#ifndef RadialGradientAttributes_h
#define RadialGradientAttributes_h
#include "core/svg/GradientAttributes.h"
namespace WebCore {
struct RadialGradientAttributes : GradientAttributes {
RadialGradientAttributes()
: m_cx(SVGLength::create(LengthModeWidth))
, m_cy(SVGLength::create(LengthModeHeight))
, m_r(SVGLength::create(LengthModeOther))
, m_fx(SVGLength::create(LengthModeWidth))
, m_fy(SVGLength::create(LengthModeHeight))
, m_fr(SVGLength::create(LengthModeOther))
, m_cxSet(false)
, m_cySet(false)
, m_rSet(false)
, m_fxSet(false)
, m_fySet(false)
, m_frSet(false)
{
m_cx->setValueAsString("50%", IGNORE_EXCEPTION);
m_cy->setValueAsString("50%", IGNORE_EXCEPTION);
m_r->setValueAsString("50%", IGNORE_EXCEPTION);
}
SVGLength* cx() const { return m_cx.get(); }
SVGLength* cy() const { return m_cy.get(); }
SVGLength* r() const { return m_r.get(); }
SVGLength* fx() const { return m_fx.get(); }
SVGLength* fy() const { return m_fy.get(); }
SVGLength* fr() const { return m_fr.get(); }
void setCx(PassRefPtr<SVGLength> value) { m_cx = value; m_cxSet = true; }
void setCy(PassRefPtr<SVGLength> value) { m_cy = value; m_cySet = true; }
void setR(PassRefPtr<SVGLength> value) { m_r = value; m_rSet = true; }
void setFx(PassRefPtr<SVGLength> value) { m_fx = value; m_fxSet = true; }
void setFy(PassRefPtr<SVGLength> value) { m_fy = value; m_fySet = true; }
void setFr(PassRefPtr<SVGLength> value) { m_fr = value; m_frSet = true; }
bool hasCx() const { return m_cxSet; }
bool hasCy() const { return m_cySet; }
bool hasR() const { return m_rSet; }
bool hasFx() const { return m_fxSet; }
bool hasFy() const { return m_fySet; }
bool hasFr() const { return m_frSet; }
private:
RefPtr<SVGLength> m_cx;
RefPtr<SVGLength> m_cy;
RefPtr<SVGLength> m_r;
RefPtr<SVGLength> m_fx;
RefPtr<SVGLength> m_fy;
RefPtr<SVGLength> m_fr;
bool m_cxSet : 1;
bool m_cySet : 1;
bool m_rSet : 1;
bool m_fxSet : 1;
bool m_fySet : 1;
bool m_frSet : 1;
};
}
#endif