/**
* @fn void bitmap_t::fill(UINT32 color, const rectangle &cliprect)
*
* @brief -------------------------------------------------
* fill -- fill a bitmap with a solid color
* -------------------------------------------------.
*
* @param color The color.
* @param bounds The bounds.
*/
public void fill(uint64_t color, rectangle bounds)
{
// if we have a cliprect, intersect with that
rectangle fill = bounds;
fill &= m_cliprect;
if (!fill.empty())
{
// based on the bpp go from there
switch (m_bpp)
{
case 8:
for (int32_t y = fill.top(); y <= fill.bottom(); y++)
{
std.fill_n(pixt <uint8_t, PixelType_operators_u8>(y, fill.left()), (size_t)fill.width(), (uint8_t)color); //std::fill_n(&pixt<uint8_t>(y, fill.left()), fill.width(), uint8_t(color));
}
break;
case 16:
for (int32_t y = fill.top(); y <= fill.bottom(); ++y)
{
std.fill_n((PointerU16)pixt <uint16_t, PixelType_operators_u16>(y, fill.left()), (size_t)fill.width(), (uint16_t)color); //std::fill_n(&pixt<uint16_t>(y, fill.left()), fill.width(), uint16_t(color));
}
break;
case 32:
for (int32_t y = fill.top(); y <= fill.bottom(); ++y)
{
std.fill_n((PointerU32)pixt <uint32_t, PixelType_operators_u32>(y, fill.left()), (size_t)fill.width(), (uint32_t)color); //std::fill_n(&pixt<uint32_t>(y, fill.left()), fill.width(), uint32_t(color));
}
break;
case 64:
for (int32_t y = fill.top(); y <= fill.bottom(); ++y)
{
std.fill_n((PointerU64)pixt <uint64_t, PixelType_operators_u64>(y, fill.left()), (size_t)fill.width(), (uint64_t)color); //std::fill_n(&pixt<uint64_t>(y, fill.left()), fill.width(), uint64_t(color));
}
break;
}
}
}
