().GetSoundEffect<LoopSet>("opponents")->SetVolumeTargets(volume_targets);
}).Clear().Pause(pause)
.Message("I've spent my life studying this game,\nI will surely win this match!", "right").Then([this] () {
model_.served = false;
model_.ball_in_play = true;
model_.opponent_index = 7;
})
.Barrier("point").Then([this] () {
std::vector<float> volume_targets;
volume_targets.push_back(0.7); //bass sound
volume_targets.push_back(0.0); //high arpeg v1
volume_targets.push_back(0.3); //high arpeg v2
volume_targets.push_back(0.5); //low arpeg v1
volume_targets.push_back(0.0); //low arpeg v2
volume_targets.push_back(0.4); //words 1
volume_targets.push_back(0.0); //words 2
volume_targets.push_back(0.4); //words 3
scene_manager.GetMusic().GetSoundEffect<LoopSet>("opponents")->SetVolumeTargets(volume_targets);
}).Clear().Pause(pause).Foreground(ofColor::white)
.Message("I'm the score itself, \nI will surely win this match!", "right").Then([this] () {
model_.eight_body->SetActive(true);
model_.served = false;
model_.ball_in_play = true;
model_.opponent_index = 8;
})
.Barrier("point").Then([this] () {
std::vector<float> volume_targets;
volume_targets.push_back(0.9); //bass sound
volume_targets.push_back(0.0); //high arpeg v1
volume_targets.push_back(0.2); //high arpeg v2
volume_targets.push_back(0.0); //low arpeg v1
volume_targets.push_back(1.0); //low arpeg v2
volume_targets.push_back(0.5); //words 1
volume_targets.push_back(0.0); //words 2
volume_targets.push_back(0.5); //words 3
scene_manager.GetMusic().GetSoundEffect<LoopSet>("opponents")->SetVolumeTargets(volume_targets);
}).Clear().Pause(pause).Foreground(ofColor::black)
.Message("I'm you, \nI will surely win this match!", "right").Then([this] () {
model_.eight_body->SetActive(false);
model_.served = false;
model_.ball_in_play = true;
model_.opponent_index = 9;
})
.Barrier("score").Then([this] () {
model_.served = false;
model_.ball_in_play = true;
}).Barrier("score").Then([this] () {
model_.served = false;
model_.ball_in_play = true;
}).Barrier("point").Clear();
}
//===========================================================================
void PaintToolbar(HDC hdc, RECT *rcPaint)
{
RECT r; int i; const TCHAR *label = Toolbar_CurrentWindow; StyleItem *pSI;
#ifdef BBOPT_MEMCHECK
// Display some statistics.
#pragma message("\n"__FILE__ "(397) : warning 0: MEMCHECK enabled.\n")
/*
if (NULL==Toolbar_hFont)
{
LOGFONT logFont;
SystemParametersInfo(SPI_GETICONTITLELOGFONT, 0, &logFont, 0);
Toolbar_hFont = CreateFontIndirect(&logFont);
}
*/
extern int g_menu_count;
extern int g_menu_item_count;
TCHAR temp[256];
if (alloc_size && false == Toolbar_ShowingExternalLabel)
{
_stprintf(temp,_T("Menus %d MenuItems %d Memory %d"), g_menu_count, g_menu_item_count, alloc_size);
label = temp;
}
#endif
int tbW = TBInfo.width;
int tbH = TBInfo.height;
HDC buf = CreateCompatibleDC(NULL);
HGDIOBJ bufother = SelectObject(buf, CreateCompatibleBitmap(hdc, tbW, tbH));
if (NULL==Toolbar_hFont) Toolbar_hFont = CreateStyleFont(&mStyle.Toolbar);
HGDIOBJ other_font = SelectObject(buf, Toolbar_hFont);
// Get width of clock...
SIZE size;
GetTextExtentPoint32(buf, Toolbar_CurrentTime, (int)_tcsnlen(Toolbar_CurrentTime,0x7FFFFFFFUL), &size);
size.cx += 6;
if (tbClockW < size.cx) tbClockW = size.cx + 6;
GetTextExtentPoint32(buf, Toolbar_WorkspaceName, (int)_tcsnlen(Toolbar_WorkspaceName,0x7FFFFFFFUL), &size);
int tbLabelW = size.cx + 6;
// The widest sets the width!
tbLabelW = tbClockW = (int)imax(tbH * 2, imax(tbLabelW, tbClockW));
int margin = tbMargin;
int border = mStyle.Toolbar.borderWidth;
int border_margin = margin + border;
int button_padding = (tbH - tbButtonWH) / 2 - border;
int tbLabelX = border_margin;
int tbClockX = tbW - tbClockW - border_margin;
int two_buttons = 2*tbButtonWH + 3*button_padding;
int tbWinLabelX = tbLabelX + tbLabelW + two_buttons;
int tbWinLabelW = tbClockX - tbWinLabelX - two_buttons;
if (tbWinLabelW < 0) tbWinLabelW = 0;
Toolbar_Button[0].r.left = tbLabelX + tbLabelW + button_padding;
Toolbar_Button[1].r.left = Toolbar_Button[0].r.left + tbButtonWH + button_padding;
Toolbar_Button[2].r.left = tbClockX - 2*tbButtonWH - 2*button_padding;
Toolbar_Button[3].r.left = Toolbar_Button[2].r.left + tbButtonWH + button_padding;
Toolbar_Button[4].r.left = tbClockX;
for (i = 0; i<5; i++)
{
Toolbar_Button[i].r.top = (tbH - tbButtonWH) / 2;
Toolbar_Button[i].r.bottom = Toolbar_Button[i].r.top + tbButtonWH;
Toolbar_Button[i].r.right = Toolbar_Button[i].r.left + tbButtonWH;
}
Toolbar_Button[4].r.right = tbClockX + tbClockW;
//====================
// Paint toolbar Style
_SetRect(&r, 0, 0, tbW, tbH); pSI = &mStyle.Toolbar;
MakeStyleGradient(buf, &r, pSI, true);
//====================
// Paint unpressed workspace/task buttons...
r.left = r.top = 0; r.right = r.bottom = tbButtonWH;
{
HPEN activePen = CreatePen(PS_SOLID, 1, mStyle.ToolbarButtonPressed.picColor);
HPEN inactivePen = CreatePen(PS_SOLID, 1, mStyle.ToolbarButton.picColor);
HDC src = CreateCompatibleDC(NULL);
HGDIOBJ srcother = SelectObject(src, CreateCompatibleBitmap(hdc, tbButtonWH, tbButtonWH));
int yOffset = tbH / 2; int xOffset; int f1 = -1;
for (i=0; i<4; i++)
{
int f2 = Toolbar_Button[i].pressed || (Toolbar_force_button_pressed && i&1);
pSI = f2 ? &mStyle.ToolbarButtonPressed : &mStyle.ToolbarButton;
if (pSI->parentRelative)
{
CreateBorder(buf, &r, pSI->borderColor, pSI->borderWidth);
}
else
{
if (f1 != f2)
MakeStyleGradient(src, &r, pSI, pSI->bordered), f1 = f2;
BitBlt(buf,
Toolbar_Button[i].r.left,
Toolbar_Button[i].r.top,
tbButtonWH, tbButtonWH, src, 0, 0, SRCCOPY
);
}
xOffset = Toolbar_Button[i].r.left + (tbButtonWH / 2);
HGDIOBJ penother = SelectObject(buf, f2 ? activePen : inactivePen);
arrow_bullet(buf, xOffset, yOffset, (i&1)*2-1);
SelectObject(buf, penother);
}
DeleteObject(SelectObject(src, srcother));
DeleteDC(src);
DeleteObject(inactivePen);
DeleteObject(activePen);
}
//====================
r.top = (tbH - tbLabelH)/2;
r.bottom = r.top + tbLabelH;
SetBkMode(buf, TRANSPARENT);
int justify = mStyle.Toolbar.Justify | (DT_VCENTER|DT_SINGLELINE|DT_WORD_ELLIPSIS|DT_NOPREFIX);
// Paint workspaces background...
r.right = (r.left = tbLabelX) + tbLabelW; pSI = &mStyle.ToolbarLabel;
MakeStyleGradient(buf, &r, pSI, pSI->bordered);
_InflateRect(&r, -3, 0);
BBDrawText(buf, Toolbar_WorkspaceName, -1, &r, justify, pSI);
// Paint window label background...
r.right = (r.left = tbWinLabelX) + tbWinLabelW; pSI = &mStyle.ToolbarWindowLabel;
MakeStyleGradient(buf, &r, pSI, pSI->bordered);
_InflateRect(&r, -3, 0);
BBDrawText(buf, label, -1, &r, justify, pSI);
// Paint clock background...
r.right = (r.left = tbClockX) + tbClockW; pSI = &mStyle.ToolbarClock;
MakeStyleGradient(buf, &r, pSI, pSI->bordered);
_InflateRect(&r, -3, 0);
BBDrawText(buf, Toolbar_CurrentTime, -1, &r, justify, pSI);
//====================
BitBltRect(hdc, buf, rcPaint);
SelectObject(buf, other_font);
DeleteObject(SelectObject(buf, bufother));
DeleteDC(buf);
}
void Tab::CreateTab()
{
CreateBorder(this->ti.x0 , this->ti.y0, this->ti.width, this->ti.height, 0); // writes bytes in the graphic_array
Print8pxHighString( &(this->ti.tabName), this->ti.x0 + this->ti.margin_x, this->ti.y0 + this->ti.margin_y, 0, string_buffer, descend_buffer); // writes bytes in the string_buffer
}
Border::Border()
{
CreateBorder();
}
//===========================================================================
void DrawBBPager(HWND hwnd)
{
Settings const & s = getSettings();
// Create buffer hdc's, bitmaps etc.
PAINTSTRUCT ps;
HDC hdc = BeginPaint(hwnd, &ps);
HDC buf = CreateCompatibleDC(NULL);
HBITMAP bufbmp = CreateCompatibleBitmap(hdc, s.m_frame.width, s.m_frame.height);
HGDIOBJ oldbmp = SelectObject(buf, bufbmp);
RECT r;
char toolText[256];
GetClientRect(hwnd, &r);
// Paint background and border according to the current style...
MakeStyleGradient(buf, &r, s.m_frame.ownStyle ? s.m_frame.style : &s.m_frame.Style, true);
HFONT font = CreateStyleFont((StyleItem *)GetSettingPtr(SN_TOOLBARLABEL));
HGDIOBJ oldfont = SelectObject(buf, font);
SetBkMode(buf, TRANSPARENT);
SetTextColor(buf, s.m_desktop.fontColor);
UINT flags = DT_CENTER|DT_VCENTER|DT_SINGLELINE|DT_WORD_ELLIPSIS|DT_NOPREFIX;
desktopRect.clear();
// Paint desktops :D
if (s.m_position.horizontal)
{
// Do loop to draw desktops other than current selected desktop
int i = 0;
do
{
col = i / s.m_frame.rows;
row = i % s.m_frame.rows + 1;
if (getRuntimeState().m_currentDesktop == i)
{
currentCol = col;
currentRow = row;
}
else
{
r.left = s.m_frame.borderWidth + s.m_frame.bevelWidth + ((col) * (s.m_desktop.width + s.m_frame.bevelWidth));
r.right = r.left + s.m_desktop.width;
r.top = s.m_frame.borderWidth + s.m_frame.bevelWidth + ((row - 1) * (s.m_desktop.height + s.m_frame.bevelWidth));
r.bottom = r.top + s.m_desktop.height;
//desktopRect[i] = r; // set RECT item for this desktop
//desktopRect.insert(desktopRect.begin() + i - 1, r);
desktopRect.push_back(r);
if (s.m_desktop.ownStyle)
CreateBorder(buf, &r, s.m_activeDesktop.borderColor, 1);
else
{
r.left += 1;
r.top += 1;
r.right -= 1;
r.bottom -= 1;
MakeStyleGradient(buf, &r, &s.m_activeDesktop.Style, false);
}
if (s.m_desktop.numbers)
{
char desktopNumber[4];
sprintf(desktopNumber, "%d", (i + 1));
DrawText(buf, desktopNumber, -1, &r, flags);
}
}
i++;
}
while (i < getRuntimeState().m_desktops);
// Do this now so bordered desktop is drawn last
i = getRuntimeState().m_currentDesktop;
r.left = s.m_frame.borderWidth + s.m_frame.bevelWidth + ((currentCol) * (s.m_desktop.width + s.m_frame.bevelWidth));
r.right = r.left + s.m_desktop.width;
r.top = s.m_frame.borderWidth + s.m_frame.bevelWidth + ((currentRow - 1) * (s.m_desktop.height + s.m_frame.bevelWidth));
r.bottom = r.top + s.m_desktop.height;
//desktopRect[i] = r; // set RECT item for this desktop
DrawActiveDesktop(buf, r, i);
if (s.m_desktop.numbers)
{
char desktopNumber[4];
sprintf(desktopNumber, "%d", (i + 1));
DrawText(buf, desktopNumber, -1, &r, flags);
}
}
else if (s.m_position.vertical)
{
// Do loop to draw desktops other than current selected desktop
int i = 0;
do
{
row = i / s.m_frame.columns;
col = i % s.m_frame.columns + 1;
if (getRuntimeState().m_currentDesktop == i)
{
currentCol = col;
currentRow = row;
}
else
{
r.left = s.m_frame.borderWidth + s.m_frame.bevelWidth + ((col - 1) * (s.m_desktop.width + s.m_frame.bevelWidth));
r.right = r.left + s.m_desktop.width;
r.top = s.m_frame.borderWidth + s.m_frame.bevelWidth + ((row) * (s.m_desktop.height + s.m_frame.bevelWidth));
r.bottom = r.top + s.m_desktop.height;
//desktopRect[i] = r; // set RECT item for this desktop
//desktopRect.insert(desktopRect.begin() + i - 1, r);
desktopRect.push_back(r);
MakeStyleGradient(buf, &r, s.m_desktop.ownStyle ? s.m_desktop.style : &s.m_desktop.Style, false);
if (s.m_desktop.ownStyle)
CreateBorder(buf, &r, s.m_activeDesktop.borderColor, 1);
else
{
r.left += 1;
r.top += 1;
r.right -= 1;
r.bottom -= 1;
MakeStyleGradient(buf, &r, &s.m_activeDesktop.Style, false);
}
if (s.m_desktop.numbers)
{
char desktopNumber[4];
sprintf(desktopNumber, "%d", (i + 1));
DrawText(buf, desktopNumber, -1, &r, flags);
}
}
i++;
}
while (i < getRuntimeState().m_desktops);
// Do this now so bordered desktop is drawn last
i = getRuntimeState().m_currentDesktop;
r.left = s.m_frame.borderWidth + s.m_frame.bevelWidth + ((currentCol - 1) * (s.m_desktop.width + s.m_frame.bevelWidth));
r.right = r.left + s.m_desktop.width;
r.top = s.m_frame.borderWidth + s.m_frame.bevelWidth + ((currentRow) * (s.m_desktop.height + s.m_frame.bevelWidth));
r.bottom = r.top + s.m_desktop.height;
//desktopRect[i] = r; // set RECT item for this desktop
DrawActiveDesktop(buf, r, i);
if (s.m_desktop.numbers)
{
char desktopNumber[4];
sprintf(desktopNumber, "%d", (i + 1));
SetTextColor(buf, s.m_activeDesktop.borderColor);
DrawText(buf, desktopNumber, -1, &r, DT_CENTER | DT_VCENTER | DT_SINGLELINE | DT_WORD_ELLIPSIS | DT_NOPREFIX);
//DrawText(buf, desktopNumber, strlen(desktopNumber), &r, DT_CALCRECT|DT_NOPREFIX);
//SetTextColor(buf, s.m_desktop.fontColor);
}
}
//DeleteObject(font);
DeleteObject(SelectObject(buf, oldfont));
// Draw windows on workspaces if wanted
if (s.m_desktop.windows)
{
getRuntimeState().m_winCount = 0; // Reset number of windows to 0 on each paint to be counted by...
getRuntimeState().m_winList.clear();
// ... this function which passes HWNDs to CheckTaskEnumProc callback procedure
if (!getRuntimeState().m_is_xoblite && getRuntimeState().m_usingAltMethod)
EnumWindows(CheckTaskEnumProc_AltMethod, 0);
else
EnumWindows(CheckTaskEnumProc, 0);
//struct tasklist *tlist;
/*tl = GetTaskListPtr();
while (tl)
{
AddBBWindow(tl);
tl = tl->next;
}*/
// Only paint windows if there are any!
if (getRuntimeState().m_winCount > 0)
{
// Start at end of list (bottom of zorder)
for (int i = (getRuntimeState().m_winCount - 1); i > -1; i--)
{
RECT win = getRuntimeState().m_winList[i].r;
RECT desk = desktopRect[getRuntimeState().m_winList[i].desk];
if (win.right - win.left <= 1 && win.bottom - win.top <= 1)
continue;
// This is done so that windows only show within the applicable desktop RECT
if (win.top < desk.top)
win.top = desk.top; // + 1;
if (win.right > desk.right)
win.right = desk.right; // - 1;
if (win.bottom > desk.bottom)
win.bottom = desk.bottom; // - 1;
if (win.left < desk.left)
win.left = desk.left; // + 1;
if (getRuntimeState().m_winList[i].sticky)
{
RECT sWin;
RECT sDesk;
win.bottom = win.bottom - desk.top;
win.top = win.top - desk.top;
win.left = win.left - desk.left;
win.right = win.right - desk.left;
for (int j = 0; j < getRuntimeState().m_desktops; j++)
{
sDesk = desktopRect[j];
sWin.bottom = sDesk.top + win.bottom;
sWin.top = sDesk.top + win.top;
sWin.left = sDesk.left + win.left;
sWin.right = sDesk.left + win.right;
if (getRuntimeState().m_winList[i].active) // draw active window style
{
DrawActiveWindow(buf, sWin);
RemoveFlash(getRuntimeState().m_winList[i].window, true);
}
else if (IsFlashOn(getRuntimeState().m_winList[i].window))
{
DrawActiveWindow(buf, sWin);
}
else // draw inactive window style
{
DrawInactiveWindow(buf, sWin);
RemoveFlash(getRuntimeState().m_winList[i].window, true);
}
// Create a tooltip...
if (s.m_desktop.tooltips)
{
GetWindowText(getRuntimeState().m_winList[i].window, toolText, 255);
SetToolTip(&sWin, toolText);
}
}
}
else
{
if (getRuntimeState().m_winList[i].active) // draw active window style
{
DrawActiveWindow(buf, win);
RemoveFlash(getRuntimeState().m_winList[i].window, true);
}
else if (IsFlashOn(getRuntimeState().m_winList[i].window))
{
DrawActiveWindow(buf, win);
}
else // draw inactive window style
{
DrawInactiveWindow(buf, win);
RemoveFlash(getRuntimeState().m_winList[i].window, true);
}
// Create a tooltip...
if (s.m_desktop.tooltips)
{
GetWindowText(getRuntimeState().m_winList[i].window, toolText, 255);
SetToolTip(&win, toolText);
}
}
}
}
if (getRuntimeState().m_winMoving)
{
RECT win = getRuntimeState().m_moveWin.r;
RECT client;
GetClientRect(getRuntimeState().m_hwndBBPager, &client);
// This is done so that the window only shows within the pager
if (win.top < client.top)
win.top = client.top; // + 1;
if (win.right > client.right)
win.right = client.right; // - 1;
if (win.bottom > client.bottom)
win.bottom = client.bottom; // - 1;
if (win.left < client.left)
win.left = client.left; // + 1;
if (getRuntimeState().m_moveWin.active) // draw active window style
DrawActiveWindow(buf, win);
else // draw inactive window style
DrawInactiveWindow(buf, win);
}
}
ClearToolTips();
// Finally, copy from the paint buffer to the window...
BitBlt(hdc, 0, 0, s.m_frame.width, s.m_frame.height, buf, 0, 0, SRCCOPY);
//restore the first previous whatever to the dc,
//get in exchange back our bitmap, and delete it.
DeleteObject(SelectObject(buf, oldbmp));
//delete the memory - 'device context'
DeleteDC(buf);
//done
EndPaint(hwnd, &ps);
}
bool tomEdit::Init()
{
WLDC dc(this) ;
s_XPixelPerInch = dc.GetDeviceCaps(LOGPIXELSX) ;
s_YPixelPerInch = dc.GetDeviceCaps(LOGPIXELSY) ;
m_ref_count = 1 ;
m_show_vert_scroll_bar = false ;
m_show_horz_scroll_bar = false ;
m_background_transparent = true ;
m_use_system_background_color = true ;
m_use_system_highlight_text_color = true ;
m_use_system_highlight_text_background_color = true ;
m_word_wrap = !(GetStyle() & (WS_HSCROLL | ES_AUTOHSCROLL)) ;
HRESULT hr ;
IUnknown * pUnknown ;
// 由于CreateTextServices会触发TxGetCharFormat和TxGetParaFormat，
// 所以要在此之前初始化CharFormat和ParaFormat
// 初始化CharFormat
InitDefaultCharFormat() ;
// 初始化ParaFormat
InitDefaultParaFormat() ;
RECT bound_in_host ;
GetRectInHost(&bound_in_host) ;
if (FAILED(CreateBorder(IID_IRectangleBorder, (IUnknown**)&m_border)))
return FALSE ;
m_border->SetPos(bound_in_host.left, bound_in_host.top) ;
m_border->SetSize(bound_in_host.right - bound_in_host.left, bound_in_host.bottom - bound_in_host.top) ;
m_border->SetInset(m_border_inset.left, m_border_inset.top, m_border_inset.right, m_border_inset.bottom) ;
if (FAILED(CreateTextServices(NULL, this, &pUnknown)))
return false ;
hr = pUnknown->QueryInterface(IID_ITextServices, (void**)&m_services) ;
pUnknown->Release() ;
if (FAILED(hr))
return false ;
// 输入的客户区矩形范围似乎无用，总是会调用ITextHost::TxGetClientRect来获取区域
if (FAILED(m_services->OnTxInPlaceActivate(&bound_in_host)))
return false ;
LRESULT mask ;
m_services->TxSendMessage(EM_GETEVENTMASK, 0, 0, &mask) ;
mask |= ENM_SELCHANGE ;
m_services->TxSendMessage(EM_SETEVENTMASK, 0, mask, NULL) ;
m_call_back = new tomEditCallback(this) ;
SetOLECallback(m_call_back) ;
// 注册拖拽
IDropTarget * dt = NULL ;
if (S_OK == m_services->TxGetDropTarget(&dt))
{
RegisterDragDrop(dt) ;
dt->Release() ;
}
return true ;
}
//===========================================================================
static void PaintToolbar(HDC hdc, RECT *rcPaint)
{
RECT r;
StyleItem *pSI;
struct button *btn;
HDC buf;
HGDIOBJ bufother, other_font;
int size;
int margin, border, border_margin, button_padding, middle_padding, two_buttons;
int tbW, tbH, tbLabelW, tbLabelX, tbClockX, tbWinLabelX, tbWinLabelW;
int i, justify;
tbW = TBInfo.width;
tbH = TBInfo.height;
buf = CreateCompatibleDC(NULL);
bufother = SelectObject(buf, CreateCompatibleBitmap(hdc, tbW, tbH));
if (NULL==Toolbar_hFont)
Toolbar_hFont = CreateStyleFont(&mStyle.Toolbar);
other_font = SelectObject(buf, Toolbar_hFont);
size = 6 + get_text_extend(buf, Toolbar_CurrentTime);
if (tbClockW < size)
tbClockW = size + 2*tbLabelIndent;
size = get_text_extend(buf, Toolbar_WorkspaceName);
tbLabelW = size + 2*tbLabelIndent;
// The widest sets the width!
tbLabelW = tbClockW = imax(tbH * 2, imax(tbLabelW, tbClockW));
margin = tbMargin;
border = mStyle.Toolbar.borderWidth;
border_margin = margin + border;
button_padding = (tbH - tbButtonWH) / 2 - border;
middle_padding = button_padding;
if (0 == button_padding)
middle_padding -= mStyle.ToolbarButton.borderWidth;
tbLabelX = border_margin;
tbClockX = tbW - tbClockW - border_margin;
two_buttons = 2*tbButtonWH + 2*button_padding + middle_padding;
tbWinLabelX = tbLabelX + tbLabelW + two_buttons;
tbWinLabelW = tbClockX - tbWinLabelX - two_buttons;
if (tbWinLabelW < 0) tbWinLabelW = 0;
btn = Toolbar_Button;
btn[0].r.left = tbLabelX + tbLabelW + button_padding;
btn[1].r.left = btn[0].r.left + tbButtonWH + middle_padding;
btn[2].r.left = tbClockX - 2*tbButtonWH - button_padding - middle_padding;
btn[3].r.left = btn[2].r.left + tbButtonWH + middle_padding;
btn[4].r.left = tbClockX;
for (i = 0; i<5; i++) {
btn[i].r.top = (tbH - tbButtonWH) / 2;
btn[i].r.bottom = btn[i].r.top + tbButtonWH;
btn[i].r.right = btn[i].r.left + tbButtonWH;
}
btn[4].r.right = tbClockX + tbClockW;
//====================
// Paint toolbar Style
r.left = r.top = 0;
r.right = tbW;
r.bottom = tbH;
pSI = &mStyle.Toolbar;
MakeStyleGradient(buf, &r, pSI, pSI->bordered);
//====================
// Paint unpressed workspace/task buttons...
r.left = r.top = 0;
r.right = r.bottom = tbButtonWH;
{
HDC src;
HGDIOBJ srcother;
int x, y, f2, f1 = -1;
src = CreateCompatibleDC(NULL);
srcother = SelectObject(src, CreateCompatibleBitmap(hdc, tbButtonWH, tbButtonWH));
for (i = 0; i < 4; i++)
{
btn = Toolbar_Button + i;
f2 = btn->pressed || (Toolbar_force_button_pressed && (i&1));
x = btn->r.left, y = btn->r.top;
pSI = f2 ? &mStyle.ToolbarButtonPressed : &mStyle.ToolbarButton;
if (pSI->parentRelative) {
RECT b;
b.left = x, b.top = y, b.right = x+r.right, b.bottom = y+r.bottom;
CreateBorder(buf, &b, pSI->borderColor, pSI->borderWidth);
} else {
if (f1 != f2) {
MakeStyleGradient(src, &r, pSI, pSI->bordered);
f1 = f2;
}
BitBlt(buf, x, y, tbButtonWH, tbButtonWH, src, 0, 0, SRCCOPY);
}
bbDrawPix(buf, &btn->r, pSI->picColor, (i&1) ? BS_TRIANGLE : -BS_TRIANGLE);
}
DeleteObject(SelectObject(src, srcother));
DeleteDC(src);
}
//====================
r.top = (tbH - tbLabelH)/2;
r.bottom = r.top + tbLabelH;
SetBkMode(buf, TRANSPARENT);
justify = mStyle.Toolbar.Justify | (DT_VCENTER|DT_SINGLELINE|DT_WORD_ELLIPSIS|DT_NOPREFIX);
// Paint workspaces background...
r.right = (r.left = tbLabelX) + tbLabelW;
pSI = &mStyle.ToolbarLabel;
MakeStyleGradient(buf, &r, pSI, pSI->bordered);
r.left += tbLabelIndent;
r.right -= tbLabelIndent;
bbDrawText(buf, Toolbar_WorkspaceName, &r, justify, pSI->TextColor);
// Paint window label background...
r.right = (r.left = tbWinLabelX) + tbWinLabelW;
pSI = &mStyle.ToolbarWindowLabel;
MakeStyleGradient(buf, &r, pSI, pSI->bordered);
r.left += tbLabelIndent;
r.right -= tbLabelIndent;
bbDrawText(buf, Toolbar_CurrentWindow, &r, justify, pSI->TextColor);
// Paint clock background...
r.right = (r.left = tbClockX) + tbClockW;
pSI = &mStyle.ToolbarClock;
MakeStyleGradient(buf, &r, pSI, pSI->bordered);
r.left += tbLabelIndent;
r.right -= tbLabelIndent;
bbDrawText(buf, Toolbar_CurrentTime, &r, justify, pSI->TextColor);
//====================
BitBltRect(hdc, buf, rcPaint);
SelectObject(buf, other_font);
DeleteObject(SelectObject(buf, bufother));
DeleteDC(buf);
}