void drawPiece(BITMAP *scr, Piece *p)
{
int x = p->x * FACE_WIDTH - p->z * EDGE_WIDTH + BOARD_XOFF;
int y = p->y * FACE_HEIGHT - p->z * EDGE_HEIGHT + BOARD_YOFF;
paintPiece(scr, x, y, p);
if(p->mode)
{
int i;
for(i = 3; --i;)
rect(scr, x + 5 - i, y + 5 - i,
x + (FACE_WIDTH - 5) + i, y + (FACE_HEIGHT - 5) + i,
p->mode);
}
if(editing && p->z == 0)
{
if(p->x == 15)
line(scr, x + FACE_WIDTH, y,
x + FACE_WIDTH, y + FACE_HEIGHT,
SELECTED);
if(p->y == 8)
line(scr, x, y + FACE_HEIGHT,
x + FACE_WIDTH, y + FACE_HEIGHT,
SELECTED);
}
}
void SlvPainter::paint(BaseGLWidget* context, bool fTargets, int singleChoise, int upToStep, ELinesDraw cfgLines) const
{
M_ASSERT(m_scube != nullptr);
M_ASSERT(m_scube->shape != nullptr);
context->model.translate(0,0,+1);
//cout << "*****" << endl;
if (singleChoise < 0)
{
for (int f = 0; f < m_scube->dt.size(); ++f)
{
if (upToStep >= 0 && f >= upToStep) // step by step support
break;
if (m_scube->dt[f].abs_sc == -1) // piece not there (solution transformed)
continue;
mglCheckErrorsC("x3");
paintPiece(f, context, fTargets);
mglCheckErrorsC("x4");
if ((!fTargets) && (cfgLines != LINES_NONE))
{
bool linesSingle = false;
if (upToStep >= 0) // step by step support
{
// this is somewhat of a PATCH that doesn't work completely well to make the edges have somewhat proper lines
// since we don't want to regenerate to IFS for every stage (and even that doesn't work so well, see flat10x10)
const int *knei = m_scube->shape->faces[f].nei;
linesSingle = (knei[0] > upToStep) || (knei[1] > upToStep) || (knei[2] > upToStep) || (knei[3] > upToStep);
}
paintLines(f, linesSingle, context, cfgLines);
mglCheckErrorsC("x5");
}
}
}
else
{
paintPiece(singleChoise, context, fTargets);
if ((!fTargets) && (cfgLines == LINES_ALL)) // in single choise, do lines only if ALL (and not if BLACK)
paintLines(singleChoise, true, context, cfgLines);
}
}
