void ArticulatedViewer::onGraphics3D(RenderDevice* rd, App* app, const shared_ptr<LightingEnvironment>& lighting, Array<shared_ptr<Surface> >& allSurfaces) {
// app->gbuffer()->setSpecification(m_gbufferSpecification);
app->gbuffer()->resize(app->framebuffer()->width(), app->framebuffer()->height());
app->gbuffer()->prepare(rd, app->activeCamera(), 0, -(float)app->previousSimTimeStep(), app->settings().depthGuardBandThickness, app->settings().colorGuardBandThickness);
app->renderer()->render(rd, app->framebuffer(), app->depthPeelFramebuffer(), *lighting, app->gbuffer(), allSurfaces);
Array<Point3> skeletonLines;
m_model->getSkeletonLines(m_pose, m_offset, skeletonLines);
rd->pushState(); {
rd->setObjectToWorldMatrix(CFrame());
rd->setDepthTest(RenderDevice::DEPTH_ALWAYS_PASS);
for (int i = 0; i < skeletonLines.size(); i += 2) {
Draw::lineSegment(LineSegment::fromTwoPoints(skeletonLines[i], skeletonLines[i + 1]), rd, Color3::red());
}
} rd->popState();
//Surface::renderWireframe(rd, posed3D);
if (m_selectedMesh != NULL) {
// Find the index array that matches the selected mesh and render it
for (int p = 0; p < allSurfaces.size(); ++p) {
const shared_ptr<UniversalSurface>& s = dynamic_pointer_cast<UniversalSurface>(allSurfaces[p]);
if (s->gpuGeom()->index == m_selectedMesh->gpuIndexArray) {
// These have the same index array, so they must be the same surface
s->renderWireframeHomogeneous(rd, Array<shared_ptr<Surface> >(s), Color3::green(), false);
break;
}
}
}
float x, y, z, yaw, pitch, roll;
app->activeCamera()->frame().getXYZYPRDegrees(x,y,z,yaw, pitch, roll);
screenPrintf("[Camera position: Translation(%f, %f, %f) Rotation(%f, %f, %f)]\n", x,y,z,yaw,pitch,roll);
screenPrintf("[Shown scaled by %f and offset by (%f, %f, %f)]\n",
m_scale, m_offset.x, m_offset.y, m_offset.z);
screenPrintf("Model Faces: %d, Vertices: %d\n", m_numFaces, m_numVertices);
if (m_selectedPart != NULL) {
screenPrintf(" Selected Part `%s', Mesh `%s', Material `%s', cpuIndexArray[%d...%d]\n",
m_selectedPart->name.c_str(),
m_selectedMesh->name.c_str(),
m_selectedMesh->material->name().c_str(),
m_selectedTriangleIndex, m_selectedTriangleIndex + 2);
screenPrintf(" Selected part->cframe = %s\n",
m_selectedPart->cframe.toXYZYPRDegreesString().c_str());
}
screenPrintf("Hierarchy:");
// Hierarchy (could do this with a PartCallback)
for (int i = 0; i < m_model->rootArray().size(); ++i) {
printHierarchy(m_model, m_model->rootArray()[i], "");
}
}
static void printHierarchy
(const shared_ptr<ArticulatedModel>& model,
ArticulatedModel::Part* part,
const G3D::String& indent) {
screenPrintf("%s\"%s\")\n", indent.c_str(), part->name.c_str());
for (int i = 0; i < model->meshArray().size(); ++i) {
if (model->meshArray()[i]->logicalPart == part) {
screenPrintf("%s Mesh \"%s\"\n", indent.c_str(), model->meshArray()[i]->name.c_str());
}
}
for (int i = 0; i < part->childArray().size(); ++i) {
printHierarchy(model, part->childArray()[i], indent + " ");
}
}
bool Robot::defineRobot(){
if(getType() == MOBILE){
name = "Mobile Robot";
Leaf *motor1 = new Leaf(0,0, 0,"motor0");
Leaf *motor2 = new Leaf(1,0, 0,"motor1");
Leaf *motor3 = new Leaf(2,0, 0,"motor2");
Leaf *sensor1 = new Leaf(100,0, 0,"sensor1");
Component *skeleton = new Component("Chasis");
skeleton->add(motor1);
skeleton->add(motor2);
skeleton->add(motor3);
skeleton->add(sensor1);
addComponent(skeleton);
printHierarchy();
return true;
}else if(getType() == HUMANOID){
name = "Humanoid Robot";
Leaf *motor1 = new Leaf(1,200, 0,"motor1");
Leaf *motor2 = new Leaf(2,800, 0,"motor2");
Leaf *motor3 = new Leaf(3,512, 0,"motor3");
Leaf *motor4 = new Leaf(4,512, 0,"motor4");
Leaf *motor5 = new Leaf(5,512, 0,"motor5");
Leaf *motor6 = new Leaf(6,512, 0,"motor6");
Leaf *motor7 = new Leaf(7,512, 0,"motor7");
Leaf *motor8 = new Leaf(8,512, 0,"motor8");
Leaf *motor9 = new Leaf(9,512, 0,"motor9");
Leaf *motor10 = new Leaf(10,512, 0,"moto10");
Leaf *motor11 = new Leaf(11,512, 0,"motor11");
Leaf *motor12 = new Leaf(12,512, 0,"motor12");
Leaf *motor13 = new Leaf(13,512, 0,"motor13");
Leaf *motor14 = new Leaf(14,512, 0,"motor14");
Leaf *motor15 = new Leaf(15,512, 0,"motor15");
Leaf *motor16 = new Leaf(16,512, 0,"motor16");
Leaf *motor17 = new Leaf(17,512, 0,"motor17");
Leaf *motor18 = new Leaf(18,512, 0,"motor18");
Leaf *sensor100 = new Leaf(100,512, 0,"sensor1");
Component *chest = new Component("Arm");
Component *right_arm = new Component("Right Arm");
Component *left_arm = new Component("Left Arm");
Component *torax = new Component("Torax");
Component *right_leg = new Component("Right Leg");
Component *left_leg = new Component("Left Leg");
Component *head = new Component("Head");
head->add(sensor100);
chest->add(motor1);
chest->add(motor2);
right_arm->add(motor3);
right_arm->add(motor5);
left_arm->add(motor4);
left_arm->add(motor6);
torax->add(motor7);
torax->add(motor8);
right_leg->add(motor9);
right_leg->add(motor11);
right_leg->add(motor13);
right_leg->add(motor15);
right_leg->add(motor17);
left_leg->add(motor10);
left_leg->add(motor12);
left_leg->add(motor14);
left_leg->add(motor16);
left_leg->add(motor18);
addComponent(head);
addComponent(chest);
addComponent(right_arm);
addComponent(left_arm);
addComponent(torax);
addComponent(right_leg);
addComponent(left_leg);
printHierarchy();
return true;
}
return false;
}
int main(const int argc, const char * argv[])
{
AppContext ctx;
if (!appInit(argc, argv, "NTB Widgets Test", 1024, 768, &ctx))
{
std::fprintf(stderr, "[APP_ERROR]: Failed to initialize sample app!\n");
return EXIT_FAILURE;
}
ntb::initialize(ctx.shellInterface, ctx.renderInterface);
{
bool done = false;
ntb::GeometryBatch geoBatch;
ntb::PODArray widgets{ sizeof(ntb::Widget *) };
ntb::GUI * gui = ntb::createGUI("Sample GUI");
// Basic blank widget:
{
auto w = new ntb::Widget{};
w->init(gui, nullptr, ntb::Rectangle{ 20, 20, 300, 300 }, true);
widgets.pushBack(w);
}
// A set of buttons:
{
MyButtonEventListener buttonEventListener;
const int buttonIconCount = static_cast<int>(ntb::ButtonWidget::Icon::Count);
constexpr float btnScale = 1.6f;
constexpr int btnSize = 50;
constexpr int xStart = 350;
constexpr int yStart = 20;
int x = xStart;
for (int i = 1; i < buttonIconCount; ++i) // Skip fist (Icon::None/0)
{
auto btn = new ntb::ButtonWidget{};
btn->init(gui, nullptr, ntb::Rectangle{ x, yStart, x + btnSize, yStart + btnSize },
true, ntb::ButtonWidget::Icon(i), &buttonEventListener);
btn->setTextScaling(btnScale);
btn->setState(true);
x += btnSize + 20; // gap between each (20)
widgets.pushBack(btn);
}
}
// Title bar & Info bar widgets:
{
constexpr int btnOffsX = 20;
constexpr int btnOffsY = 4;
constexpr int btnSize = 40;
constexpr int btnSpacing = 12;
auto tb = new ntb::TitleBarWidget{};
tb->init(gui, nullptr, ntb::Rectangle{ 350, 120, 900, 170 }, true,
"A title bar - drag me!", true, true, btnOffsX, btnOffsY, btnSize, btnSpacing);
tb->setTextScaling(1.6f); // Title bar text
tb->setButtonTextScaling(1.5f); // Button icon text
widgets.pushBack(tb);
auto ib = new ntb::InfoBarWidget{};
ib->init(gui, nullptr, ntb::Rectangle{ 350, 200, 900, 250 }, true, "Info bar");
ib->setTextScaling(1.6f);
widgets.pushBack(ib);
}
// List widget:
{
auto l = new ntb::ListWidget{};
l->init(gui, nullptr, ntb::Rectangle{ 20, 350, 300, 500 }, true);
l->setTextScaling(1.5f);
l->allocEntries(4);
l->addEntryText(0, "Hello");
l->addEntryText(1, "World");
l->addEntryText(2, "A longer string");
l->addEntryText(3, "And this one is even longer");
widgets.pushBack(l);
}
// Scrollbar widget:
{
auto sb = new ntb::ScrollBarWidget{};
sb->init(gui, nullptr, ntb::Rectangle{ 550, 300, 600, 600 }, true, 30);
sb->updateLineScrollState(10, 5);
widgets.pushBack(sb);
}
// Color Picker widget:
{
constexpr int colorPickerWidth = 360;
constexpr int colorPickerHeight = 500;
constexpr int xStart = 20;
constexpr int yStart = 600;
const ntb::Rectangle rect{ xStart, yStart, xStart + colorPickerWidth, yStart + colorPickerHeight };
auto cp = new ntb::ColorPickerWidget{};
cp->init(gui, nullptr, rect, true, 40, 28, 40, 25, 40);
cp->setTextScaling(1.5f);
cp->setButtonTextScaling(1.0f);
widgets.pushBack(cp);
}
// 3D view widgets:
{
constexpr int view3dWidth = 450;
constexpr int view3dHeight = 500;
constexpr int xStart = 500;
constexpr int yStart = 650;
ntb::View3DWidget::ProjectionParameters projParams;
projParams.fovYRadians = ntb::degToRad(60.0f);
projParams.aspectRatio = 0.0f; // auto computed
projParams.zNear = 0.5f;
projParams.zFar = 100.0f;
projParams.autoAdjustAspect = true;
const int objCount = static_cast<int>(ntb::View3DWidget::ObjectType::Count);
int x = xStart;
for (int i = 1; i < objCount; ++i)
{
const ntb::Rectangle rect{ x, yStart, x + view3dWidth, yStart + view3dHeight };
auto v3d = new ntb::View3DWidget{};
v3d->init(gui, nullptr, rect, true, "3D View Widget", 40, 28, 10, projParams, ntb::View3DWidget::ObjectType(i));
v3d->setTextScaling(1.5f);
v3d->setButtonTextScaling(1.0f);
x += view3dWidth + 50;
widgets.pushBack(v3d);
}
}
// Var data display widgets inside a window/panel:
{
auto varWindow = new ntb::WindowWidget{};
varWindow->init(gui, nullptr, ntb::Rectangle{ 1000, 20, 1500, 600 }, true, false, "Variables Test", 40, 28, 40, 25);
varWindow->setTextScaling(1.5f);
varWindow->setButtonTextScaling(1.0f);
constexpr int varStartX = 1100;
constexpr int varStartY = 90;
constexpr int varWidth = 300;
constexpr int varHeight = 50;
constexpr int varOffsY = 8;
ntb::Rectangle rect;
int y = varStartY;
auto var0 = new ntb::VarDisplayWidget{};
rect.set(varStartX, y, varStartX + varWidth, y + varHeight); y += varHeight + varOffsY;
var0->init(gui, nullptr, rect, true, varWindow, "Var 0");
var0->setTextScaling(1.5f);
var0->setButtonTextScaling(1.5f);
auto var1 = new ntb::VarDisplayWidget{};
rect.set(varStartX, y, varStartX + varWidth, y + varHeight); y += varHeight + varOffsY;
var1->init(gui, var0, rect, true, varWindow, "Var 1");
var1->setTextScaling(1.5f);
auto var2 = new ntb::VarDisplayWidget{};
rect.set(varStartX, y, varStartX + varWidth, y + varHeight); y += varHeight + varOffsY;
var2->init(gui, var0, rect, true, varWindow, "Var 2");
var2->setTextScaling(1.5f);
// Change sizes so child vars look nested under the parent
int cX = varStartX + var0->getExpandCollapseButtonSize();
int cW = varWidth - var0->getExpandCollapseButtonSize();
auto var3 = new ntb::VarDisplayWidget{};
rect.set(cX, y, cX + cW, y + varHeight); y += varHeight + varOffsY;
var3->init(gui, var0, rect, true, varWindow, "Var 3");
var3->setTextScaling(1.5f);
var3->setButtonTextScaling(1.5f);
auto var4 = new ntb::VarDisplayWidget{};
rect.set(cX, y, cX + cW, y + varHeight); y += varHeight + varOffsY;
var4->init(gui, var3, rect, true, varWindow, "Var 4");
var4->setTextScaling(1.5f);
cX += var0->getExpandCollapseButtonSize();
cW -= var0->getExpandCollapseButtonSize();
auto var5 = new ntb::VarDisplayWidget{};
rect.set(cX, y, cX + cW, y + varHeight); y += varHeight + varOffsY;
var5->init(gui, var3, rect, true, varWindow, "Var 5");
var5->setTextScaling(1.5f);
var5->setButtonTextScaling(1.5f);
auto var6 = new ntb::VarDisplayWidget{};
rect.set(cX, y, cX + cW, y + varHeight); y += varHeight + varOffsY;
var6->init(gui, var5, rect, true, varWindow, "Var 6");
var6->setTextScaling(1.5f);
auto var7 = new ntb::VarDisplayWidget{};
rect.set(cX, y, cX + cW, y + varHeight); y += varHeight + varOffsY;
var7->init(gui, var5, rect, true, varWindow, "Var 7");
var7->setTextScaling(1.5f);
#if NEO_TWEAK_BAR_DEBUG
varWindow->printHierarchy();
std::cout << "\n";
#endif // NEO_TWEAK_BAR_DEBUG
// Only have to add the window, since each var widget is a child, directly or indirectly.
widgets.pushBack(varWindow);
}
// Console/terminal window:
{
constexpr int maxLines = 1024;
constexpr int bufferSize = 2048;
auto con = new ntb::ConsoleWindowWidget{};
con->init(gui, nullptr, ntb::Rectangle{ 1550, 20, 2000, 420 }, true, true,
"Console Window", 40, 28, 40, 25, maxLines, bufferSize);
con->setTextScaling(1.3f);
con->setButtonTextScaling(1.0f);
ntb::SmallStr line;
for (ntb::Int64 i = 0; i < 15; ++i)
{
line = "Test line ";
line += ntb::SmallStr::fromNumber(i);
con->pushLine(line.c_str(), line.getLength());
}
con->onAdjustLayout(); // Update the scroll bar for lines out of view
widgets.pushBack(con);
}
// To forward window input events to the widget list.
ctx.setAppCallback(&ctx, &myAppEventCallback, &widgets);
while (!done)
{
ctx.frameUpdate(&ctx, &done);
geoBatch.beginDraw();
// Slider helper (not an actual widget, but used by some widgets):
{
static ntb::Float64 sliderPercent = 0.0;
ntb::ValueSlider slider;
slider.setRange(0, 100);
slider.setCurrentValue(sliderPercent);
slider.drawSelf(geoBatch, ntb::Rectangle{ 650, 350, 950, 400 },
ntb::packColor(255, 255, 255), ntb::packColor(255, 100, 0));
slider.drawSelf(geoBatch, ntb::Rectangle{ 650, 450, 950, 500 },
ntb::packColor(255, 255, 255), ntb::packColor(0, 200, 200));
sliderPercent += 0.2;
if (sliderPercent > 100.0)
{
sliderPercent = 0.0;
}
}
// Render our widgets:
widgets.forEach<ntb::Widget *>(
[](ntb::Widget * widget, ntb::GeometryBatch * batch)
{
widget->onDraw(*batch);
return true;
}, &geoBatch);
geoBatch.endDraw();
ctx.framePresent(&ctx);
}
widgets.forEach<ntb::Widget *>(
[](ntb::Widget * widget, void * /*unused*/)
{
delete widget;
return true;
}, nullptr);
}
ctx.shutdown(&ctx);
ntb::shutdown(); // This will also free the GUI instance.
}
/*=export_func optionSaveFile
*
* what: saves the option state to a file
*
* arg: tOptions*, pOpts, program options descriptor
*
* doc:
*
* This routine will save the state of option processing to a file. The name
* of that file can be specified with the argument to the @code{--save-opts}
* option, or by appending the @code{rcfile} attribute to the last
* @code{homerc} attribute. If no @code{rcfile} attribute was specified, it
* will default to @code{.@i{programname}rc}. If you wish to specify another
* file, you should invoke the @code{SET_OPT_SAVE_OPTS( @i{filename} )} macro.
*
* The recommend usage is as follows:
* @example
* optionProcess(&progOptions, argc, argv);
* if (i_want_a_non_standard_place_for_this)
* SET_OPT_SAVE_OPTS("myfilename");
* optionSaveFile(&progOptions);
* @end example
*
* err:
*
* If no @code{homerc} file was specified, this routine will silently return
* and do nothing. If the output file cannot be created or updated, a message
* will be printed to @code{stderr} and the routine will return.
=*/
void
optionSaveFile( tOptions* pOpts )
{
tOptDesc* pOD;
int ct;
FILE* fp = openSaveFile(pOpts);
if (fp == NULL)
return;
/*
* FOR each of the defined options, ...
*/
ct = pOpts->presetOptCt;
pOD = pOpts->pOptDesc;
do {
tOptDesc* p;
/*
* IF the option has not been defined
* OR it does not take an initialization value
* OR it is equivalenced to another option
* THEN continue (ignore it)
*
* Equivalenced options get picked up when the equivalenced-to
* option is processed.
*/
if (UNUSED_OPT( pOD ))
continue;
if ((pOD->fOptState & OPTST_DO_NOT_SAVE_MASK) != 0)
continue;
if ( (pOD->optEquivIndex != NO_EQUIVALENT)
&& (pOD->optEquivIndex != pOD->optIndex))
continue;
/*
* The option argument data are found at the equivalenced-to option,
* but the actual option argument type comes from the original
* option descriptor. Be careful!
*/
p = ((pOD->fOptState & OPTST_EQUIVALENCE) != 0)
? (pOpts->pOptDesc + pOD->optActualIndex) : pOD;
switch (OPTST_GET_ARGTYPE(pOD->fOptState)) {
case OPARG_TYPE_NONE:
printNoArgOpt(fp, p, pOD);
break;
case OPARG_TYPE_NUMERIC:
printEntry( fp, p, (void*)(p->optArg.argInt));
break;
case OPARG_TYPE_STRING:
printStringArg(fp, p);
break;
case OPARG_TYPE_ENUMERATION:
printEnumArg(fp, p);
break;
case OPARG_TYPE_MEMBERSHIP:
printSetMemberArg(fp, p);
break;
case OPARG_TYPE_BOOLEAN:
printEntry( fp, p, p->optArg.argBool ? "true" : "false" );
break;
case OPARG_TYPE_HIERARCHY:
printHierarchy(fp, p);
break;
case OPARG_TYPE_FILE:
printFileArg(fp, p, pOpts);
break;
default:
break; /* cannot handle - skip it */
}
} while ( (pOD++), (--ct > 0));
fclose( fp );
}
