spaces/cmyk.cpp

	spaces/components.cpp

	spaces/gamut.cpp

	spaces/gray.cpp

	spaces/hsl.cpp

	spaces/hsluv.cpp

	spaces/hsv.cpp

	spaces/linear-rgb.cpp

	spaces/luv.cpp

	spaces/ok-color.cpp

	spaces/okhsl.cpp

	spaces/okhsv.cpp

	spaces/oklab.cpp

	spaces/oklch.cpp

	spaces/named.cpp

    bool do_transform(std::vector<double> &io) const;

    template <typename In, typename Out>

    bool do_transform(In const &i, Out &o)

    {

        assert(i.size() >= _channels_in && o.size() >= _channels_out);

        cmsDoTransform(_handle, &i.front(), &o.front(), 1);

        return true;

    }

private:

    int _channels_in;

 */

bool Color::convert(std::shared_ptr<Space::AnySpace> to_space)

{

    if (!to_space || !to_space->isValid()) {

    if (!to_space || !to_space->hasValidCmsProfile()) {

        return false;

    }

        }

        auto space = _spaces.find(cms_name)->second;

        if (!space->isValid()) {

        if (!space->hasValidCmsProfile()) {

            for (int i = 2; i >= 0; i--) {

                // Assume RGB fallback data if three doubles. Else black.

                values.insert(values.begin(), fallback.size() == 3 ? fallback[i] : 0.0);

 * be used in color pickers or store data in a color field. Instead it's purely used

 * for converting a surface of pixels into a luminosity mask while rendering.

 */

class Alpha : public AnySpace

class Alpha : public ProfileSpace<true>

{

public:

    Alpha(): AnySpace(Type::Alpha, 0, "Alpha", "Alpha", "") {}

    Alpha()

        : ProfileSpace(Type::Alpha, 0, "Alpha", "Alpha", "")

    {}

    bool isDirect() const override { return true; }

    std::shared_ptr<Colors::CMS::Profile> const getProfile() const override;

    std::string toString(std::vector<double> const &values, bool opacity) const override

    {

        return "";

    }

    std::string toString(std::vector<double> const &values, bool opacity) const override { return ""; }

};

} // namespace Inkscape::Colors::Space