void ewol::widget::ParameterList::onRegenerateDisplay() {
if (true == needRedraw()) {
// clean the object list ...
clearOObjectList();
//EWOL_DEBUG("OnRegenerateDisplay(" << m_size.x << "," << m_size.y << ")");
int32_t tmpOriginX = 0;
int32_t tmpOriginY = 0;
/*
if (true == m_userFill.x) {
tmpOriginX = 0;
}
if (true == m_userFill.y) {
tmpOriginY = 0;
}*/
tmpOriginX += m_paddingSizeX;
tmpOriginY += m_paddingSizeY;
/*
int32_t fontId = getDefaultFontId();
//int32_t minWidth = ewol::getWidth(fontId, m_label);
int32_t minHeight = ewol::getHeight(fontId);
*/
// TODO : Rework this ...
int32_t minHeight=20;
//uint32_t nbColomn = getNuberOfColomn();
int32_t nbRaw = m_list.size();
// For the scrooling windows
m_maxSize.setValue(m_size.x(),
(minHeight + 2*m_paddingSizeY) * nbRaw );
std::vector<int32_t> listSizeColomn;
// set background color :
ewol::compositing::Drawing * tmpDraw = new ewol::compositing::Drawing();
tmpDraw->setColor(etk::Color<>(0xFF, 0xFF, 0xFF, 0xFF));
tmpDraw->setPos(vec3(0,0,0) );
tmpDraw->rectangleWidth(vec3(m_size.x(), m_size.y(), 0) );
uint32_t displayableRaw = m_size.y() / (minHeight + 2*m_paddingSizeY) +2;
int32_t startRaw = m_originScrooled.y() / (minHeight + 2*m_paddingSizeY);
if (startRaw >= nbRaw-1 ) {
startRaw = nbRaw - 1;
}
if (startRaw<0) {
startRaw = 0;
}
// calculate the real position ...
tmpOriginY = m_size.y() - (-m_originScrooled.y() + (startRaw+1)*(minHeight + 2*m_paddingSizeY));
for (int32_t iii=startRaw; iii<nbRaw && iii<(int32_t)(startRaw+displayableRaw); iii++) {
std::string myTextToWrite = "???";
etk::Color<> fg(0x00, 0x00, 0x00, 0xFF);
if (m_list[iii] != nullptr) {
myTextToWrite = m_list[iii]->m_label;
}
ewol::compositing::Text * tmpText = new ewol::compositing::Text();
vec3 textPos;
textPos.setX((int32_t)tmpOriginX);
if (m_list[iii]->m_group == false) {
textPos.setX(textPos.x() + minHeight);
}
textPos.setY((int32_t)(tmpOriginY + m_paddingSizeY));
tmpText->setPos(textPos);
tmpText->print(myTextToWrite);
addOObject(tmpText);
tmpOriginY -= minHeight + 2* m_paddingSizeY;
}
addOObject(tmpDraw, 0);
// call the herited class...
ewol::widget::WidgetScrolled::onRegenerateDisplay();
}
}
void ewol::widget::List::onRegenerateDisplay() {
if (true == needRedraw()) {
// clean the object list ...
clearOObjectList();
//EWOL_DEBUG("OnRegenerateDisplay(" << m_size.x << "," << m_size.y << ")");
int32_t tmpOriginX = 0;
int32_t tmpOriginY = 0;
/*
if (true == m_userFill.x) {
tmpOriginX = 0;
}
if (true == m_userFill.y) {
tmpOriginY = 0;
}*/
tmpOriginX += m_paddingSizeX;
tmpOriginY += m_paddingSizeY;
// TODO : remove this ...
int32_t minHeight = 25;
uint32_t nbColomn = getNuberOfColomn();
int32_t nbRaw = getNuberOfRaw();
// For the scrooling windows
m_maxSize = ivec2(m_size.x(),
(minHeight + 2*m_paddingSizeY) * nbRaw );
std::vector<int32_t> listSizeColomn;
ewol::compositing::Drawing * BGOObjects = new ewol::compositing::Drawing();
etk::Color<> basicBG = getBasicBG();
BGOObjects->setColor(basicBG);
BGOObjects->setPos(vec3(0, 0, 0) );
BGOObjects->rectangleWidth(vec3(m_size.x(), m_size.y(), 0) );
int32_t startRaw = m_originScrooled.y() / (minHeight + 2*m_paddingSizeY);
if (startRaw >= nbRaw-1 ) {
startRaw = nbRaw - 1;
}
if (startRaw<0) {
startRaw = 0;
}
// We display only compleate lines ...
//EWOL_DEBUG("Request drawing list : " << startRaw << "-->" << (startRaw+displayableRaw) << " in " << nbRaw << "raws ; start display : " << m_originScrooled.y << " == > " << tmpOriginY << " line size=" << minHeight + 2*m_paddingSizeY );
/*clipping_ts drawClipping;
drawClipping.x = 0;
drawClipping.y = 0;
drawClipping.w = m_size.x - (2*m_paddingSizeX);
drawClipping.h = m_size.y;
*/
// remove all the positions :
m_lineSize.clear();
int32_t displayPositionY = m_size.y();
int32_t displayPositionX = 0;
ivec2 tmpRegister(startRaw, displayPositionY);
// add the default position raw :
m_lineSize.push_back(tmpRegister);
for (size_t jjj=0; jjj<nbColomn && displayPositionX < m_size.x() ; jjj++) {
int32_t sizeColom = 0;
displayPositionY = m_size.y();
m_nbVisibleRaw = 0;
for (int32_t iii=startRaw; iii<nbRaw && displayPositionY >= 0; iii++) {
m_nbVisibleRaw++;
std::string myTextToWrite;
etk::Color<> fg;
etk::Color<> bg;
getElement(jjj, iii, myTextToWrite, fg, bg);
ewol::compositing::Text * tmpText = new ewol::compositing::Text();
if (nullptr != tmpText) {
// get font size :
int32_t tmpFontHeight = tmpText->calculateSize(char32_t('A')).y();
displayPositionY-=(tmpFontHeight+m_paddingSizeY);
BGOObjects->setColor(bg);
BGOObjects->setPos(vec3(displayPositionX, displayPositionY, 0) );
BGOObjects->rectangleWidth(vec3(m_size.x()-displayPositionX, tmpFontHeight+2*m_paddingSizeY, 0));
// get the maximum size of the colomn :
vec3 textSize = tmpText->calculateSize(myTextToWrite);
sizeColom = std::max(sizeColom, (int32_t)textSize.x());
tmpText->setColor(fg);
tmpText->setPos(vec3(tmpOriginX + displayPositionX, displayPositionY, 0) );
tmpText->print(myTextToWrite);
addOObject(tmpText);
// madding move ...
displayPositionY -= m_paddingSizeY;
// add the raw position to remember it ...
tmpRegister.setX(tmpRegister.x()+1);
tmpRegister.setY(displayPositionY);
m_lineSize.push_back(tmpRegister);
//EWOL_DEBUG("List indexation:" << tmpRegister);
}
}
displayPositionX += sizeColom;
tmpOriginX += m_paddingSizeX*2*2;
}
//m_lineSize.push_back(tmpOriginY);
addOObject(BGOObjects, 0);
// call the herited class...
WidgetScrolled::onRegenerateDisplay();
}
}
