void OutputMap::loadDefaults()
{
QSettings settings;
QString plugin;
QString output;
QString fb_plugin;
QString feedback;
QString key;
for (quint32 i = 0; i < universes(); i++)
{
/* Plugin name */
key = QString("/outputmap/universe%2/plugin/").arg(i);
plugin = settings.value(key).toString();
/* Plugin output */
key = QString("/outputmap/universe%2/output/").arg(i);
output = settings.value(key).toString();
/* Feedback plugin name */
key = QString("/outputmap/universe%2/feedbackplugin/").arg(i);
fb_plugin = settings.value(key).toString();
/* Feedback line */
key = QString("/outputmap/universe%2/feedback/").arg(i);
feedback = settings.value(key).toString();
if (plugin.length() > 0 && output.length() > 0)
{
/* Check that the same plugin & output are not mapped
to more than one universe at a time. */
quint32 m = mapping(plugin, output.toInt());
if (m == QLCChannel::invalid() || m == i)
setPatch(i, plugin, output.toInt());
}
if (fb_plugin.length() > 0 && feedback.length() > 0)
{
quint32 m = mapping(feedback, fb_plugin.toInt());
if (m == QLCChannel::invalid() || m == i)
setPatch(i, fb_plugin, feedback.toInt(), true);
}
}
}
LabelWidget::LabelWidget(String const &text, patchid_t *patch)
: Widget()
, d(new Impl)
{
setFont(MENU_FONT1);
setColor(MENU_COLOR1);
setFlags(NoFocus); // never focusable.
setText(text);
setPatch(patch);
}
// Pre-hide callback
void PatchInspector::_preHide()
{
TransientWindow::_preHide();
// Clear the patch, we don't need to observe it while hidden
setPatch(PatchNodePtr());
// A hidden PatchInspector doesn't need to listen for events
GlobalUndoSystem().removeObserver(this);
GlobalSelectionSystem().removeObserver(this);
}
void InputMap::loadDefaults()
{
bool feedbackEnabled;
QString profileName;
QSettings settings;
QString plugin;
QVariant value;
QString input;
QString key;
/* Editor universe */
key = QString("/inputmap/editoruniverse/");
value = settings.value(key);
if (value.isValid() == true)
setEditorUniverse(value.toInt());
for (t_input_universe i = 0; i < m_universes; i++)
{
/* Plugin name */
key = QString("/inputmap/universe%2/plugin/").arg(i);
plugin = settings.value(key).toString();
/* Plugin input */
key = QString("/inputmap/universe%2/input/").arg(i);
input = settings.value(key).toString();
/* Input profile */
key = QString("/inputmap/universe%2/profile/").arg(i);
profileName = settings.value(key).toString();
/* Feedback enable */
key = QString("/inputmap/universe%2/feedbackEnabled/").arg(i);
if (settings.value(key).isValid() == true)
feedbackEnabled = settings.value(key).toBool();
else
feedbackEnabled = true;
/* Do the mapping */
if (plugin.length() > 0 && input.length() > 0)
{
/* Check that the same plugin & input are not mapped
to more than one universe at a time. */
int m = mapping(plugin, input.toInt());
if (m == -1 || m == i)
{
setPatch(i, plugin, input.toInt(),
feedbackEnabled, profileName);
}
}
}
}
void InputMap::loadDefaults()
{
QString profileName;
QSettings settings;
QString plugin;
QVariant value;
QString input;
QString key;
/* Editor universe */
key = QString("/inputmap/editoruniverse/");
value = settings.value(key);
if (value.isValid() == true)
setEditorUniverse(value.toInt());
for (quint32 i = 0; i < m_universes; i++)
{
/* Plugin name */
key = QString("/inputmap/universe%2/plugin/").arg(i);
plugin = settings.value(key).toString();
/* Plugin input */
key = QString("/inputmap/universe%2/input/").arg(i);
input = settings.value(key).toString();
/* Input profile */
key = QString("/inputmap/universe%2/profile/").arg(i);
profileName = settings.value(key).toString();
/* Do the mapping */
if (plugin.length() > 0 && input.length() > 0)
{
/* Check that the same plugin & input are not mapped
to more than one universe at a time. */
quint32 m = mapping(plugin, input.toInt());
if (m == InputMap::invalidUniverse() || m == i)
{
setPatch(i, plugin, input.toInt(),
profileName);
}
}
}
}
void OutputMap::loadDefaults()
{
QSettings settings;
QString plugin;
QString output;
QString key;
for (int i = 0; i < KUniverseCount; i++)
{
/* Plugin name */
key = QString("/outputmap/universe%2/plugin/").arg(i);
plugin = settings.value(key).toString();
/* Plugin output */
key = QString("/outputmap/universe%2/output/").arg(i);
output = settings.value(key).toString();
if (plugin.length() > 0 && output.length() > 0)
setPatch(i, plugin, output.toInt());
}
}
void PatchInspector::rescanSelection()
{
// Check if there is one distinct patch selected
bool sensitive = (_selectionInfo.patchCount == 1);
findNamedObject<wxPanel>(this, "PatchInspectorVertexPanel")->Enable(sensitive);
findNamedObject<wxPanel>(this, "PatchInspectorCoordPanel")->Enable(sensitive);
// Tesselation is always sensitive when one or more patches are selected
findNamedObject<wxPanel>(this, "PatchInspectorTessPanel")->Enable(_selectionInfo.patchCount > 0);
// Clear the patch reference
setPatch(PatchNodePtr());
if (_selectionInfo.patchCount > 0)
{
// Get the list of selected patches
PatchPtrVector list = selection::algorithm::getSelectedPatches();
Subdivisions tess(UINT_MAX, UINT_MAX);
bool tessIsFixed = false;
// Try to find a pair of same tesselation values
for (PatchPtrVector::const_iterator i = list.begin(); i != list.end(); ++i)
{
IPatch& p = (*i)->getPatch();
if (tess.x() == UINT_MAX)
{
// Not initialised yet, take these values for starters
tessIsFixed = p.subdivionsFixed();
tess = p.getSubdivisions();
}
else
{
// We already have a pair of divisions, compare
Subdivisions otherTess = p.getSubdivisions();
if (tessIsFixed != p.subdivionsFixed() || otherTess != tess)
{
// Our journey ends here, we cannot find a pair of tesselations
// for all selected patches or the same fixed/variable status
tessIsFixed = false;
break;
}
}
}
_updateActive = true;
// Load the "fixed tesselation" value
findNamedObject<wxCheckBox>(this, "PatchInspectorFixedSubdivisions")->SetValue(tessIsFixed);
wxSpinCtrl* fixedSubdivX = findNamedObject<wxSpinCtrl>(this, "PatchInspectorSubdivisionsX");
wxSpinCtrl* fixedSubdivY = findNamedObject<wxSpinCtrl>(this, "PatchInspectorSubdivisionsY");
fixedSubdivX->SetValue(tess[0]);
fixedSubdivY->SetValue(tess[1]);
fixedSubdivX->Enable(tessIsFixed);
fixedSubdivY->Enable(tessIsFixed);
findNamedObject<wxStaticText>(this, "PatchInspectorSubdivisionsXLabel")->Enable(tessIsFixed);
findNamedObject<wxStaticText>(this, "PatchInspectorSubdivisionsYLabel")->Enable(tessIsFixed);
if (_selectionInfo.patchCount == 1)
{
setPatch(list[0]);
}
_updateActive = false;
}
update();
}
/**
* Create a Version class object
*
* @param name of the project
*/
ProjectVersion(std::string iProjectName, int iMajor, int iMinor, int iPatch) {
setProjectName(iProjectName);
setMajor(iMajor);
setMinor(iMinor);
setPatch(iPatch);
}
void CPatch::Init(double iz)
{
bool flag = false;
double nx, ny, nz, z0;
if (iz < 0)
{
if (side == A)
{
z0 = rng_z0_A.uniform(0.0, _max_disp);
nx = rng_nx_A.gaussian(1);
ny = rng_ny_A.gaussian(1);
nz = rng_nz_A.gaussian(1);
}
else
{
z0 = rng_z0_B.uniform(0.0, _max_disp);
nx = rng_nx_B.gaussian(1);
ny = rng_ny_B.gaussian(1);
nz = rng_nz_B.gaussian(1);
}
}
else // Init with know disparity (z0)
{
if (side == A)
{
z0 = iz;
nx = rng_nx_A.gaussian(1);
ny = rng_ny_A.gaussian(1);
nz = rng_nz_A.gaussian(1);
}
else
{
z0 = iz;
nx = rng_nx_B.gaussian(1);
ny = rng_ny_B.gaussian(1);
nz = rng_nz_B.gaussian(1);
}
}
// Generate unit vector pointing to uniformly distributed direction
// Method 1
// double k1, k2;
// cv::RNG rng_k1(cv::getTickCount());
// cv::RNG rng_k2(cv::getTickCount());
// while (flag)
// {
// // Marsaglia (1972) Ref:http://mathworld.wolfram.com/SpherePointPicking.html
// k1 = rng_k1.uniform(-1.0, 1.0);
// k2 = rng_k2.uniform(-1.0, 1.0);
// if (k1*k1 + k2*k2 >= 1)
// continue;
// nx = 2 * k1 * sqrt(1 - k1*k1 - k2*k2);
// ny = 2 * k2 * sqrt(1 - k1*k1 - k2*k2);
// nz = 1 - 2 * (k1*k1 + k2*k2);
// flag = true;
// }
// Method 2
double length = sqrt(nx*nx + ny*ny + nz*nz);
nx /= length;
ny /= length;
nz /= length;
// Convert normal vector to a, b, c
setPatch(nx, ny, nz, z0);
}
