void ofxAnimatableOfColor::startBlinking( float blinkDuration) {
setRepeatType(LOOP_BACK_AND_FORTH);
setCurve(EASE_IN_EASE_OUT);
setAlphaOnly(0.0f);
setDuration( blinkDuration );
ofColor c = getCurrentColor();
c.a = 255;
animateTo( c );
}
void Image::parseAttr(std::vector<std::string>* keys, std::vector<std::string>* values)
{
Widget::parseAttr(keys, values);
for (auto i = 0; i < keys->size(); ++i)
{
const auto& _key = keys->at(i);
const auto& _value = values->at(i);
if (_key == "source" || _key == "src")
{
setSource(_value);
}
else if (_key == "texturerect" || _key == "rect")
{
auto _rect = ParamUtil::readRect(_value);
m_renderer->setTextureRect(_rect);
}
else if (_key == "repeattype")
{
RepeatType _repeatType = RepeatType::SCALE;
if (_value == "pattern")
_repeatType = RepeatType::PATTERN;
setRepeatType(_repeatType);
}
else if (_key == "filter")
{
FilterType _filter = FilterType::NONE;
if (_value == "gray")
{
_filter = FilterType::GRAY;
}
else if (_value == "blur")
{
_filter = FilterType::BLUR;
}
setFilter(_filter);
}
else if (_key == "graypercent")
{
setGrayPercent(tina::ParamUtil::readFloat(_value));
}
else if (_key == "blurradius")
{
setBlurRadius(tina::ParamUtil::readFloat(_value));
}
else if (_key == "blursamplenum")
{
setBlurSampleNum(tina::ParamUtil::readFloat(_value));
}
}
}