void PrintComponent::ImportColourPlate(CXaraFileRecord* Rec, CamelotRecordHandler *pHandler) { #if !defined(EXCLUDE_FROM_RALPH) BOOL ok = TRUE; PORTNOTETRACE("print","PrintComponent::ImportColourPlate - do nothing"); TypesetInfo *TInfo = GetPrintControl()->GetTypesetInfo(); if (TInfo == NULL) return; ColourPlate *NewPlate = TInfo->CreateColourPlate(); if (NewPlate == NULL) return; BYTE Type; if (ok) ok = Rec->ReadBYTE(&Type); ColourPlateType PlateType = COLOURPLATE_NONE; if (ok) { switch(Type) { case 1: PlateType = COLOURPLATE_CYAN; break; case 2: PlateType = COLOURPLATE_MAGENTA; break; case 3: PlateType = COLOURPLATE_YELLOW; break; case 4: PlateType = COLOURPLATE_KEY; break; case 5: PlateType = COLOURPLATE_SPOT; break; } } IndexedColour *pCol = NULL; if (ok) { INT32 ColRecordNum; ok = Rec->ReadINT32(&ColRecordNum); if (ok && PlateType == COLOURPLATE_SPOT) { DocColour SpotCol; ok = pHandler->GetDocColour(ColRecordNum, &SpotCol); if (ok) pCol = SpotCol.FindParentIndexedColour(); } } // If this is a spot plate, it must reference a valid spot colour if (PlateType == COLOURPLATE_SPOT && (pCol == NULL || pCol->GetType() != COLOURTYPE_SPOT || pCol->IsDeleted()) ) { // Poohs. No point in keeping this plate around delete NewPlate; return; } NewPlate->SetType(NULL, PlateType, pCol); if (ok) { double Angle = 0.0; double Frequency = 60.0; ok = Rec->ReadDOUBLE(&Angle); if (ok) ok = Rec->ReadDOUBLE(&Frequency); if (ok) NewPlate->SetScreenInfo(Angle, Frequency); } BYTE Flags; if (ok) ok = Rec->ReadBYTE(&Flags); if (ok) { NewPlate->SetDisabled( (Flags & 0x01) == 0); // NOTE Flag is ENabled state! NewPlate->SetOverprint((Flags & 0x02) != 0); } if (ok) { // Now, it'll be quite handy if we add the new plate to the plate list! TInfo->AddPlate(NewPlate); } #endif }
BOOL ColourGallery::DoRedefineItem(ListItem *ItemToRedefine) { // Bring up the colour editor on the new colour if (ItemToRedefine != NULL) DoSpecialClick(ItemToRedefine); return(TRUE); #if FALSE ColourList *ColList = ColourManager::GetColourList(); if (ColList == NULL) return(FALSE); DocColour *SourceColour = NULL; if (ColourManager::GetCurrentLineAndFillColours(NULL, &SourceColour)) SourceColour = NULL; // Sourcecolour returned was current attr - don't use if (SourceColour == NULL) { // Nothing to copy to redefine the colour. Report this to the user InformError(_R(IDE_COLGAL_NOSOURCE), _R(IDS_OK)); return(FALSE); } // We have a colour to copy... INT32 Result; IndexedColour *ParentColour = SourceColour->FindParentIndexedColour(); if (ParentColour == NULL) { Result = AskQuestion(_R(IDS_COLGAL_QREDEFINE), _R(IDS_COLGAL_YREDEFINE), _R(IDS_CANCEL)); if (Result == 1) // The user said to go ahead... { // Source is an immediate colour - generate an IndexedColour from its definition ColourGeneric Bob; SourceColour->GetSourceColour(&Bob); *((IndexedColour *)ItemToRedefine) = IndexedColour(SourceColour->GetColourModel(), &Bob); return(TRUE); } return(FALSE); // The user cancelled } if (ParentColour == (IndexedColour *) ItemToRedefine) { InformError(_R(IDE_COLGAL_SAMEITEM)); return(FALSE); } Result = 3; // Default to making a copy of the colour { IndexedColour *NewCol = (IndexedColour *)ItemToRedefine; *NewCol = *ParentColour; if (ParentColour->IsNamed()) { String_128 NewName; // Accomodate overflow- SetName clips this to String_64 NewName.MakeMsg(_R(IDS_COPYOFCOLOUR), (TCHAR *) (*ParentColour->GetName())); ((IndexedColour *)ItemToRedefine)->SetName(NewName); // If the parent was named, then remember it as the 'parent' colour, even // if it was not tint/linked. This will allow the colour editor to default // to linking to a useful colour if tint/link is turned on at a later date. NewCol->SetLinkedParent(ParentColour, NewCol->GetType()); } } if (Result != 0) // Finally, inform the world if this item has changed ColourManager::ColourHasChanged(GetGalleryDocument(), ColList, (IndexedColour *) ItemToRedefine); return(Result != 0); // if Cancelled, return FALSE (no change), else TRUE #endif }