//config file processing
int rpc::read_config(std::string sparams)
{
sconfig=sparams;
std::replace( sparams.begin(), sparams.end(),';', '\n' );
std::istrstream fconfig(sparams.c_str());
//assure(fconfig,fname_config.c_str());
char buf[200];
while (fconfig.getline(buf,200))
{
std::string nstr(buf);
if ((nstr.size()>0) and (nstr.at(0)!='/')) {
int ind1=nstr.find('=');
int ind2=nstr.length()-1;
std::string pname=nstr.substr(0,ind1);
std::string pvalue=nstr.substr(ind1+1,ind2-ind1-2);
std::string ptype=nstr.substr(ind2);
if (ptype.length()>0){
switch (ptype.at(0)){
case 'd':case 'f':
set_param(pname,atof(pvalue.c_str()));
break;
case 'c':
set_param(pname,pvalue.at(0));
break;
case 'i':
set_param(pname,atoi(pvalue.c_str()));
break;
case 's':
set_param(pname,pvalue);
break;
};};
};
};
return 0;
}
//Included an init function for this also. Just to be safe.
void GSDevice11::InitExternalFX()
{
if (!ExShader_Compiled)
{
try {
std::string config_name(theApp.GetConfigS("shaderfx_conf"));
std::ifstream fconfig(config_name);
std::stringstream shader;
if (fconfig.good())
shader << fconfig.rdbuf() << "\n";
else
fprintf(stderr, "GSdx: External shader config '%s' not loaded.\n", config_name.c_str());
std::string shader_name(theApp.GetConfigS("shaderfx_glsl"));
std::ifstream fshader(shader_name);
if (fshader.good())
{
shader << fshader.rdbuf();
CompileShader(shader.str().c_str(), shader.str().length(), shader_name.c_str(), D3D_COMPILE_STANDARD_FILE_INCLUDE, "ps_main", nullptr, &m_shaderfx.ps);
}
else
{
fprintf(stderr, "GSdx: External shader '%s' not loaded and will be disabled!\n", shader_name.c_str());
}
}
catch (GSDXRecoverableError) {
printf("GSdx: failed to compile external post-processing shader. \n");
}
ExShader_Compiled = true;
}
}
//config file processing
int rpc::load_config()
{
std::ifstream fconfig(fname_config.c_str());
//assure(fconfig,fname_config.c_str());
char buf[200];
while (fconfig.getline(buf,200))
{
std::string nstr(buf);
if ((nstr.size()>0) and (nstr.at(0)!='/')) {
int ind1=nstr.find('=');
int ind2=nstr.rfind(' ');
std::string pname=nstr.substr(0,ind1);
std::string pvalue=nstr.substr(ind1+1,ind2-ind1-1);
std::string ptype=nstr.substr(ind2+1);
parameter new_param;
new_param.pname=pname;
switch (ptype.at(0)){
case 'd':case 'f':
new_param.ptype=1;
new_param.dvalue=atof(pvalue.c_str());
break;
case 'c':
new_param.ptype=2;
new_param.cvalue=pvalue.at(0);
break;
case 'i':
new_param.ptype=3;
new_param.ivalue=atoi(pvalue.c_str());
break;
case 's':
new_param.ptype=5;
new_param.strvalue=pvalue;
break;
};
vparams.push_back(new_param);
};
};
if (sconfig.length()>0)
read_config(sconfig);
return 0;
}
int main (int argc, char**argv) {
int i, j, n, k, iter, curr, next, sum;
double p, riter;
if (argc < 2) {
fprintf (stderr, "Usage: %s <p>\n", argv[0]);
fprintf (stderr, "where\n");
fprintf (stderr, "\tp = probability of first transition\n");
return 1;
}
init();
p = atof (argv[1]);
printf ("Totally asymmetric exclusion process\n");
printf ("with backward-sequental update rule\n");
printf ("on a ring with L=%d positions and N=%d particles.\n", L, N);
printf ("Transition probabilities: p=%lf.\n", p);
for (j=L-1; j>=0; j--) {
printf ("\nInitial bound: (%d,%d)\n", (L+j-1)%L+1, (L+j)%L+1);
for (n=0; n<NSTATES; n++) {
for (i=0; i<L; i++) {
hist[i] = 0;
current[i] = 0;
}
for (iter=0; iter<NITER; iter++) {
/* Reinitialization */
for (i=0; i<L; i++) {
icurrent[i] = 0;
chain_old[i] = C[n][i];
chain[i] = C[n][i];
}
for (i=0; i<NSTATES; i++) {
prob[i] = 0;
}
/* Update chain */
for (i=L-1; i>=0; i--) {
curr = (i+j+L)%L;
next = (i+1+j+L)%L;
update(curr, next, p);
}
fconfig();
for (i=0; i<L; i++) {
if (chain[i]) hist[i]++;
if (icurrent[i]) current[i]++;
}
for (i=0; i<NSTATES; i++) {
if (prob[i]) cprob[i]++;
}
}
for (i=0; i<L; i++) {
chist[i] += hist[i];
ccurrent[i] += current[i];
}
sum=0; for (i=0; i<L; i++) sum+=hist[i];
printf("\n--------------+"); for(i=0; i<L; i++) printf("-------+");
printf("\nPosition |"); for(i=0; i<L; i++) printf(" %5d |", i+1);
printf("\nConfiguration |"); for(i=0; i<L; i++) printf(" %5d |", C[n][i]);
printf("\n--------------+"); for(i=0; i<L; i++) printf("-------+");
printf("\nCurrent J |"); for(i=0; i<L; i++) printf(" %5d |", current[i]);
printf("\nOccurrences |"); for(i=0; i<L; i++) printf(" %5d |", hist[i]);
printf("\n--------------+"); for(i=0; i<L; i++) printf("-------+");
printf("\nCheck sum of occurrences: %5d", sum);
printf("\nNumber of iterations: %5d", NITER);
printf("\n");
}
}
riter = (double) (L * NITER * NSTATES);
sum = 0; for (i=0; i<NSTATES; i++) sum+=cprob[i];
printf("\nSummary:");
printf("\n----+"); for(i=0; i<L; i++) printf("-------+");
printf("\nJ |"); for(i=0; i<L; i++) printf(" %5.3lf |", ccurrent[i]/riter);
printf("\nDOS |"); for(i=0; i<L; i++) printf(" %5.3lf |", chist[i]/riter);
printf("\n----+"); for(i=0; i<L; i++) printf("-------+");
printf("\nOut configurations: "); for(i=0; i<NSTATES; i++) printf("%5.3lf ", cprob[i]/riter);
printf("\nCheck sum: %5.3lf", sum/riter);
printf("\n");
return 0;
}
void SettingDlg::SaveSettings()
{
wxFileConfig fconfig("FluoRender Settings");
fconfig.Write("ver_major", VERSION_MAJOR_TAG);
fconfig.Write("ver_minor", VERSION_MINOR_TAG);
fconfig.SetPath("/gm calculation");
fconfig.Write("mode", m_gmc_mode);
fconfig.SetPath("/peeling layers");
fconfig.Write("value", m_peeling_layers);
fconfig.SetPath("/micro blend");
fconfig.Write("mode", m_micro_blend);
fconfig.SetPath("/save project");
fconfig.Write("mode", m_prj_save);
fconfig.SetPath("/realtime compress");
fconfig.Write("mode", m_realtime_compress);
fconfig.SetPath("/skip bricks");
fconfig.Write("mode", m_skip_bricks);
fconfig.SetPath("/mouse int");
fconfig.Write("mode", m_mouse_int);
fconfig.SetPath("/dir shadow");
fconfig.Write("mode", m_shadow_dir);
fconfig.Write("x", m_shadow_dir_x);
fconfig.Write("y", m_shadow_dir_y);
fconfig.SetPath("/test mode");
fconfig.Write("speed", m_test_speed);
fconfig.Write("param", m_test_param);
fconfig.Write("wiref", m_test_wiref);
fconfig.SetPath("/wavelength to color");
fconfig.Write("c1", m_wav_color1);
fconfig.Write("c2", m_wav_color2);
fconfig.Write("c3", m_wav_color3);
fconfig.Write("c4", m_wav_color4);
fconfig.SetPath("/time id");
fconfig.Write("value", m_time_id);
fconfig.SetPath("/grad bg");
fconfig.Write("value", m_grad_bg);
fconfig.SetPath("/override vox");
fconfig.Write("value", m_override_vox);
fconfig.SetPath("/soft threshold");
fconfig.Write("value", m_soft_threshold);
fconfig.SetPath("/save cmp");
fconfig.Write("value", VRenderFrame::GetCompression());
fconfig.SetPath("/run script");
fconfig.Write("value", m_run_script);
fconfig.SetPath("/paint history");
fconfig.Write("value", m_paint_hist_depth);
fconfig.SetPath("/text font");
fconfig.Write("file", m_font_file);
fconfig.Write("value", m_text_size);
//memory settings
fconfig.SetPath("/memory settings");
fconfig.Write("mem swap", m_mem_swap);
fconfig.Write("graphics mem", m_graphics_mem);
fconfig.Write("large data size", m_large_data_size);
fconfig.Write("force brick size", m_force_brick_size);
fconfig.Write("up time", m_up_time);
EnableStreaming(m_mem_swap);
//update order
fconfig.SetPath("/update order");
fconfig.Write("value", m_update_order);
//point volume mode
fconfig.SetPath("/point volume mode");
fconfig.Write("value", m_point_volume_mode);
//ruler use transfer function
fconfig.SetPath("/ruler use transf");
fconfig.Write("value", m_ruler_use_transf);
//ruler time dependent
fconfig.SetPath("/ruler time dependent");
fconfig.Write("value", m_ruler_time_dep);
//flags for flipping pvxml
fconfig.SetPath("/pvxml flip");
fconfig.Write("x", m_pvxml_flip_x);
fconfig.Write("y", m_pvxml_flip_y);
//pixel format
fconfig.SetPath("/pixel format");
fconfig.Write("red_bit", m_red_bit);
fconfig.Write("green_bit", m_green_bit);
fconfig.Write("blue_bit", m_blue_bit);
fconfig.Write("alpha_bit", m_alpha_bit);
fconfig.Write("depth_bit", m_depth_bit);
fconfig.Write("samples", m_samples);
//context attrib
fconfig.SetPath("/context attrib");
fconfig.Write("gl_major_ver", m_gl_major_ver);
fconfig.Write("gl_minor_ver", m_gl_minor_ver);
fconfig.Write("gl_profile_mask", m_gl_profile_mask);
//cl device
fconfig.SetPath("/cl device");
fconfig.Write("device_id", m_cl_device_id);
wxString expath = wxStandardPaths::Get().GetExecutablePath();
expath = expath.BeforeLast(GETSLASH(),NULL);
#ifdef _WIN32
wxString dft = expath + "\\" + SETTING_FILE_NAME;
#else
wxString dft = expath + "/../Resources/" + SETTING_FILE_NAME;
#endif
wxFileOutputStream os(dft);
fconfig.Save(os);
}
void SettingDlg::GetSettings()
{
m_gmc_mode = 2;
m_prj_save = false;
m_realtime_compress = false;
m_skip_bricks = false;
m_test_speed = false;
m_test_param = false;
m_test_wiref = false;
m_peeling_layers = 1;
m_micro_blend = false;
m_shadow_dir = false;
m_shadow_dir_x = 0.0;
m_shadow_dir_y = 0.0;
m_mouse_int = true;
m_wav_color1 = 5;
m_wav_color2 = 5;
m_wav_color3 = 5;
m_wav_color4 = 5;
m_time_id = "_T";
m_grad_bg = false;
m_override_vox = true;
m_soft_threshold = 0.0;
m_run_script = false;
m_text_size = 12;
m_font_file = "";
m_mem_swap = false;
m_graphics_mem = 1000.0;
m_large_data_size = 1000.0;
m_force_brick_size = 128;
m_up_time = 100;
m_update_order = 0;
m_point_volume_mode = 0;
m_ruler_use_transf = false;
m_ruler_time_dep = true;
m_pvxml_flip_x = false;
m_pvxml_flip_y = false;
m_red_bit = 8;
m_green_bit = 8;
m_blue_bit = 8;
m_alpha_bit = 8;
m_depth_bit = 24;
m_samples = 0;
m_gl_major_ver = 4;
m_gl_minor_ver = 4;
m_gl_profile_mask = 2;
m_cl_device_id = 0;
m_paint_hist_depth = 0;
wxString expath = wxStandardPaths::Get().GetExecutablePath();
expath = expath.BeforeLast(GETSLASH(),NULL);
#ifdef _WIN32
wxString dft = expath + "\\" + SETTING_FILE_NAME;
#else
wxString dft = expath + "/../Resources/" + SETTING_FILE_NAME;
#endif
wxFileInputStream is(dft);
if (!is.IsOk())
return;
wxFileConfig fconfig(is);
//gradient magnitude
if (fconfig.Exists("/gm calculation"))
{
fconfig.SetPath("/gm calculation");
m_gmc_mode = fconfig.Read("mode", 2l);
}
//depth peeling
if (fconfig.Exists("/peeling layers"))
{
fconfig.SetPath("/peeling layers");
m_peeling_layers = fconfig.Read("value", 1l);
}
//micro blending
if (fconfig.Exists("/micro blend"))
{
fconfig.SetPath("/micro blend");
fconfig.Read("mode", &m_micro_blend, false);
}
//save project
if (fconfig.Exists("/save project"))
{
fconfig.SetPath("/save project");
fconfig.Read("mode", &m_prj_save, false);
}
//realtime compression
if (fconfig.Exists("/realtime compress"))
{
fconfig.SetPath("/realtime compress");
fconfig.Read("mode", &m_realtime_compress, false);
}
//skip empty bricks
if (fconfig.Exists("/skip bricks"))
{
fconfig.SetPath("/skip bricks");
fconfig.Read("mode", &m_skip_bricks, false);
}
//mouse interactions
if (fconfig.Exists("/mouse int"))
{
fconfig.SetPath("/mouse int");
fconfig.Read("mode", &m_mouse_int, true);
}
//shadow
if (fconfig.Exists("/dir shadow"))
{
fconfig.SetPath("/dir shadow");
fconfig.Read("mode", &m_shadow_dir, false);
fconfig.Read("x", &m_shadow_dir_x, 0.0);
fconfig.Read("y", &m_shadow_dir_y, 0.0);
}
//test mode
if (fconfig.Exists("/test mode"))
{
fconfig.SetPath("/test mode");
fconfig.Read("speed", &m_test_speed, false);
fconfig.Read("param", &m_test_param, false);
fconfig.Read("wiref", &m_test_wiref, false);
}
//wavelength to color
if (fconfig.Exists("/wavelength to color"))
{
fconfig.SetPath("/wavelength to color");
fconfig.Read("c1", &m_wav_color1, 5);
fconfig.Read("c2", &m_wav_color2, 5);
fconfig.Read("c3", &m_wav_color3, 5);
fconfig.Read("c4", &m_wav_color4, 5);
}
//time sequence identifier
if (fconfig.Exists("/time id"))
{
fconfig.SetPath("/time id");
fconfig.Read("value", &m_time_id);
}
//gradient background
if (fconfig.Exists("/grad bg"))
{
fconfig.SetPath("/grad bg");
fconfig.Read("value", &m_grad_bg);
}
//save compressed
if (fconfig.Exists("/save cmp"))
{
bool save_cmp;
fconfig.SetPath("/save cmp");
fconfig.Read("value", &save_cmp);
VRenderFrame::SetCompression(save_cmp);
}
//override vox
if (fconfig.Exists("/override vox"))
{
fconfig.SetPath("/override vox");
fconfig.Read("value", &m_override_vox);
}
//soft threshold
if (fconfig.Exists("/soft threshold"))
{
fconfig.SetPath("/soft threshold");
fconfig.Read("value", &m_soft_threshold);
}
//run script
if (fconfig.Exists("/run script"))
{
fconfig.SetPath("/run script");
fconfig.Read("value", &m_run_script);
}
//paint history depth
if (fconfig.Exists("/paint history"))
{
fconfig.SetPath("/paint history");
fconfig.Read("value", &m_paint_hist_depth);
}
//text font
if (fconfig.Exists("/text font"))
{
fconfig.SetPath("/text font");
fconfig.Read("file", &m_font_file);
fconfig.Read("value", &m_text_size);
}
//memory settings
if (fconfig.Exists("/memory settings"))
{
fconfig.SetPath("/memory settings");
//enable mem swap
fconfig.Read("mem swap", &m_mem_swap);
//graphics memory limit
fconfig.Read("graphics mem", &m_graphics_mem);
//large data size
fconfig.Read("large data size", &m_large_data_size);
//force brick size
fconfig.Read("force brick size", &m_force_brick_size);
//response time
fconfig.Read("up time", &m_up_time);
}
EnableStreaming(m_mem_swap);
//update order
if (fconfig.Exists("/update order"))
{
fconfig.SetPath("/update order");
fconfig.Read("value", &m_update_order);
}
//point volume mode
if (fconfig.Exists("/point volume mode"))
{
fconfig.SetPath("/point volume mode");
fconfig.Read("value", &m_point_volume_mode);
}
//ruler use transfer function
if (fconfig.Exists("/ruler use transf"))
{
fconfig.SetPath("/ruler use transf");
fconfig.Read("value", &m_ruler_use_transf);
}
//ruler time dependent
if (fconfig.Exists("/ruler time dep"))
{
fconfig.SetPath("/ruler time dep");
fconfig.Read("value", &m_ruler_time_dep);
}
//flags for pvxml flipping
if (fconfig.Exists("/pvxml flip"))
{
fconfig.SetPath("/pvxml flip");
fconfig.Read("x", &m_pvxml_flip_x);
fconfig.Read("y", &m_pvxml_flip_y);
}
//pixel format
if (fconfig.Exists("/pixel format"))
{
fconfig.SetPath("/pixel format");
fconfig.Read("red_bit", &m_red_bit);
fconfig.Read("green_bit", &m_green_bit);
fconfig.Read("blue_bit", &m_blue_bit);
fconfig.Read("alpha_bit", &m_alpha_bit);
fconfig.Read("depth_bit", &m_depth_bit);
fconfig.Read("samples", &m_samples);
}
//context attrib
if (fconfig.Exists("/context attrib"))
{
fconfig.SetPath("/context attrib");
fconfig.Read("gl_major_ver", &m_gl_major_ver);
fconfig.Read("gl_minor_ver", &m_gl_minor_ver);
fconfig.Read("gl_profile_mask", &m_gl_profile_mask);
}
//cl device
if (fconfig.Exists("/cl device"))
{
fconfig.SetPath("/cl device");
fconfig.Read("device_id", &m_cl_device_id);
}
UpdateUI();
}
int
ACE_TMAIN(int argc, ACE_TCHAR *argv[])
{
try
{
DDS::DomainParticipantFactory_var dpf = TheParticipantFactoryWithArgs(argc, argv);
DDS::DomainParticipant_var participant1;
DDS::DomainParticipant_var participant2;
{
OpenDDS::DCPS::TypeSupport_var typsup = new Xyz::FooTypeSupportImpl;
Options configopt(argc, argv);
ACE_DEBUG((LM_INFO, ACE_TEXT("(%P|%t) Running colocation opt %C\n"),
configopt.collocation_str.c_str()
));
Factory fconfig(configopt, typsup);
Options plainopt;
Factory fplain(plainopt, typsup);
DDS::DataReaderListener_var drl1(new DataReaderListenerImpl(configopt));
DDS::DataReaderListener_var drl2(new DataReaderListenerImpl(plainopt));
if (configopt.collocation_str == "none")
{
participant1 = fconfig.participant(dpf);
Puller r(fconfig, dpf, participant1, drl1);
TEST_ASSERT(assert_supported(configopt, r.reader_.in()));
r.pull(ACE_Time_Value(1));
}
else if (configopt.collocation_str == "process")
{
participant1 = fconfig.participant(dpf);
Puller r1(fconfig, dpf, participant1, drl1);
participant2 = fplain.participant(dpf);
Puller r2(fplain, dpf, participant2, drl2);
TEST_ASSERT (participant1.in() != participant2.in());
TEST_ASSERT(assert_supported(configopt, r1.reader_));
if (configopt.entity_str == "none")
{
TEST_ASSERT(assert_supported(configopt, r1.reader_));
}
else
{
TEST_ASSERT(!assert_supported(configopt, r2.reader_));
}
r1.pull(ACE_Time_Value(1));
}
else if (configopt.collocation_str == "participant")
{
participant1 = fconfig.participant(dpf);
participant2 = participant1;
Puller r1(fconfig, dpf, participant1, drl1);
Puller r2(fplain, dpf, participant2, drl2);
TEST_ASSERT(assert_supported(configopt, r1.reader_));
TEST_ASSERT(assert_supported(configopt, r2.reader_));
r1.pull(ACE_Time_Value(1));
}
else if (configopt.collocation_str == "pubsub")
{
participant1 = fconfig.participant(dpf);
participant2 = participant1;
DDS::Subscriber_var subscriber1(fconfig.subscriber(participant1));
Puller r1(fconfig, dpf, participant1, subscriber1, drl1);
DDS::Subscriber_var subscriber2(fplain.subscriber(participant2));
Puller r2(fplain, dpf, participant2, subscriber2, drl1);
TEST_ASSERT(assert_supported(configopt, r1.reader_));
TEST_ASSERT(assert_supported(configopt, r2.reader_));
r1.pull(ACE_Time_Value(1));
}
if (configopt.collocation_str == "none")
{
TEST_ASSERT(assert_subscription_matched(configopt, drl1));
}
else if (configopt.collocation_str == "process")
{
TEST_ASSERT(assert_subscription_matched(configopt, drl1)
&& assert_subscription_matched(configopt, drl2));
}
else if (configopt.collocation_str == "participant")
{
TEST_ASSERT(assert_subscription_matched(configopt, drl1)
&& assert_subscription_matched(configopt, drl2));
}
else if (configopt.collocation_str == "pubsub")
{
TEST_ASSERT(assert_subscription_matched(configopt, drl1)
&& assert_subscription_matched(configopt, drl2));
}
}
ACE_DEBUG((LM_INFO, ACE_TEXT("(%P|%t) Shutting subscriber down ...\n")));
{
ACE_GUARD_RETURN(ACE_Thread_Mutex, guard, shutdown_lock, 1);
shutdown_flag = true;
}
// only want to clean up participant2 if it isn't just pointing to
// participant1
if (participant1.in() == participant2.in())
participant2 = 0;
if (participant1) {
ACE_DEBUG((LM_INFO, ACE_TEXT("(%P|%t) deleting entities1\n")));
// Delete any topics, publishers and subscribers owned by participant
participant1->delete_contained_entities();
ACE_DEBUG((LM_INFO, ACE_TEXT("(%P|%t) deleting participant1\n")));
// Delete participant itself
dpf->delete_participant(participant1);
}
if (participant2) {
ACE_DEBUG((LM_INFO, ACE_TEXT("(%P|%t) deleting entities2\n")));
// Delete any topics, publishers and subscribers owned by participant
participant2->delete_contained_entities();
ACE_DEBUG((LM_INFO, ACE_TEXT("(%P|%t) deleting participant2\n")));
// Delete participant itself
dpf->delete_participant(participant2);
}
ACE_DEBUG((LM_INFO, ACE_TEXT("(%P|%t) Subscriber shutting down svc part\n")));
// Shut down info repo connection
TheServiceParticipant->shutdown();
ACE_DEBUG((LM_INFO, ACE_TEXT("(%P|%t) Subscriber shutdown complete\n")));
}
catch (char const *ex)
{
ACE_ERROR_RETURN((LM_ERROR,
ACE_TEXT("(%P|%t) Assertion failed.\n"), ex), -1);
}
catch (const CORBA::Exception &ex)
{
ex._tao_print_exception("Exception caught in main.cpp:");
return 1;
}
catch (const OpenDDS::DCPS::Transport::MiscProblem& )
{
ACE_ERROR_RETURN((LM_ERROR,
ACE_TEXT("(%P|%t) Transport::MiscProblem caught.\n")), -1);
}
ACE_ERROR_RETURN((LM_INFO,
ACE_TEXT("(%P|%t) done.\n")), 0);
}
//load default
void BrushToolDlg::LoadDefault()
{
wxString expath = wxStandardPaths::Get().GetExecutablePath();
expath = expath.BeforeLast(GETSLASH(),NULL);
#ifdef _WIN32
wxString dft = expath + "\\default_brush_settings.dft";
#else
wxString dft = expath + "/../Resources/default_brush_settings.dft";
#endif
wxFileInputStream is(dft);
if (!is.IsOk())
return;
wxFileConfig fconfig(is);
wxString str;
double val;
int ival;
bool bval;
//brush properties
fconfig.Read("brush_ini_thresh", &m_dft_ini_thresh);
fconfig.Read("brush_gm_falloff", &m_dft_gm_falloff);
fconfig.Read("brush_scl_falloff", &m_dft_scl_falloff);
if (fconfig.Read("brush_scl_translate", &m_dft_scl_translate))
{
str = wxString::Format("%.1f", m_dft_scl_translate*m_max_value);
m_brush_scl_translate_sldr->SetRange(0, int(m_max_value*10.0));
m_brush_scl_translate_text->SetValue(str);
}
//auto thresh
if (fconfig.Read("auto_thresh", &bval))
m_estimate_thresh_chk->SetValue(bval);
//edge detect
if (fconfig.Read("edge_detect", &bval))
m_edge_detect_chk->SetValue(bval);
//hidden removal
if (fconfig.Read("hidden_removal", &bval))
m_hidden_removal_chk->SetValue(bval);
//select group
if (fconfig.Read("select_group", &bval))
m_select_group_chk->SetValue(bval);
//2d influence
if (fconfig.Read("brush_2dinfl", &val))
{
str = wxString::Format("%.2f", val);
m_brush_2dinfl_text->SetValue(str);
}
//size 1
if (fconfig.Read("brush_size1", &val) && val>0.0)
{
str = wxString::Format("%d", (int)val);
m_brush_size1_text->SetValue(str);
}
//size 2 link
if (fconfig.Read("use_brush_size2", &bval))
{
m_brush_size2_chk->SetValue(bval);
if (bval)
{
m_brush_size2_sldr->Enable();
m_brush_size2_text->Enable();
}
else
{
m_brush_size2_sldr->Disable();
m_brush_size2_text->Disable();
}
}
//size 2
if (fconfig.Read("brush_size2", &val) && val>0.0)
{
str = wxString::Format("%d", (int)val);
m_brush_size2_text->SetValue(str);
}
//iterations
if (fconfig.Read("brush_iters", &ival))
{
switch (ival)
{
case 1:
m_brush_iterw_rb->SetValue(true);
m_brush_iters_rb->SetValue(false);
m_brush_iterss_rb->SetValue(false);
break;
case 2:
m_brush_iterw_rb->SetValue(false);
m_brush_iters_rb->SetValue(true);
m_brush_iterss_rb->SetValue(false);
break;
case 3:
m_brush_iterw_rb->SetValue(false);
m_brush_iters_rb->SetValue(false);
m_brush_iterss_rb->SetValue(true);
break;
}
}
//component analyzer
//selected only
if (fconfig.Read("ca_select_only", &bval))
m_ca_select_only_chk->SetValue(bval);
//min voxel
if (fconfig.Read("ca_min", &ival))
{
m_dft_ca_min = ival;
str = wxString::Format("%d", ival);
m_ca_min_text->SetValue(str);
}
//max voxel
if (fconfig.Read("ca_max", &ival))
{
m_dft_ca_max = ival;
str = wxString::Format("%d", ival);
m_ca_max_text->SetValue(str);
}
//ignore max
if (fconfig.Read("ca_ignore_max", &bval))
{
m_ca_ignore_max_chk->SetValue(bval);
if (bval)
m_ca_max_text->Disable();
else
m_ca_max_text->Enable();
}
//thresh
if (fconfig.Read("ca_thresh", &m_dft_ca_thresh))
{
str = wxString::Format("%.1f", m_dft_ca_thresh*m_max_value);
m_ca_thresh_sldr->SetRange(0, int(m_max_value*10.0));
m_ca_thresh_text->SetValue(str);
}
//falloff
fconfig.Read("ca_falloff", &m_dft_ca_falloff);
//size map
if (fconfig.Read("ca_size_map", &bval))
m_ca_size_map_chk->SetValue(bval);
//nr thresh
fconfig.Read("nr_thresh", &m_dft_nr_thresh);
//nr size
if (fconfig.Read("nr_size", &m_dft_nr_size))
{
str = wxString::Format("%d", (int)val);
m_nr_size_text->SetValue(str);
}
}
//save default
void BrushToolDlg::SaveDefault()
{
wxFileConfig fconfig("FluoRender default brush settings");
double val;
wxString str;
//brush properties
fconfig.Write("brush_ini_thresh", m_dft_ini_thresh);
fconfig.Write("brush_gm_falloff", m_dft_gm_falloff);
fconfig.Write("brush_scl_falloff", m_dft_scl_falloff);
fconfig.Write("brush_scl_translate", m_dft_scl_translate);
//auto thresh
fconfig.Write("auto_thresh", m_estimate_thresh_chk->GetValue());
//edge detect
fconfig.Write("edge_detect", m_edge_detect_chk->GetValue());
//hidden removal
fconfig.Write("hidden_removal", m_hidden_removal_chk->GetValue());
//select group
fconfig.Write("select_group", m_select_group_chk->GetValue());
//2d influence
str = m_brush_2dinfl_text->GetValue();
str.ToDouble(&val);
fconfig.Write("brush_2dinfl", val);
//size 1
str = m_brush_size1_text->GetValue();
str.ToDouble(&val);
fconfig.Write("brush_size1", val);
//size2 link
fconfig.Write("use_brush_size2", m_brush_size2_chk->GetValue());
//size 2
str = m_brush_size2_text->GetValue();
str.ToDouble(&val);
fconfig.Write("brush_size2", val);
//iterations
int ival = m_brush_iterw_rb->GetValue()?1:
m_brush_iters_rb->GetValue()?2:
m_brush_iterss_rb->GetValue()?3:0;
fconfig.Write("brush_iters", ival);
//component analyzer
//selected only
fconfig.Write("ca_select_only", m_ca_select_only_chk->GetValue());
//min voxel
str = m_ca_min_text->GetValue();
str.ToDouble(&val);
fconfig.Write("ca_min", val);
//max voxel
str = m_ca_max_text->GetValue();
str.ToDouble(&val);
fconfig.Write("ca_max", val);
//ignore max
fconfig.Write("ca_ignore_max", m_ca_ignore_max_chk->GetValue());
//thresh
fconfig.Write("ca_thresh", m_dft_ca_thresh);
//falloff
fconfig.Write("ca_falloff", m_dft_ca_falloff);
//size map
fconfig.Write("ca_size_map", m_ca_size_map_chk->GetValue());
//noise removal
//nr thresh
fconfig.Write("nr_thresh", m_dft_nr_thresh);
//nr_size
wxString expath = wxStandardPaths::Get().GetExecutablePath();
expath = expath.BeforeLast(GETSLASH(),NULL);
#ifdef _WIN32
wxString dft = expath + "\\default_brush_settings.dft";
#else
wxString dft = expath + "/../Resources/default_brush_settings.dft";
#endif
wxFileOutputStream os(dft);
fconfig.Save(os);
}