/* Run through all info commands and call them blindly (without arguments) */
static void test_info_commands(void)
{
char *resp, *info, *info_buf, *endp;
info_buf = info = hmp("help info");
while (*info) {
/* Extract the info command, ignore parameters and description */
g_assert(strncmp(info, "info ", 5) == 0);
endp = strchr(&info[5], ' ');
g_assert(endp != NULL);
*endp = '\0';
/* Now run the info command */
if (verbose) {
fprintf(stderr, "\t%s\n", info);
}
resp = hmp(info);
g_free(resp);
/* And move forward to the next line */
info = strchr(endp + 1, '\n');
if (!info) {
break;
}
info += 1;
}
g_free(info_buf);
}
static void test_one_device(const char *type)
{
QDict *resp;
char *help, *qom_tree;
resp = qmp("{'execute': 'device-list-properties',"
" 'arguments': {'typename': %s}}",
type);
QDECREF(resp);
help = hmp("device_add \"%s,help\"", type);
g_free(help);
/*
* Some devices leave dangling pointers in QOM behind.
* "info qom-tree" has a good chance at crashing then
*/
qom_tree = hmp("info qom-tree");
g_free(qom_tree);
}
/* Run through the list of pre-defined commands */
static void test_commands(void)
{
char *response;
int i;
for (i = 0; hmp_cmds[i] != NULL; i++) {
if (verbose) {
fprintf(stderr, "\t%s\n", hmp_cmds[i]);
}
response = hmp(hmp_cmds[i]);
g_free(response);
}
}
static void test_device_intro_list(void)
{
QList *types;
char *help;
qtest_start(common_args);
types = device_type_list(true);
QDECREF(types);
help = hmp("device_add help");
g_free(help);
qtest_end();
}
void TextureBuilder::createTextureWorkflow(QString prefix, bool bCreateImage , QString backgroundImage , QString destImage, bool last)
{
QStringList data; data << "Perlin" << "Billow" << "RidgedMulti" << "Voronoi";
QSharedPointer<ModuleDescriptor> p(new ModuleDescriptor());
p.data()->setName(prefix+"_Module");
p.data()->setModuleType(data[SSGX::d1000() % 4]);
p.data()->setupPropertiesToExport(p.data()->moduleType());
p.data()->setEnableRandom(true);
p.data()->setEnabledist(true);
if (last) {
p.data()->moduleType() != "Voronoi" ?
p.data()->setFreq(1.9*SSGX::floatRand()+1.2) :
p.data()->setFreq(5*SSGX::floatRand()+3.2) ;
p.data()->setLac(1.9*SSGX::floatRand()+1.2);
p.data()->setPers(0.25*SSGX::floatRand()+0.22);
} else {
p.data()->moduleType() != "Voronoi" ?
p.data()->setFreq(3.2*SSGX::floatRand()+1.2) :
p.data()->setFreq(10.2*SSGX::floatRand()+5.2);
p.data()->setLac(3.2*SSGX::floatRand()+1.2);
p.data()->setPers(0.2*SSGX::floatRand()+0.22);
}
_modDesc.insert(p.data()->name(),p);
QSharedPointer<HeightMapDescriptor> hmp(new HeightMapDescriptor());
hmp.data()->setName(prefix+"_heightMap");
_hmDesc.insert(hmp.data()->name(), hmp);
if (bCreateImage) {
QSharedPointer<ImageDescriptor> imp(new ImageDescriptor());
imp.data()->setName(destImage);
__imDesc.insert(imp.data()->name(),imp);
}
QSharedPointer<NoiseMapBuilderDescriptor> nmbd(new NoiseMapBuilderDescriptor());
nmbd.data()->setName(prefix+"_noiseMapBuilder1");
nmbd.data()->setSourceModule(p.data()->name());
nmbd.data()->setSize(1024,512);
nmbd.data()->setDest(hmp.data()->name());
_nmbDesc.insert(nmbd.data()->name(),nmbd);
QSharedPointer<RendererDescriptor> rdp(new RendererDescriptor());
rdp.data()->setName(prefix+"_renderer");
rdp.data()->setHeightmap(hmp.data()->name());
rdp.data()->gradientInfo().clear();
if (backgroundImage == "") {
auto rndGradient = ColorOps::randomGradient(12,20, ColorOps::randomHSLColor());
for (auto i = rndGradient.begin(); i != rndGradient.end(); ++i) {
rdp.data()->gradientInfo().append(GradientInfo(
i.key(),
i.value().red(),
i.value().green(),
i.value().blue(),
i.value().alpha())
);
}
auto c = ColorOps::randomHSLColor();
rdp.data()->gradientInfo().append(GradientInfo(1.0,c.red(),c.green(),c.blue(),c.alpha()));
} else {
auto rndGradient = ColorOps::randomGradient(12,20, ColorOps::randomHSLColor(),true,0,128);
for (auto i = rndGradient.begin(); i != rndGradient.end(); ++i) {
rdp.data()->gradientInfo().append(GradientInfo(
i.key(),
i.value().red(),
i.value().green(),
i.value().blue(),
i.value().alpha())
);
}
auto c = ColorOps::randomHSLColor();
rdp.data()->gradientInfo().append(GradientInfo(1.0,c.red(),c.green(),c.blue(),c.alpha()));
}
if (last) {
rdp.data()->setEnabledlight(true);
rdp.data()->setLightbrightness(2.0);
rdp.data()->setLightcontrast(1.4);
auto c = rdp.data()->gradientInfo().count() / 3;
auto d = c+ SSGX::dn(c);
qDebug() << "last enabled. " << c << ", " << d;
for (auto h = 0; h < rdp.data()->gradientInfo().count(); ++h) {
if (h < d) {
auto t = rdp.data()->gradientInfo()[h];
auto newT = std::tuple<double,int,int,int,int>(
std::get<0>(t),
std::get<1>(t),
std::get<2>(t),
std::get<3>(t),
255
);
rdp.data()->gradientInfo()[h] = newT;
} else {
auto t = rdp.data()->gradientInfo()[h];
auto newT = std::tuple<double,int,int,int,int>(
std::get<0>(t),
std::get<1>(t),
std::get<2>(t),
std::get<3>(t),
0
);
rdp.data()->gradientInfo()[h] = newT;
}
}
}
rdp.data()->setBackgroundImage(backgroundImage);
rdp.data()->setDestImage(destImage);
this->addRendererDescriptor(rdp.data()->name(),rdp);
}
