void MantaController::setMouseResponders()
{
float sliderSizeX = 0.65 * getDrawWidth();
float sliderSizeY = 0.05 * getDrawHeight();
float buttonSize = 1.5 * 0.02 * getDrawWidth();
ofRectangle sliderPosition0(x + 0.08 * getDrawWidth(), y + 0.05 * getDrawHeight(), sliderSizeX, sliderSizeY);
ofRectangle sliderPosition1(x + 0.05 * getDrawWidth(), y + 0.13 * getDrawHeight(), sliderSizeX, sliderSizeY);
ofRectangle buttonPosition0(x + 0.8 * getDrawWidth() - 0.5 * buttonSize, y + 0.075 * getDrawHeight() - 0.5 * buttonSize, buttonSize, buttonSize);
ofRectangle buttonPosition1(x + 0.9 * getDrawWidth() - 0.5 * buttonSize, y + 0.075 * getDrawHeight() - 0.5 * buttonSize, buttonSize, buttonSize);
ofRectangle buttonPosition2(x + 0.85 * getDrawWidth() - 0.5 * buttonSize, y + 0.155 * getDrawHeight() - 0.5 * buttonSize, buttonSize, buttonSize);
ofRectangle buttonPosition3(x + 0.95 * getDrawWidth() - 0.5 * buttonSize, y + 0.155 * getDrawHeight() - 0.5 * buttonSize, buttonSize, buttonSize);
sliderPositions[0] = sliderPosition0;
sliderPositions[1] = sliderPosition1;
buttonPositions[0] = buttonPosition0;
buttonPositions[1] = buttonPosition1;
buttonPositions[2] = buttonPosition2;
buttonPositions[3] = buttonPosition3;
for (int row=0; row<6; row++)
{
for (int col=0; col<8; col++)
{
int rx = x + ofMap(col + 0.5, 0, 8, 0.01 * getDrawWidth(), 0.94 * getDrawWidth());
int ry = y + ofMap(row + 0.5, 6, 0, 0.24 * getDrawHeight(), 0.97 * getDrawHeight());
int size = getDrawWidth() / 11.0;
if (row %2 != 0) rx += 0.93 * getDrawWidth() / 16.0;
ofRectangle padPosition(rx - 0.5 * size, ry - 0.5*size, size, size);
padPositions[row * 8 + col] = padPosition;
}
}
}
void ofxTextAlign::draw(string str, float x, float y, unsigned int flags)
{
const char *ptr = str.c_str();
float cursor_y = y+getOffsetY(ptr, flags, false);
int line_count = getLineCount(ptr);
float y_interval = line_count>1?(getDrawHeight(ptr, false)-getLineHeight())/(float)(line_count-1):0;
while(*ptr != '\0') {
float cursor_x = x+getOffsetX(ptr, flags, true);
ptr = drawLine(ptr, cursor_x, cursor_y);
cursor_y += y_interval;
}
}
float ofxTextAlign::getOffsetY(const char *str, unsigned int flags, bool single_line)
{
unsigned int flag = flags&VERTICAL_ALIGN_MASK;
if(VERTICAL_ALIGN_TOP == flag) {
return getAscenderHeight();
}
else if(!single_line && getLineCount(str) < 2) {
float height = getLineHeight();
switch(flag) {
case VERTICAL_ALIGN_MIDDLE: return getAscenderHeight()-height/2.f;
case VERTICAL_ALIGN_BOTTOM: return getAscenderHeight()-height;
}
}
else {
float height = getDrawHeight(str, single_line);
switch(flag) {
case VERTICAL_ALIGN_MIDDLE: return getAscenderHeight()-height/2.f;
case VERTICAL_ALIGN_BOTTOM: return getAscenderHeight()-height;
}
}
return 0;
}