void
QvisOpacitySlider::paintValueText(QPainter *p, const QPalette &cg, int x,
int h)
{
// Create the text that we have to display.
int v = (state == Dragging) ? (valueFromPosition(sliderPos)) : value();
float t = float(v - minimum()) / float(maximum() - minimum());
QString txt; txt.sprintf("%d%%", int(t * 100.f));
// Figure out the y offset.
int dy = h - fontMetrics().height();
int y = (h - dy / 2);
// Set the brush and draw the text.
p->setPen(cg.color(QPalette::Text));
p->drawText(x + textPadding(), y, txt);
}
//----------------------------------------------------------------------------------------------------------------------
void CTRNNViz::renderAsMatrix()
{
ci::Vec2f textPadding (m_padding, m_padding);
// Weights matrix label
ci::Vec2f wLabelPos = ci::Vec2f(0, m_label2y);
ci::gl::drawSolidRect(ci::Rectf(wLabelPos.x, wLabelPos.y, wLabelPos.x + m_width, wLabelPos.y + m_labelHeight));
ci::gl::drawString("CTRNN " + s_weightModeNames[m_weightMode], wLabelPos + textPadding, m_textColor, m_font);
// Mode button
ci::gl::color(0.7f, 0.7f, 0.7f);
ci::gl::drawSolidRect(m_weightModeButton);
// Render children (vector and matrix viz)
for(int i = 0; i < 2; i++)
{
m_children[i]->update();
}
}
int
QvisOpacitySlider::imageWidth() const
{
return width() - fontMetrics().width("100%") - textPadding();
}
//----------------------------------------------------------------------------------------------------------------------
void CTRNNViz::update()
{
ci::Vec2f textPadding (m_padding, m_padding);
// Move to correct position
glPushMatrix();
dmx::translate(m_pTM->getTranslate());
// outputs label
ci::gl::color(m_labelColor);
ci::gl::drawSolidRect(ci::Rectf(0, 0, m_width, m_labelHeight));
ci::gl::drawString("CTRNN outputs", textPadding, m_textColor, m_font);
// Mode button
ci::gl::color(0.7f, 0.7f, 0.7f);
ci::gl::drawSolidRect(m_modeButton);
// Draw according to selected mode
ci::gl::color(m_labelColor);
renderAs(m_mode);
// data label
ci::gl::color(m_labelColor);
ci::Vec2f dLabelPos = ci::Vec2f(0, m_label3y);
ci::gl::drawSolidRect(ci::Rectf(dLabelPos.x, dLabelPos.y, dLabelPos.x + m_width, dLabelPos.y + m_labelHeight));
ci::gl::drawString("CTRNN data ", dLabelPos + textPadding, m_textColor, m_font);
// text box
ci::Vec2f textBoxPos = dLabelPos + ci::Vec2f(0, m_labelHeight + m_padding);
float textBoxH = 3 * m_lineHeight + 2 * m_padding;
if (m_topology->isAdaptive())
textBoxH += 2 * m_lineHeight;
ci::gl::drawSolidRect(ci::Rectf(textBoxPos.x, textBoxPos.y, textBoxPos.x + m_width, textBoxPos.y + textBoxH));
// text
ci::Vec2f textPos = textBoxPos + textPadding;
// get selected node from current viz
int i;
switch (m_mode)
{
case kRM_Matrix:
default:
i = m_outputs->m_iSel;
break;
case kRM_Wheel:
i = m_wheelViz->getSelectedNeuron();
break;
case kRM_Ring:
i = m_neuronViz->getSelectedNeuron();
break;
case kRM_Layers:
i = m_layerViz->getSelectedNeuron();
break;
}
char str [128];
if(i != -1)
{
sprintf(str, "Node: %i", i);
ci::gl::drawString(str, textPos, m_textColor, m_font);
sprintf(str, "b: %2.2f | t: %2.2f | g: %2.2f", m_ctrnn->getBias(i), m_ctrnn->getTimeConstant(i), m_ctrnn->getGain(i));
ci::gl::drawString(str, textPos + ci::Vec2f(0, m_lineHeight), m_textColor, m_font);
sprintf(str, "e: %2.2f | i: %2.2f | y: %2.2f | out: %1.3f", m_ctrnn->getExternalInput(i), m_ctrnn->getInput(i), m_ctrnn->getState(i), m_ctrnn->getOutput(i));
ci::gl::drawString(str, textPos + ci::Vec2f(0, 2 * m_lineHeight), m_textColor, m_font);
if (m_topology->isAdaptive())
{
sprintf(str, "mean-out: %2.2f | mean-diff: %2.2f", ((AdapNN*)m_ctrnn)->getMeanOutput(i), m_ctrnn->getOutput(i) - ((AdapNN*)m_ctrnn)->getMeanOutput(i));
ci::gl::drawString(str, textPos + ci::Vec2f(0, 4 * m_lineHeight), m_textColor, m_font);
}
}
if(m_mode == kRM_Matrix)
{
const int& iW = m_weights->m_iSel;
const int& jW = m_weights->m_jSel;
if(iW != -1 && jW != -1)
{
sprintf(str, "value %i > %i: %2.6f", iW, jW, m_weights->getValue(iW, jW));
ci::gl::drawString(str, textPos, m_textColor, m_font);
}
}
glPopMatrix();
}
