void CLuaDirSelector::UpdateLayout()
{
SetButtonWidth(m_pBrowseButton);
int inputw = GetGroup()->w() - Spacing() - m_pBrowseButton->w();
m_pDirInput->size(inputw, m_pDirInput->h());
m_pBrowseButton->position(m_pDirInput->x() + inputw + Spacing(), m_pBrowseButton->y());
}
GridCtrl::GridCtrl(wxWindow* parent,
const Art& art,
StatusInterface& statusInfo,
const DialogFunc& showDialog,
const Accessor<Grid>& grid)
: wxPanel(parent, wxID_ANY, wxDefaultPosition, wxDefaultSize,
wxTAB_TRAVERSAL|GRIDCONTROL_BORDER_STYLE),
m_art(art),
m_enabled(false),
m_grid(grid)
{
m_sizer = make_wx<wxBoxSizer>(wxHORIZONTAL);
m_txtCurrentSize = grid_text(this, m_sizer, m_showhide, m_art, statusInfo,
showDialog);
m_spinButton = grid_spinbutton(this, m_sizer, m_showhide,
on_spin_up([this](){
auto g = offset_spacing(m_grid.Get(), +1);
m_newValue.Set(g.Spacing());
}),
on_spin_down([this](){
auto g = offset_spacing(m_grid.Get(), -1);
m_newValue.Set(g.Spacing());
}));
m_btnToggle = grid_toggle_button(this, m_sizer, art);
events::on_mouse_right_down(m_txtCurrentSize, [this](const IntPoint&){
EnableGrid(false);
});
SetSizerAndFit(m_sizer);
events::on_button(m_btnToggle, [this](){
EnableGrid(!m_enabled);
});
events::on_idle(this, [this](){
if (m_newValue.IsSet()){
// Update the text in idle-handler, presumably to avoid refresh
// glitches when dragging the value.
set_active_grid_spacing(m_grid, m_newValue.Take());
}
});
bind_fwd(this, EVT_FAINT_DRAG_VALUE_CHANGE,
[this](wxCommandEvent& event){
m_newValue.Set(event.GetInt());
});
}
void
PairsView::_SetPositions()
{
int32 spacing = Spacing();
for (int32 i = 0; i < fButtonsCount; i++) {
fPositionX[i] = fRandomPosition[i] % fRows * (fIconSize + spacing) + spacing;
fPositionY[i] = fRandomPosition[i] / fCols * (fIconSize + spacing) + spacing;
}
}
void
PairsView::_SetPairsBoard()
{
int32 spacing = Spacing();
for (int32 i = 0; i < fButtonsCount; i++) {
BMessage* buttonMessage = new BMessage(kMsgCardButton);
buttonMessage->AddInt32("button number", i);
int32 x = i % fRows * (fIconSize + spacing) + spacing;
int32 y = i / fCols * (fIconSize + spacing) + spacing;
PairsButton* button = new PairsButton(x, y, fIconSize, buttonMessage);
fPairsButtonList->AddItem(button);
AddChild(button);
}
}
void
PairsView::FrameResized(float newWidth, float newHeight)
{
int32 spacing = Spacing();
for (int32 i = 0; i < fButtonsCount; i++) {
PairsButton* button = fPairsButtonList->ItemAt(i);
if (button != NULL) {
button->ResizeTo(fIconSize, fIconSize);
int32 x = i % fRows * (fIconSize + spacing) + spacing;
int32 y = i / fCols * (fIconSize + spacing) + spacing;
button->MoveTo(x, y);
button->SetFontSize(fIconSize - 15);
}
}
_SetPositions();
Invalidate(BRect(0, 0, newWidth, newHeight));
BView::FrameResized(newWidth, newHeight);
}
status_t
FFont::Flatten(void *buffer, ssize_t size) const
{
if( size < sizeof(flat_font_data) ) return B_BAD_VALUE;
// Easy reference to the buffer.
flat_font_data* fdat = (flat_font_data*)buffer;
memset(fdat,0,sizeof(*fdat));
// Stash away name of family and style.
GetFamilyAndStyle(&fdat->family,&fdat->style);
// This is used as a temporary when byte-swapping floats.
// Note that we are assuming a float is 4 bytes.
union {
uint32 aslong;
float asfloat;
} swap;
// Byte-swap size, shear, and rotation into the flattened
// structure. This is written for clarity more than speed,
// since the additional overhead will be entirely subsumed
// by everything else going on.
swap.asfloat = Size();
swap.aslong = htonl(swap.aslong);
fdat->size = swap.asfloat;
swap.asfloat = Shear();
swap.aslong = htonl(swap.aslong);
fdat->shear = swap.asfloat;
swap.asfloat = Rotation();
swap.aslong = htonl(swap.aslong);
fdat->rotation = swap.asfloat;
// Byte-swap the remaining data into the flattened structure.
fdat->flags = htonl(Flags());
fdat->face = htons(Face());
fdat->spacing = Spacing();
fdat->encoding = Encoding();
fdat->mask = htonl(Mask());
return B_NO_ERROR;
}
// Draw keychain
void _InventoryScreen::DrawKeys() {
glm::vec2 StartOffset(10, 20);
glm::vec2 Spacing(120, 20);
int Column = 0;
int Row = 0;
_Bag &Bag = HUD->Player->Inventory->GetBag(BagType::KEYS);
// No keys
if(!Bag.Slots.size()) {
glm::vec2 DrawPosition = KeysElement->Bounds.Start + StartOffset;
ae::Assets.Fonts["hud_tiny"]->DrawText("No keys", DrawPosition, ae::LEFT_BASELINE, ae::Assets.Colors["gray"]);
return;
}
// Draw key names
for(size_t i = 0; i < Bag.Slots.size(); i++) {
// Get inventory slot
_InventorySlot *Slot = &Bag.Slots[i];
if(Slot->Item) {
// Get position
glm::vec2 DrawPosition = KeysElement->Bounds.Start + StartOffset + glm::vec2(Spacing.x * Column, Spacing.y * Row);
ae::Assets.Fonts["hud_tiny"]->DrawText(Slot->Item->Name, DrawPosition);
// Update position
Row++;
if(Row >= 14) {
Column++;
Row = 0;
}
}
}
}
void FFont::UpdateTo(BFont* font, uint32 mask) const
{
if( !font ) return;
mask &= attrMask;
if( (mask&B_FONT_ALL) == B_FONT_ALL ) {
// Quickly copy everything.
*font = *(BFont*)this;
return;
}
// Only copy specific fields.
if( mask & B_FONT_FAMILY_AND_STYLE ) {
font->SetFamilyAndStyle(FamilyAndStyle());
}
if( mask & B_FONT_SIZE ) {
font->SetSize(Size());
}
if( mask & B_FONT_SHEAR ) {
font->SetShear(Shear());
}
if( mask & B_FONT_ROTATION ) {
font->SetRotation(Rotation());
}
if( mask & B_FONT_SPACING ) {
font->SetSpacing(Spacing());
}
if( mask & B_FONT_ENCODING ) {
font->SetEncoding(Encoding());
}
if( mask & B_FONT_FACE ) {
font->SetFace(Face());
}
if( mask & B_FONT_FLAGS ) {
font->SetFlags(Flags());
}
}
void ParagraphParameters::read(Lexer & lex, bool merge)
{
if (!merge)
clear();
while (lex.isOK()) {
lex.nextToken();
string const token = lex.getString();
if (token.empty())
continue;
if (token[0] != '\\') {
lex.pushToken(token);
break;
}
if (token == "\\noindent") {
noindent(true);
} else if (token == "\\indent") {
//not found in LyX files but can be used with lfuns
noindent(false);
} else if (token == "\\indent-toggle") {
//not found in LyX files but can be used with lfuns
noindent(!noindent());
} else if (token == "\\leftindent") {
lex.next();
Length value(lex.getString());
leftIndent(value);
} else if (token == "\\start_of_appendix") {
startOfAppendix(true);
} else if (token == "\\paragraph_spacing") {
lex.next();
string const tmp = rtrim(lex.getString());
if (tmp == "default") {
//not found in LyX files but can be used with lfuns
spacing(Spacing(Spacing::Default));
} else if (tmp == "single") {
spacing(Spacing(Spacing::Single));
} else if (tmp == "onehalf") {
spacing(Spacing(Spacing::Onehalf));
} else if (tmp == "double") {
spacing(Spacing(Spacing::Double));
} else if (tmp == "other") {
lex.next();
spacing(Spacing(Spacing::Other,
lex.getString()));
} else {
lex.printError("Unknown spacing token: '$$Token'");
}
} else if (token == "\\align") {
lex.next();
int tmpret = findToken(string_align, lex.getString());
if (tmpret == -1)
++tmpret;
align(LyXAlignment(1 << tmpret));
} else if (token == "\\labelwidthstring") {
lex.eatLine();
labelWidthString(lex.getDocString());
} else {
lex.pushToken(token);
break;
}
}
}
int GetConvArgs( FRAME *frame, struct TagItem *tags, struct PPTBase *xd, struct convargs *cargs )
{
Object *Win, *wtgroup, *weights[7][7], *Bias, *Frq, *Name, *Div;
ULONG sigmask, sig, rc;
int quit = FALSE, res = PERR_OK,i,j;
struct Window *win;
struct IntuitionBase *IntuitionBase = xd->lb_Intuition;
struct ExecBase *SysBase = xd->lb_Sys;
struct Library *BGUIBase = xd->lb_BGUI;
char *name = "Unknown";
#ifdef DEBUG_MODE
PDebug("\tCreating window object\n");
#endif
Win = WindowObject,
WINDOW_Screen, xd->g->maindisp->scr,
WINDOW_Title, frame->nd.ln_Name,
WINDOW_Font, xd->g->userprefs->mainfont,
WINDOW_ScreenTitle, "Convolute Tool",
WINDOW_ScaleWidth, 20,
WINDOW_MenuStrip, Menus,
TAG_SKIP, (cargs->winpos.Height == 0) ? 1 : 0,
WINDOW_Bounds, &(cargs->winpos),
WINDOW_NoBufferRP, TRUE,
WINDOW_MasterGroup,
VGroupObject, Spacing(4), HOffset(6), VOffset(4),
StartMember,
Name = InfoFixed("Name:","",NULL,1),
EndMember,
StartMember,
HGroupObject, Spacing(4), HOffset(4),
StartMember,
/* Grid */
wtgroup = VGroupObject,
StartMember,
HGroupObject,
StartMember,
weights[0][0] = Integer(NULL,0,3,GID_W00),
EndMember,
StartMember,
weights[0][1] = Integer(NULL,0,3,GID_W01),
EndMember,
StartMember,
weights[0][2] = Integer(NULL,0,3,GID_W02),
EndMember,
StartMember,
weights[0][3] = Integer(NULL,0,3,GID_W03),
EndMember,
StartMember,
weights[0][4] = Integer(NULL,0,3,GID_W04),
EndMember,
StartMember,
weights[0][5] = Integer(NULL,0,3,GID_W05),
EndMember,
StartMember,
weights[0][6] = Integer(NULL,0,3,GID_W06),
EndMember,
EndObject,
EndMember,
StartMember,
HGroupObject,
StartMember,
weights[1][0] = Integer(NULL,0,3,GID_W10),
EndMember,
StartMember,
weights[1][1] = Integer(NULL,0,3,GID_W11),
EndMember,
StartMember,
weights[1][2] = Integer(NULL,0,3,GID_W12),
EndMember,
StartMember,
weights[1][3] = Integer(NULL,0,3,GID_W13),
EndMember,
StartMember,
weights[1][4] = Integer(NULL,0,3,GID_W14),
EndMember,
StartMember,
weights[1][5] = Integer(NULL,0,3,GID_W15),
EndMember,
StartMember,
weights[1][6] = Integer(NULL,0,3,GID_W16),
EndMember,
EndObject,
EndMember,
StartMember,
HGroupObject,
StartMember,
weights[2][0] = Integer(NULL,0,3,GID_W20),
EndMember,
StartMember,
weights[2][1] = Integer(NULL,0,3,GID_W21),
EndMember,
StartMember,
weights[2][2] = Integer(NULL,0,3,GID_W22),
EndMember,
StartMember,
weights[2][3] = Integer(NULL,0,3,GID_W23),
EndMember,
StartMember,
weights[2][4] = Integer(NULL,0,3,GID_W24),
EndMember,
StartMember,
weights[2][5] = Integer(NULL,0,3,GID_W25),
EndMember,
StartMember,
weights[2][6] = Integer(NULL,0,3,GID_W26),
EndMember,
EndObject,
EndMember,
StartMember,
HGroupObject,
StartMember,
weights[3][0] = Integer(NULL,0,3,GID_W30),
EndMember,
StartMember,
weights[3][1] = Integer(NULL,0,3,GID_W31),
EndMember,
StartMember,
weights[3][2] = Integer(NULL,0,3,GID_W32),
EndMember,
StartMember,
weights[3][3] = Integer(NULL,1,3,GID_W33),
EndMember,
StartMember,
weights[3][4] = Integer(NULL,0,3,GID_W34),
EndMember,
StartMember,
weights[3][5] = Integer(NULL,0,3,GID_W35),
EndMember,
StartMember,
weights[3][6] = Integer(NULL,0,3,GID_W36),
EndMember,
EndObject,
EndMember,
StartMember,
HGroupObject,
StartMember,
weights[4][0] = Integer(NULL,0,3,GID_W40),
EndMember,
StartMember,
weights[4][1] = Integer(NULL,0,3,GID_W41),
EndMember,
StartMember,
weights[4][2] = Integer(NULL,0,3,GID_W42),
EndMember,
StartMember,
weights[4][3] = Integer(NULL,0,3,GID_W43),
EndMember,
StartMember,
weights[4][4] = Integer(NULL,0,3,GID_W44),
EndMember,
StartMember,
weights[4][5] = Integer(NULL,0,3,GID_W45),
EndMember,
StartMember,
weights[4][6] = Integer(NULL,0,3,GID_W46),
EndMember,
EndObject,
EndMember,
StartMember,
HGroupObject,
StartMember,
weights[5][0] = Integer(NULL,0,3,GID_W50),
EndMember,
StartMember,
weights[5][1] = Integer(NULL,0,3,GID_W51),
EndMember,
StartMember,
weights[5][2] = Integer(NULL,0,3,GID_W52),
EndMember,
StartMember,
weights[5][3] = Integer(NULL,0,3,GID_W53),
EndMember,
StartMember,
weights[5][4] = Integer(NULL,0,3,GID_W54),
EndMember,
StartMember,
weights[5][5] = Integer(NULL,0,3,GID_W55),
EndMember,
StartMember,
weights[5][6] = Integer(NULL,0,3,GID_W56),
EndMember,
EndObject,
EndMember,
StartMember,
HGroupObject,
StartMember,
weights[6][0] = Integer(NULL,0,3,GID_W60),
EndMember,
StartMember,
weights[6][1] = Integer(NULL,0,3,GID_W61),
EndMember,
StartMember,
weights[6][2] = Integer(NULL,0,3,GID_W62),
EndMember,
StartMember,
weights[6][3] = Integer(NULL,0,3,GID_W63),
EndMember,
StartMember,
weights[6][4] = Integer(NULL,0,3,GID_W64),
EndMember,
StartMember,
weights[6][5] = Integer(NULL,0,3,GID_W65),
EndMember,
StartMember,
weights[6][6] = Integer(NULL,0,3,GID_W66),
EndMember,
EndObject,
EndMember,
StartMember,
HGroupObject, Spacing(4),
StartMember,
Bias = Integer("Bias:",0,4,GID_BIAS),
EndMember,
StartMember,
Div = Integer("Div:",1,4,GID_DIV),
EndMember,
EndObject,
EndMember,
EndObject, Weight(75),
EndMember,
StartMember,
VGroupObject, Spacing(4),
StartMember,
XenButton("Load",GID_LOAD),
EndMember,
StartMember,
XenButton("Save",GID_SAVE),
EndMember,
StartMember,
XenButton("Clear",GID_CLEAR),
EndMember,
StartMember,
XenButton("Convolute!",GID_OK),
EndMember,
StartMember,
XenButton("Cancel",GID_CANCEL),
EndMember,
EndObject, Weight(10),
EndMember,
EndObject,
EndMember,
EndObject, /* MasterVGroup */
EndObject; /* Window */
if(Win) {
#ifdef DEBUG_MODE
PDebug("\tSucceeded in creating window\n");
#endif
for(i = 0; i < 7; i++) {
for(j = 0; j < 7; j++) {
SetGadgetAttrs( (struct Gadget *)weights[i][j], NULL, NULL,
STRINGA_LongVal, cargs->weights[i][j], TAG_DONE );
}
}
SetGadgetAttrs( (struct Gadget *)Bias, NULL, NULL, STRINGA_LongVal, cargs->bias, TAG_DONE);
SetGadgetAttrs( (struct Gadget *)Div, NULL, NULL, STRINGA_LongVal, cargs->div, TAG_DONE);
SetGadgetAttrs( (struct Gadget *)Name, NULL, NULL, INFO_TextFormat, cargs->name, TAG_DONE);
if( win = WindowOpen( Win ) ) {
#ifdef DEBUG_MODE
PDebug("\tOpened window OK\n");
#endif
Frq = FileReqObject,
ASLFR_Window, win,
ASLFR_SleepWindow, TRUE,
ASLFR_InitialDrawer, "PROGDIR:modules/convolutions",
ASLFR_InitialPattern,"~(#?.info)",
EndObject;
GetAttr( WINDOW_SigMask, Win, &sigmask );
while(!quit) {
sig = Wait(sigmask | SIGBREAKF_CTRL_C | SIGBREAKF_CTRL_F);
/*
* Break signal
*/
if( sig & SIGBREAKF_CTRL_C ) {
quit = TRUE;
res = PERR_BREAK;
}
if( sig & SIGBREAKF_CTRL_F ) {
WindowToFront( win );
ActivateWindow( win );
}
/*
* Gadget message
*/
if( sig & sigmask ) {
while(( rc = HandleEvent( Win )) != WMHI_NOMORE ) {
struct TagItem clrtable[] = { STRINGA_LongVal, 0, TAG_END };
struct TagItem nonametable[] = { INFO_TextFormat, (ULONG)"unnamed", TAG_END };
struct TagItem settable[] = {STRINGA_LongVal, 0, TAG_END };
struct TagItem frqloadtable[] = {ASLFR_DoSaveMode, FALSE, TAG_END };
struct TagItem newnametable[] = {INFO_TextFormat, NULL, TAG_END };
struct TagItem frqsavetable[] = {ASLFR_DoSaveMode, TRUE, TAG_END };
struct TagItem nametable[] = {INFO_TextFormat, NULL, TAG_END };
int id;
switch(rc) {
case WMHI_CLOSEWINDOW:
case GID_CANCEL:
res = PERR_CANCELED;
quit = TRUE;
WindowClose(Win);
break;
case GID_CLEAR:
WindowBusy(Win);
clrtable[0].ti_Data = 0;
SetGadgetAttrsA( (struct Gadget *)Bias, win, NULL, clrtable);
for(i = 0; i < 7; i++) {
for(j = 0; j < 7; j++) {
SetGadgetAttrsA( (struct Gadget *)weights[i][j], win,
NULL, clrtable );
cargs->weights[i][j] = 0;
}
}
clrtable[0].ti_Data = 1; /* For Divisor & Middle value. */
SetGadgetAttrsA( (struct Gadget *)weights[3][3], win,
NULL, clrtable );
cargs->weights[3][3] = 1;
clrtable[0].ti_Data = 1; /* For Divisor */
SetGadgetAttrsA( (struct Gadget *)Div, win, NULL, clrtable);
SetGadgetAttrsA( (struct Gadget *) Name, win, NULL, nonametable);
WindowReady(Win);
break;
case GID_LOAD:
SetAttrsA( Frq, frqloadtable );
if(DoRequest( Frq ) == FRQ_OK) {
GetAttr( FRQ_Path, Frq, (ULONG *)&name );
WindowBusy(Win);
if(LoadConvFilter( xd, name, cargs ) == PERR_OK ) {
for(i = 0; i < 7; i++) {
for(j = 0; j < 7; j++) {
settable[0].ti_Data = cargs->weights[i][j];
SetGadgetAttrsA( (struct Gadget *)weights[i][j], win,
NULL, settable );
}
}
settable[0].ti_Data = cargs->bias;
SetGadgetAttrsA( (struct Gadget *)Bias, win, NULL, settable);
settable[0].ti_Data = cargs->div;
SetGadgetAttrsA( (struct Gadget *)Div, win, NULL, settable);
GetAttr( FRQ_File, Frq, (ULONG *) &newnametable[0].ti_Data );
SetGadgetAttrsA( (struct Gadget *) Name, win, NULL, newnametable);
}
WindowReady(Win);
}
break;
case GID_SAVE:
SetAttrsA( Frq, frqsavetable );
if(DoRequest(Frq) == FRQ_OK) {
WindowBusy(Win);
GetAttr( FRQ_Path, Frq, (ULONG *)&name );
for(i = 0; i < 7; i++) {
for(j = 0; j < 7; j++) {
GetAttr( STRINGA_LongVal, weights[i][j], (ULONG *) &(cargs->weights[i][j]) );
}
}
GetAttr( STRINGA_LongVal, Bias, (ULONG *) &(cargs->bias));
GetAttr( STRINGA_LongVal, Div, (ULONG *) &(cargs->div));
SaveConvFilter( xd, name, cargs );
GetAttr( FRQ_File, Frq, &nametable[0].ti_Data );
SetGadgetAttrsA( (struct Gadget *) Name, win, NULL, nametable);
WindowReady(Win);
}
break;
case GID_OK:
GetAttr( STRINGA_LongVal, Bias, (ULONG *) &(cargs->bias));
GetAttr( STRINGA_LongVal, Div, (ULONG *) &(cargs->div));
GetAttr( WINDOW_Bounds, Win, (ULONG *) &(cargs->winpos) );
if( cargs->div != 0 ) {
WindowClose(Win);
for(i = 0; i < 7; i++) {
for(j = 0; j < 7; j++) {
GetAttr( STRINGA_LongVal, weights[i][j], (ULONG *) &(cargs->weights[i][j]) );
}
}
GetAttr( STRINGA_LongVal, Bias, (ULONG *) &(cargs->bias));
GetAttr( STRINGA_LongVal, Div, (ULONG *) &(cargs->div));
strncpy( cargs->name, name, 40 );
res = PERR_OK;
quit = TRUE;
}
break;
default:
if(rc >= OPR(0) && rc <= OPR(1000)) { /* It's a default opr */
WindowBusy(Win);
for(id = 0; presets[id].id != rc && presets[id].id != 0L; id++); /* Fetch correct area. */
if(presets[id].id) {
for(i = 0; i < 7; i++) {
for(j = 0; j < 7; j++) {
settable[0].ti_Data = cargs->weights[i][j] = presets[id].weights[i][j];
SetGadgetAttrsA( (struct Gadget *)weights[i][j], win,
NULL, settable );
}
}
settable[0].ti_Data = cargs->bias = presets[id].bias;
SetGadgetAttrsA( (struct Gadget *)Bias, win, NULL, settable);
settable[0].ti_Data = cargs->div = presets[id].div;
SetGadgetAttrsA( (struct Gadget *)Div, win, NULL, settable);
newnametable[0].ti_Data = name = (ULONG)presets[id].name;
SetGadgetAttrsA( (struct Gadget *)Name, win, NULL, newnametable);
}
#ifdef DEBUG_MODE
else {
PDebug("Serious software error!!!\n");
}
#endif
WindowReady(Win);
}
break;
} /* switch */
} /* while */
} /* sig & sigmask */
} /* while(!quit) */
DisposeObject(Win);
DisposeObject(Frq);
} else {
#ifdef DEBUG_MODE
PDebug("\tFailed to get window\n");
#endif
DisposeObject(Win);
return PERR_WONTOPEN;
}
} else {
#ifdef DEBUG_MODE
PDebug("\tFailed to get window object\n");
#endif
return PERR_WONTOPEN;
}
return res;
}
/*
The following cases apply:
Make black transparent
Make white transparent
Make any color transparent
Make background transparent
*/
PERROR OpenGUI(FRAME *frame, struct Objects *o, struct Values *v, struct PPTBase *PPTBase)
{
struct Library *BGUIBase = PPTBase->lb_BGUI;
struct Screen *scr = PPTBase->g->maindisp->scr;
struct Library *ColorWheelBase = o->ColorWheelBase;
struct GfxBase *GfxBase = PPTBase->lb_Gfx;
struct IntuitionBase *IntuitionBase = PPTBase->lb_Intuition;
BOOL V39 = FALSE;
struct ColorWheelRGB rgb;
struct ColorWheelHSB hsb;
sprintf(o->wtitle, MYNAME ": %s", frame->name );
if( PPTBase->lb_Gfx->LibNode.lib_Version >= 39 ) {
int i;
V39 = TRUE;
rgb.cw_Red = 0;
rgb.cw_Green = 0;
rgb.cw_Blue = 0;
ConvertRGBToHSB( &rgb, &hsb );
for( i = 0; i < GRADCOLORS; i++ ) {
hsb.cw_Brightness = (ULONG)0xffffffff - (((ULONG)0xffffffff / GRADCOLORS ) * i );
ConvertHSBToRGB( &hsb, &rgb );
if( -1 == (o->pens[i] = ObtainBestPen( scr->ViewPort.ColorMap,
rgb.cw_Red, rgb.cw_Green, rgb.cw_Blue,
TAG_DONE ) ) ) {
break;
}
}
o->pens[i] = ~0;
o->numpens = i;
o->Gradient = ExternalObject,
GA_ID, GID_GRADIENTSLIDER,
EXT_MinWidth, 10,
EXT_MinHeight, 10,
EXT_ClassID, "gradientslider.gadget",
EXT_NoRebuild, TRUE,
GRAD_PenArray, o->pens,
PGA_Freedom, LORIENT_VERT,
EndObject;
if( o->Gradient )
GetAttr( EXT_Object, o->Gradient, (ULONG *) &o->RealGradient );
}
o->Win = WindowObject,
WINDOW_Screen, scr,
WINDOW_Title, o->wtitle,
WINDOW_ScreenTitle, "Transparency: Click on the image to choose a color",
v->window.Height ? TAG_IGNORE : TAG_SKIP, 1,
WINDOW_Bounds, &v->window,
WINDOW_ScaleWidth, 30,
WINDOW_NoBufferRP, TRUE,
WINDOW_MenuStrip, mymenus,
// WINDOW_HelpFile, "Docs/effects.guide",
// WINDOW_HelpNode, "Transparency",
// WINDOW_HelpText, infoblurb,
WINDOW_CloseOnEsc, TRUE,
WINDOW_MasterGroup,
VGroupObject, Spacing(4), HOffset(6), VOffset(4),
StartMember,
HGroupObject, Spacing(6),
StartMember,
VGroupObject, Spacing(4),
StartMember,
InfoObject,
INFO_TextFormat, ISEQ_C "Please, do select\n"
"which color should be\n"
"transparent:",
INFO_MinLines, 3,
ButtonFrame, FRM_Flags, FRF_RECESSED,
EndObject,
LGO_NoAlign, TRUE,
EndMember,
VarSpace(25),
StartMember,
VGroupObject,
StartMember,
HGroupObject, Spacing(3),
StartMember,
o->Red = SliderObject,
GA_ID, GID_RED,
Label("Red"), Place(PLACE_LEFT),
SLIDER_Min, 0,
SLIDER_Max, 255,
SLIDER_Level, v->r,
EndObject,
EndMember,
StartMember,
o->RedI = StringObject,
GA_ID, GID_REDI,
STRINGA_MinCharsVisible,4,
STRINGA_MaxChars, 3,
STRINGA_IntegerMin, 0,
STRINGA_IntegerMax, 255,
STRINGA_LongVal, v->r,
EndObject, Weight(1),
EndMember,
EndObject, FixMinHeight,
EndMember,
StartMember,
HGroupObject, Spacing(3),
StartMember,
o->Green = SliderObject,
GA_ID, GID_GREEN,
Label("Green"), Place(PLACE_LEFT),
SLIDER_Min, 0,
SLIDER_Max, 255,
SLIDER_Level, v->g,
EndObject,
EndMember,
StartMember,
o->GreenI = StringObject,
GA_ID, GID_GREENI,
STRINGA_MinCharsVisible,4,
STRINGA_MaxChars, 3,
STRINGA_IntegerMin, 0,
STRINGA_IntegerMax, 255,
STRINGA_LongVal, v->g,
EndObject, Weight(1),
EndMember,
EndObject, FixMinHeight,
EndMember,
StartMember,
HGroupObject, Spacing(3),
StartMember,
o->Blue = SliderObject,
GA_ID, GID_BLUE,
Label("Blue"), Place(PLACE_LEFT),
SLIDER_Min, 0,
SLIDER_Max, 255,
SLIDER_Level, v->b,
EndObject,
EndMember,
StartMember,
o->BlueI = StringObject,
GA_ID, GID_BLUEI,
STRINGA_MinCharsVisible,4,
STRINGA_MaxChars, 3,
STRINGA_IntegerMin, 0,
STRINGA_IntegerMax, 255,
STRINGA_LongVal, v->b,
EndObject, Weight(1),
EndMember,
EndObject, FixMinHeight,
EndMember,
EndObject,
EndMember,
VarSpace(25),
EndObject, LGO_NoAlign, TRUE,
EndMember,
(V39) ? TAG_IGNORE : TAG_SKIP, 2,
StartMember,
o->Wheel = ExternalObject,
EXT_MinWidth, 30,
EXT_MinHeight, 30,
EXT_ClassID, "colorwheel.gadget",
WHEEL_Screen, scr,
/*
** Pass a pointer to the "real" gradient slider
** here.
**/
WHEEL_GradientSlider, o->RealGradient,
WHEEL_Red, v->r * 0x01010101,
WHEEL_Green, v->g * 0x01010101,
WHEEL_Blue, v->b * 0x01010101,
GA_FollowMouse, TRUE,
GA_ID, GID_WHEEL,
/*
** These attributes of the colorwheel are
** tracked and reset to the object after
** it has been rebuild. This way the current
** colorwheel internals will not be lost
** after the object is re-build.
**/
EXT_TrackAttr, WHEEL_Red,
EXT_TrackAttr, WHEEL_Green,
EXT_TrackAttr, WHEEL_Blue,
EXT_TrackAttr, WHEEL_Hue,
EXT_TrackAttr, WHEEL_Saturation,
EXT_TrackAttr, WHEEL_Brightness,
EndObject,
EndMember,
(V39) ? TAG_IGNORE : TAG_SKIP, 3,
StartMember,
o->Gradient, FixWidth(20),
EndMember,
EndObject, LGO_NoAlign, TRUE,
EndMember,
StartMember,
HGroupObject,
StartMember,
o->Trans = SliderObject,
GA_ID, GID_TRANSPARENCY,
Label("Transparency:"), Place(PLACE_LEFT),
SLIDER_Min, 0,
SLIDER_Max, 255,
SLIDER_Level, v->transp,
EndObject,
EndMember,
StartMember,
o->TransI = StringObject,
GA_ID, GID_TRANSPARENCYI,
STRINGA_MinCharsVisible,4,
STRINGA_MaxChars, 3,
STRINGA_IntegerMin, 0,
STRINGA_IntegerMax, 255,
STRINGA_LongVal, v->transp,
EndObject, Weight(1),
EndMember,
EndObject, FixMinHeight,
EndMember,
StartMember,
HGroupObject, NormalSpacing,
StartMember,
o->All = CheckBoxObject,
GA_ID, GID_ALL,
Label("All colors?"),
GA_Selected, (v->mode == MODE_ALL) ? TRUE : FALSE,
EndObject, Weight(1),
EndMember,
StartMember,
o->Tolerance = SliderObject,
GA_ID, GID_TOLERANCE,
Label("Tolerance:"), Place(PLACE_LEFT),
SLIDER_Min, 0,
SLIDER_Max, 255,
SLIDER_Level, v->tolerance,
EndObject,
EndMember,
StartMember,
o->ToleranceI = StringObject,
GA_ID, GID_TOLERANCEI,
STRINGA_MinCharsVisible, 4,
STRINGA_MaxChars, 3,
STRINGA_IntegerMin, 0,
STRINGA_IntegerMax, 255,
STRINGA_LongVal, v->tolerance,
EndObject, Weight(1),
EndMember,
EndObject, FixMinHeight,
EndMember,
StartMember,
HorizSeparator,
EndMember,
StartMember,
HGroupObject,
StartMember,
ButtonObject,
GA_ID, GID_OK,
Label("OK"), Place(PLACE_IN),
EndObject,
EndMember,
VarSpace(DEFAULT_WEIGHT/2),
StartMember,
ButtonObject,
GA_ID, GID_CANCEL,
Label("Cancel"), Place(PLACE_IN),
EndObject,
EndMember,
EndObject, FixMinHeight,
EndMember,
EndObject,
EndObject;
if( o->Win ) {
/*
* Attach the gadgets unto each other
*/
AddMap( o->Trans, o->TransI, dpcol_sl2int );
AddMap( o->TransI,o->Trans, dpcol_int2sl );
AddMap( o->Red, o->RedI, dpcol_sl2int );
AddMap( o->RedI,o->Red, dpcol_int2sl );
AddMap( o->Green, o->GreenI, dpcol_sl2int );
AddMap( o->GreenI,o->Green, dpcol_int2sl );
AddMap( o->Blue, o->BlueI, dpcol_sl2int );
AddMap( o->BlueI,o->Blue, dpcol_int2sl );
AddMap( o->Tolerance, o->ToleranceI, dpcol_sl2int );
AddMap( o->ToleranceI,o->Tolerance, dpcol_int2sl );
AddCondit( o->All, o->Red, GA_Selected, FALSE,
GA_Disabled, FALSE, GA_Disabled, TRUE );
AddCondit( o->All, o->RedI, GA_Selected, FALSE,
GA_Disabled, FALSE, GA_Disabled, TRUE );
AddCondit( o->All, o->Green, GA_Selected, FALSE,
GA_Disabled, FALSE, GA_Disabled, TRUE );
AddCondit( o->All, o->GreenI, GA_Selected, FALSE,
GA_Disabled, FALSE, GA_Disabled, TRUE );
AddCondit( o->All, o->Blue, GA_Selected, FALSE,
GA_Disabled, FALSE, GA_Disabled, TRUE );
AddCondit( o->All, o->BlueI, GA_Selected, FALSE,
GA_Disabled, FALSE, GA_Disabled, TRUE );
AddCondit( o->All, o->ToleranceI, GA_Selected, FALSE,
GA_Disabled, FALSE, GA_Disabled, TRUE );
AddCondit( o->All, o->Tolerance, GA_Selected, FALSE,
GA_Disabled, FALSE, GA_Disabled, TRUE );
if(V39) {
AddCondit( o->All, o->Wheel, GA_Selected, FALSE,
GA_Disabled, FALSE, GA_Disabled, TRUE );
AddCondit( o->All, o->Gradient, GA_Selected, FALSE,
GA_Disabled, FALSE, GA_Disabled, TRUE );
}
if( o->win = WindowOpen(o->Win) ) {
/* This sets the other gadgets disabled or enabled */
SetGadgetAttrs( (struct Gadget *)o->All, o->win, NULL,
GA_Selected, (v->mode == MODE_ALL) ? TRUE : FALSE, TAG_DONE );
} else {
DisposeObject(o->Win);
}
}
return (BOOL)(o->win ? PERR_OK : PERR_WINDOWOPEN);
}
float TerrainMipMapLevel::WorldLength() {
return (m_baseGrid->Size()-1)*Spacing();
}
void
FontDemoView::_DrawView(BView* view)
{
if (!view)
return;
view->SetDrawingMode(B_OP_COPY);
BRect rect = view->Bounds();
view->SetHighColor(255, 255, 255);
view->FillRect(rect);
if (!fString)
return;
view->SetFont(&fFont, B_FONT_ALL);
const size_t size = strlen(fString);
BRect boundBoxes[size];
if (OutLineLevel())
fFont.GetGlyphShapes(fString, size, fShapes);
else
fFont.GetBoundingBoxesAsGlyphs(fString, size, B_SCREEN_METRIC, boundBoxes);
float escapementArray[size];
//struct escapement_delta escapeDeltas[size];
struct edge_info edgeInfo[size];
/*
for (size_t j = 0; j < size; j++) {
escapeDeltas[j].nonspace = 0.0f;
escapeDeltas[j].space = 0.0f;
}
*/
fFont.GetEdges(fString, size, edgeInfo);
fFont.GetEscapements(fString, size, /*escapeDeltas,*/ escapementArray);
font_height fh;
fFont.GetHeight(&fh);
float xCoordArray[size];
float yCoordArray[size];
float yCoord = (rect.Height() + fh.ascent - fh.descent) / 2;
float xCoord = -rect.Width() / 2;
const float xCenter = xCoord * -1;
const float r = Rotation() * (M_PI / 180.0);
const float cosinus = cos(r);
const float sinus = -sin(r);
// When the bounding boxes workes properly we will invalidate only the
// region area instead of the whole view.
fBoxRegion.MakeEmpty();
for (size_t i = 0; i < size; i++) {
xCoordArray[i] = 0.0f;
yCoordArray[i] = 0.0f;
yCoordArray[i] = sinus * (xCoord - xCoordArray[i]);
xCoordArray[i] = cosinus * xCoord;
xCoordArray[i] += xCenter;
yCoordArray[i] += yCoord;
boundBoxes[i].OffsetBy(xCoordArray[i], yCoordArray[i]);
if (OutLineLevel()) {
view->MovePenTo(xCoordArray[i], yCoordArray[i]);
view->SetHighColor(ui_color(B_PANEL_BACKGROUND_COLOR));
view->FillShape(fShapes[i]);
view->SetPenSize(OutLineLevel());
view->SetHighColor(0, 0, 0);
view->StrokeShape(fShapes[i]);
} else {
view->SetHighColor(0, 0, 0);
view->SetDrawingMode(fDrawingMode);
view->DrawChar(fString[i], BPoint(xCoordArray[i], yCoordArray[i]));
}
if (BoundingBoxes() && !OutLineLevel()) {
if (i % 2)
view->SetHighColor(0, 255, 0);
else
view->SetHighColor(255, 0, 0);
view->SetDrawingMode(B_OP_COPY);
view->StrokeRect(boundBoxes[i]);
}
// add the bounding to the region.
fBoxRegion.Include(boundBoxes[i]);
xCoord += (escapementArray[i] /*+ escapeDeltas[i].nonspace + escapeDeltas[i].space*/)
* FontSize() + Spacing();
//printf("xCoord %f\n", xCoord);
}
}
BOOL GimmeWindow(FRAME *frame, FRAME *with, struct PPTBase *PPTBase )
{
strcpy(wtitle,MYNAME": ");
strcat(wtitle, frame->name);
Win = WindowObject,
WINDOW_Screen, PPTBase->g->maindisp->scr,
WINDOW_Title, wtitle,
v.bounds.Top != ~0 ? TAG_IGNORE : TAG_SKIP, 1,
WINDOW_Bounds, &v.bounds,
WINDOW_Position, POS_CENTERSCREEN,
WINDOW_Font, PPTBase->g->userprefs->mainfont,
WINDOW_MasterGroup,
VGroupObject, Spacing(4), HOffset(4), VOffset(4),
StartMember,
InfoTxt = InfoObject,
INFO_TextFormat, ISEQ_C"Please position the source\n"
"over the destination...",
INFO_MinLines, 3,
EndObject,
EndMember,
StartMember,
InfoObject,
Label("Destination:"),
ButtonFrame,
FRM_Flags, FRF_RECESSED,
INFO_TextFormat, frame->name,
EndObject,
EndMember,
StartMember,
InfoObject,
Label("Source:"),
ButtonFrame,
FRM_Flags, FRF_RECESSED,
INFO_TextFormat, with ? with->name : "None",
EndObject,
EndMember,
StartMember,
Method = CycleObject, GA_ID, GID_METHOD,
Label("Method:"),
Place(PLACE_LEFT),
ButtonFrame,
CYC_Active, v.method,
CYC_Labels, method_labels,
CYC_Popup, TRUE,
EndObject,
EndMember,
StartMember,
HGroupObject,
StartMember,
Ratio = SliderObject, GA_ID, GID_RATIO,
Label("Ratio:"),
Place(PLACE_LEFT),
SLIDER_Min, 0,
SLIDER_Max, 255,
SLIDER_Level, v.ratio,
PGA_Freedom, FREEHORIZ,
EndObject,
EndMember,
StartMember,
RatioI = IndicatorObject,
INDIC_Min, 0,
INDIC_Max, 255,
INDIC_Level, v.ratio,
INDIC_Justification, IDJ_RIGHT,
INDIC_FormatString, "%3ld",
EndObject, FixMinWidth,
EndMember,
EndObject,
EndMember,
StartMember,
Tile = CheckBoxObject,
GA_ID, GID_TILE,
Label("Tile source?"), Place(PLACE_LEFT),
GA_Selected, v.tile,
EndObject, FixMinSize,
EndMember,
StartMember,
HGroupObject, Spacing(6),
StartMember,
OKButton = ButtonObject,
GA_ID, GID_OK,
Label("OK"),
GA_Disabled, FALSE,
EndObject,
EndMember,
StartMember,
Button("Cancel", GID_CANCEL),
EndMember,
EndObject,
EndMember,
EndObject,
EndObject;
if(Win) {
AddMap( Ratio, RatioI, sl2ind );
AddCondit( Method, Ratio, CYC_Active, Mix, GA_Disabled, FALSE, GA_Disabled, TRUE );
AddCondit( Method, RatioI, CYC_Active, Mix, GA_Disabled, FALSE, GA_Disabled, TRUE );
if( v.method != Mix ) {
SetGadgetAttrs( (struct Gadget *)Ratio, NULL, NULL, GA_Disabled, TRUE, TAG_DONE );
SetGadgetAttrs( (struct Gadget *)RatioI, NULL, NULL, GA_Disabled, TRUE, TAG_DONE );
}
win = WindowOpen(Win);
if(!win) {
SetErrorCode(frame,PERR_WINDOWOPEN);
DisposeObject(Win);
return FALSE;
}
} else
return FALSE;
return TRUE;
}
