void ModelViewController::ConvertToGCode()
{
string GcodeTxt;
Fl_Text_Buffer* buffer = gui->GCodeResult->buffer();
buffer->remove(0, buffer->length());
buffer = gui->GCodeStart->buffer();
char* pText = buffer->text();
string GCodeStart(pText);
buffer = gui->GCodeLayer->buffer();
free(pText);
pText = buffer->text();
string GCodeLayer(pText);
buffer = gui->GCodeEnd->buffer();
free(pText);
pText = buffer->text();
string GCodeEnd(pText);
free(pText);
ProcessControl.ConvertToGCode(GcodeTxt, GCodeStart, GCodeLayer, GCodeEnd);
buffer = gui->GCodeResult->buffer();
GcodeTxt += "\0";
buffer->append( GcodeTxt.c_str() );
redraw();
}
void create_about_tab(int x, int y, int w, int h)
{
int border;
Fl_Text_Display *ptext;
Fl_Text_Buffer *pbuff;
Fl_Group *group1 = new Fl_Group(x, y, w, h, "About");
{
border = 10;
ptext = new Fl_Text_Display(x + border, y + border, w - 3 * border, h - 3 * border);
pbuff = new Fl_Text_Buffer();
ptext->buffer(pbuff);
ptext->textcolor(fl_rgb_color(85, 170, 255));
ptext->color(fl_rgb_color(8, 7, 5));
pbuff->text("\n"
" BMS manager Feb 2016.\n"
" Part of SombreroBMS (battery management system)\n"
" Copyright 2016 Patrick Xavier Areny\n"
"\n"
"\n"
" Used libraries:\n"
"\n"
" Tinyxml \tLee Thomason\n"
" FLTK \twww.fltk.org\n"
" OpenGl \tKhronos group\n"
"\n"
"\n"
" Used font: "
"\n"
"\n"
" VeraMono ttf, Bitstream, Inc.\n"
"\n");
}
group1->end();
}
static void Timer_CB(void *data) // timer callback
{
if(enable_timer==1)
{
Fl_Text_Buffer* buf;
buf=new Fl_Text_Buffer();
char text[1024];
if(count_min<=0)
sprintf(text,"Time elapsed : %d Secs",count_sec);
else
{
if(count_min==1)
sprintf(text,"Time elapsed : %d min , %d Secs",count_min,count_sec);
else
sprintf(text,"Time elapsed : %d mins , %d Secs",count_min,count_sec);
}
buf->text(text);
count_sec=count_sec+1;
if(count_sec>=60)
{
count_sec=0;
count_min=count_min+1;
}
clock1->buffer(buf);
}
Fl::repeat_timeout(1, Timer_CB, data);
//}
}
void ModelViewController::init()
{
Fl_Text_Buffer* buffer = gui->GCodeStart->buffer();
buffer->text(ProcessControl.GCodeStartText.c_str());
buffer = gui->GCodeLayer->buffer();
buffer->text(ProcessControl.GCodeLayerText.c_str());
buffer = gui->GCodeEnd->buffer();
buffer->text(ProcessControl.GCodeEndText.c_str());
//buffer->text(ProcessControl.Notes.c_str());
buffer = gui->LuaScriptEditor->buffer();
buffer->text("--Clear existing gcode\nbase:ClearGcode()\n-- Set start speed for acceleration firmware\nbase:AddText(\"G1 F2600\\n\")\n\n z=0.0\n e=0;\n oldx = 0;\n oldy=0;\n while(z<47) do\n angle=0\n while (angle < math.pi*2) do\n x=(50*math.cos(z/30)*math.sin(angle))+70\n y=(50*math.cos(z/30)*math.cos(angle))+70\n\n --how much to extrude\n\n dx=oldx-x\n dy=oldy-y\n if not (angle==0) then\n e = e+math.sqrt(dx*dx+dy*dy)\n end\n\n -- Make gcode string\n\n s=string.format(\"G1 X%f Y%f Z%f F2600 E%f\\n\", x,y,z,e)\n if(angle == 0) then\n s=string.format(\"G1 X%f Y%f Z%f F2600 E%f\\n\", x,y,z,e)\n end\n -- Add gcode to gcode result\nbase:AddText(s)\n angle=angle+0.2\n oldx=x\n oldy=y\n end\n z=z+0.4\n end\n ");
// buffer = gui->CommunationsLogText->buffer();
// buffer->text("Dump");
}
void ModelViewController::GetCustomButtonText(int nr)
{
string Text = ProcessControl.CustomButtonGcode[nr];
Fl_Text_Buffer* buffer = gui->CustomButtonText->buffer();
buffer->text(Text.c_str());
gui->CustomButtonLabel->value(ProcessControl.CustomButtonLabel[nr].c_str());
Fl::check();
}
void ProcessController::SaveBuffers()
{
Fl_Text_Buffer* buffer = gui->GCodeStart->buffer();
char* pText = buffer->text();
GCodeStartText = string(pText);
free(pText);
buffer = gui->GCodeLayer->buffer();
pText = buffer->text();
GCodeLayerText = string(pText);
free(pText);
buffer = gui->GCodeEnd->buffer();
pText = buffer->text();
GCodeEndText = string(pText);
free(pText);
AltInfillLayersText = string(gui->AltInfillLayersInput->value());
}
/*************************************************************************************
** Function: putChordInTextBox
** Description: Create current scale and write it to fullscale c string, pass
** fullscale to buffer and print to display text box.
*************************************************************************************/
void putChordInTextBox(Fl_Widget * o, void *v){
//Get the chord based on the chord meu and chord root menu selections
//using the ScaleWindow's scale object
((ScaleWindow*)v)->getChord(((ScaleWindow*)v)->chordMenu->value(), ((ScaleWindow*)v)->chordRootMenu->value());
//Prepare the text with fullscale c-string and the buffer
Fl_Text_Buffer *buffer = new Fl_Text_Buffer();
buffer->text(((ScaleWindow *)v)->fullscale);
//Print the buffer
((ScaleWindow*)v)->out->buffer(buffer);
}
void ModelViewController::Print()
{
if( !serial->isConnected() )
{
fl_alert ("Not connected to printer.\nCannot start printing");
return;
}
gui->ContinueButton->value(0);
gui->ContinueButton->activate();
gui->ContinueButton->label("Pause");
gui->PrintButton->value(1);
gui->PrintButton->label("Print");
gui->PrintButton->deactivate();
// Snack one line at a time from the Gcode view, and buffer it.
/*
if(gui->PrintButton->value() == 0) // Turned off print, cancel buffer and flush
{
m_bPrinting = false;
return;
}
*/
serial->Clear(); // resets line nr and buffer
serial->m_bPrinting = false;
serial->SetDebugMask();
serial->SetLineNr(-1); // Reset LineNr Count
gui->CommunationLog->clear();
Fl_Text_Buffer* buffer = gui->GCodeResult->buffer();
char* pText = buffer->text();
uint length = buffer->length();
uint pos = 2;
while(pos < length)
{
char* line = buffer->line_text(pos);
if(line[0] == ';')
{
pos = buffer->line_end(pos)+1; // skip newline
continue;
}
serial->AddToBuffer(line);
pos = buffer->line_end(pos)+1; // find end of line
}
gui->ProgressBar->maximum(serial->Length());
gui->ProgressBar->label("Printing");
gui->ProgressBar->value(0);
free(pText);
serial->StartPrint();
}
/*************************************************************************************
** Function: putScaleInTextBox
** Description: Create current scale and write it to fullscale c string, pass
** fullscale to buffer and print to display text box.
*************************************************************************************/
void putScaleInTextBox(Fl_Widget * o, void *v){
//Get the scale using the ScaleWindow's scale object
((ScaleWindow*)v)->getScale(((ScaleWindow*)v)->modeMenu->value(), ((ScaleWindow*)v)->rootMenu->value());
//Get a buffer so we can print in the display box
Fl_Text_Buffer *buffer = new Fl_Text_Buffer();
//Set the buffer to use the fullscale char string
buffer->text(((ScaleWindow *)v)->fullscale);
//Print the buffer
((ScaleWindow*)v)->out->buffer(buffer);
//Reset the chrord root menu and chord menu selections to zero
((ScaleWindow*)v)->chordRootMenu->value(0);
((ScaleWindow*)v)->chordMenu->value(0);
((ScaleWindow*)v)->scale.clearCurrentChord();
}
void ModelViewController::SaveCustomButton()
{
int ButtonNr = gui->CustomButtonSelectorSlider->value()-1;
Fl_Text_Buffer* buffer = gui->CustomButtonText->buffer();
char* pText = buffer->text();
string Text = string(pText);
free(pText);
ProcessControl.CustomButtonGcode[ButtonNr] = Text;
const char* text = gui->CustomButtonLabel->value();
string label(text);
ProcessControl.CustomButtonLabel[ButtonNr] = label;
RefreshCustomButtonLabels();
}
/*************************************************************************************
** Function: printErrorInProgression
** Description: This function is called when there's an error in adding a chord
** to the chord progression. It adds an error message to the output
** c-string which is printed in the text display
*************************************************************************************/
void ScaleWindow::printErrorInProgression(){
//Create a buffer to printing
Fl_Text_Buffer *buffer = new Fl_Text_Buffer();
//Get the current progression so we can add it to the c-string
//before addiging the error message
std::vector<std::vector<std::string> > prog;
prog = scale.getProgression();
//Clear c-string
char progChar[2000];
for(int i = 0; i < 2000; i++)
progChar[i] = '\0';
//Find out which chord in the progression has the most notes
//in it (since we're printing them vertically)
int pos = 0;
int max = 0;
for(int i = 0; i < prog.size(); i++){
if(prog[i].size() > max) max = prog[i].size();
}
//Loop through the progression, getting the first, second, third, etc.
//note in each chord and printing them row by row.
//So the first note from each chord is printed in the first row,
//then the second notes in the second row, etc.
int x = 0;
while(x < max){
for(int i = 0; i < prog.size(); i++){
int curLen = 0;
if(x < prog[i].size()){
curLen = prog[i][x].length();
for(int j = 0; j < curLen; j++){
progChar[pos] = prog[i][x][j];
pos++;
}
}
//If the corresponding chord has less than the max
//number of notes, just print a space for it
else{
progChar[pos] = ' ';
pos++;
curLen = 1;
}
//Pad it out with white space
while(curLen < 4){
progChar[pos] = ' ';
pos++;
curLen++;
}
}
//Add a new line at the end of each row
progChar[pos] = '\n';
pos++;
x++;
}
//Error message to add to the c-string
std::string errorMessage = "You must select a chord before adding to progression.";
//Add the message!
for(int i = 0; i < errorMessage.length(); i++){
progChar[pos] = errorMessage[i];
pos++;
}
//Print everything
buffer->text(progChar);
outProg->buffer(buffer);
}
void send_report(Fl_Button* button, void*)
{
Neo::HTTPRequest connection(REPORT_DOMAIN, 80);
const char* response = connection.sendPostRequest("/crash.php", buffer.text());
}
void check_answer(int usr_ans)
{
rapidxml::xml_node<> *question_data=questions->first_node();
int c=atoi(get_attr_value(question_data,"qid"));
if(c<cur_qid)
{
while(c!=cur_qid)
{
question_data=question_data->next_sibling();
c=atoi(get_attr_value(question_data,"qid"));
}
}
else if(c>cur_qid)
{
while(c!=cur_qid)
{
question_data=question_data->previous_sibling();
c=atoi(get_attr_value(question_data,"qid"));
}
}
//at this point we are at the right question
//printf("%s",get_attr_value(question_data,"qid"));
rapidxml::xml_node<> *q_data=question_data->first_node();
//printf("%s",get_attr_value(q_data,"txt"));
Fl_Text_Buffer* buf;
buf=new Fl_Text_Buffer();
char options[6]= {'A','B','C','D','E'};
char temp[16];
buf->text("<p><font face='courier' size=5>");
buf->append(get_attr_value(q_data,"txt"));
buf->append("</font></p><table border='0' cellspacing='0' cellpadding='0'>");
rapidxml::xml_node<> *answer=q_data->next_sibling();
q_data=q_data->next_sibling();
//printf("%d=",cur_qid);
for(int i=0; i<5; i++)
{
if(i!=cur_ans)
{
q_data=q_data->next_sibling();
if(i!=usr_ans)
{
buf->append("<tr><td width='20' valign='top'><font face='courier' size=5><b>");
sprintf(temp,"%c",options[i]);
buf->append(temp);
buf->append(".</b></font></td><td width='365' valign='top'><font face='courier' size='5'>");
buf->append(get_attr_value(q_data,"txt"));
buf->append("</font></td></tr>");
}
else
{
buf->append("<tr><td width='20' valign='top' bgcolor='#ff6666'><font face='courier' size=5><b>");
sprintf(temp,"%c",options[i]);
buf->append(temp);
buf->append(".</b></font></td><td width='365' valign='top' bgcolor='#ff6666'><font face='courier' size='5'>");
buf->append(get_attr_value(q_data,"txt"));
buf->append("</font></td></tr>");
}
}
else
{
buf->append("<tr><td width='20' valign='top' bgcolor='#66ff66'><font face='courier' size=5><b>");
sprintf(temp,"%c",options[i]);
buf->append(temp);
buf->append(".</b></font></td><td width='365' valign='top' bgcolor='#66ff66'><font face='courier' size='5'>");
buf->append(get_attr_value(answer,"txt"));
buf->append("</font></td></tr>");
}
}
buf->append("</table>");
cur_progress *o1 = (cur_progress*)obj_progress;
Fl_Text_Buffer* buf1;
buf1=new Fl_Text_Buffer();
if(usr_ans==cur_ans)
{
buf1->text("<body><center><font face='courier' size='5' color='#009900'><b>✔ Correct answer</b></font></center></body>");
o1->circle_data[cur_qid]=2;
}
else
{
buf1->text("<body><center><font face='courier' size='5' color='#cc3300'><b>✖ Incorrect. Correct answer is ");
sprintf(temp,"%c",options[cur_ans]);
buf1->append(temp);
buf1->append("</b></font></center></body>");
o1->circle_data[cur_qid]=1;
}
info_box->value(buf1->text());
//o1->circle_data=cur_answers; //1 = wrong, 2=right, 3=not asked
o1->redraw();
q->value(buf->text());
disable_buttons(1);
nxt_question->activate();
nxt_question->take_focus();
enable_timer=0;
}
void ModelViewController::TestCustomButton()
{
Fl_Text_Buffer* buffer = gui->CustomButtonText->buffer();
char* pText = buffer->text();
serial->SendNow(pText);
}
void populate_psg(int pid_no)
{
rapidxml::xml_node<> *passage_data=node->first_node();
char cur_img_file_name[16];
int cur_pid=atoi(get_attr_value(passage_data,"pid"));
if(cur_pid<pid_no)
{
while(cur_pid!=pid_no)
{
passage_data=passage_data->next_sibling();
cur_pid=atoi(get_attr_value(passage_data,"pid"));
}
}
else if(cur_pid>pid_no)
{
while(cur_pid!=pid_no)
{
passage_data=passage_data->previous_sibling();
cur_pid=atoi(get_attr_value(passage_data,"pid"));
}
}
pid=pid_no;
//so at this point i should have the right pid
char temp[4];
sprintf(temp,"%d",(pid+1)); // as the pids go from 0 to n while we count from 1 to n+1
p_no->value(temp);
rapidxml::xml_node<> *p_data=passage_data->first_node();
Fl_Text_Buffer* buf;
buf=new Fl_Text_Buffer();
buf->text(get_attr_value(p_data,"txt"));
unsigned char *pixels;
int w,h;
gen_random(cur_img_file_name,10);
char *file_path=NULL;
file_path = (char*)malloc((strlen(current_path)+16)*sizeof(char));
strcpy(file_path,current_path);
strcat(file_path,"line_no.gif");
#ifdef __APPLE__
pixels = stbi_load(file_path, &w, &h, 0, 3);
#else
pixels = stbi_load("line_no.gif", &w, &h, 0, 3);
#endif
if (pixels == 0)
{
fprintf(stderr, "Couldn't open input file '%s'\n", "line_no.gif");
exit(1);
}
strcpy(file_path,current_path);
strcat(file_path,cur_img_file_name);
#ifdef __APPLE__
stbi_write_png(file_path, w, (int)(buf->length()/1.6), 3, pixels, w*3);
#else
stbi_write_png(cur_img_file_name, w, (int)(buf->length()/1.6), 3, pixels, w*3);
#endif
buf->text("<body><table width='378' cellspacing=0 cellpadding=0 border=0><tr><td width='100' valign='top'><img src='");
#ifdef __APPLE__
buf->append(file_path);
#else
buf->append(cur_img_file_name);
#endif
buf->append("'></td><td><font face='courier' size=5>");
buf->append(get_attr_value(p_data,"txt"));
buf->append("</font></p></td></tr></table><table>");
p->value(buf->text());
//free(questions);
questions=p_data->next_sibling();
rapidxml::xml_node<> *temp_node=questions->last_node();
totalq=atoi(get_attr_value(temp_node,"qid"));
cur_progress *o1 = (cur_progress*)obj_progress;
free(o1->circle_data);
o1->circle_data = (int*)malloc((totalq+1)*sizeof(int));
for(int i=0;i<=totalq;i++) //1 = wrong, 2=right, 3=not asked
o1->circle_data[i]=3;
o1->num_circles=totalq+1;
o1->redraw();
populate_question(0);
count_sec=0;
count_min=0;
enable_timer=1;
#ifdef __APPLE__
unlink(file_path);
#else
unlink(cur_img_file_name);
#endif
}
void populate_question(int qid_no)
{
rapidxml::xml_node<> *question_data=questions->first_node();
int c=atoi(get_attr_value(question_data,"qid"));
if(c<qid_no)
{
while(c!=qid_no)
{
question_data=question_data->next_sibling();
c=atoi(get_attr_value(question_data,"qid"));
}
}
else if(c>qid_no)
{
while(c!=qid_no)
{
question_data=question_data->previous_sibling();
c=atoi(get_attr_value(question_data,"qid"));
}
}
cur_qid=qid_no;
//at this point we are at the right question
//printf("%s",get_attr_value(question_data,"qid"));
rapidxml::xml_node<> *q_data=question_data->first_node();
//printf("%s",get_attr_value(q_data,"txt"));
Fl_Text_Buffer* buf;
buf=new Fl_Text_Buffer();
char options[6]= {'A','B','C','D','E'};
char temp[16];
buf->text("<p><font face='courier' size=5>");
buf->append(get_attr_value(q_data,"txt"));
buf->append("</font></p><table border='0' cellspacing='0' cellpadding='0'>");
rapidxml::xml_node<> *answer=q_data->next_sibling();
q_data=q_data->next_sibling();
srand (time(NULL));
cur_ans=rand() % 5;
//printf("%d ",cur_ans);
for(int i=0; i<5; i++)
{
if(i!=cur_ans)
{
q_data=q_data->next_sibling();
buf->append("<tr><td width='20' valign='top'><font face='courier' size=5><b>");
sprintf(temp,"%c",options[i]);
buf->append(temp);
buf->append(".</b></font></td><td width='365' valign='top'><font face='courier' size=5>");
buf->append(get_attr_value(q_data,"txt"));
buf->append("</font></td></tr>");
}
else
{
buf->append("<tr><td width='20' valign='top'><font face='courier' size=5><b>");
sprintf(temp,"%c",options[i]);
buf->append(temp);
buf->append(".</b></font></td><td width='365' valign='top'><font face='courier' size=5>");
buf->append(get_attr_value(answer,"txt"));
buf->append("</font></td></tr>");
}
}
buf->append("</table>");
q->value(buf->text());
disable_buttons(0);
nxt_question->deactivate();
enable_timer=1;
}
/*************************************************************************************
** Function: showProgression
** Description: This function gets the current chord progression and displays it
** in the text display box
*************************************************************************************/
void ScaleWindow::showProgression(){
//If the current chord is empty, we have a problem. Abort!
if(scale.isCurrentChordEmpty() == true){
printErrorInProgression();
return;
}
//Get a buffer for printing later and vector to hold the progression
Fl_Text_Buffer *buffer = new Fl_Text_Buffer();
std::vector<std::vector<std::string> > prog;
//Get the progression!
prog = scale.getProgression();
//Create and initialize a c-string for printing
char progChar[2000];
for(int i = 0; i < 2000; i++)
progChar[i] = '\0';
//Find how many notes the chord with the most notes has
int pos = 0;
int max = 0;
for(int i = 0; i < prog.size(); i++){
if(prog[i].size() > max) max = prog[i].size();
}
//Loop through the progression, getting the first, second, third, etc.
//note in each chord and printing them row by row.
//So the first note from each chord is printed in the first row,
//then the second notes in the second row, etc.
int x = 0;
while(x < max){
for(int i = 0; i < prog.size(); i++){
int curLen = 0;
if(x < prog[i].size()){
curLen = prog[i][x].length();
for(int j = 0; j < curLen; j++){
progChar[pos] = prog[i][x][j];
pos++;
}
}
//If the corresponding chord has less than the max
//number of notes, just print a space for it
else{
progChar[pos] = ' ';
pos++;
curLen = 1;
}
//Pad with white space!
while(curLen < 4){
progChar[pos] = ' ';
pos++;
curLen++;
}
}
progChar[pos] = '\n';
pos++;
x++;
}
//Print the progression!
buffer->text(progChar);
outProg->buffer(buffer);
}
void ModelViewController::CopySettingsToGUI()
{
if(gui == 0)
return;
Fl_Text_Buffer* buffer = gui->GCodeStart->buffer();
buffer->text(ProcessControl.GCodeStartText.c_str());
buffer = gui->GCodeLayer->buffer();
buffer->text(ProcessControl.GCodeLayerText.c_str());
buffer = gui->GCodeEnd->buffer();
buffer->text(ProcessControl.GCodeEndText.c_str());
//buffer->text(ProcessControl.Notes.c_str());
gui->RaftEnableButton->value(ProcessControl.RaftEnable);
gui->RaftSizeSlider->value(ProcessControl.RaftSize);
gui->RaftBaseLayerCountSlider->value(ProcessControl.RaftBaseLayerCount);
gui->RaftMaterialPrDistanceRatioSlider->value(ProcessControl.RaftMaterialPrDistanceRatio);
gui->RaftRotationSlider->value(ProcessControl.RaftRotation);
gui->RaftBaseDistanceSlider->value(ProcessControl.RaftBaseDistance);
gui->RaftBaseThicknessSlider->value(ProcessControl.RaftBaseThickness);
gui->RaftBaseTemperatureSlider->value(ProcessControl.RaftBaseTemperature);
gui->RaftInterfaceLayerCountSlider->value(ProcessControl.RaftInterfaceLayerCount);
gui->RaftInterfaceMaterialPrDistanceRatioSlider->value(ProcessControl.RaftInterfaceMaterialPrDistanceRatio);
gui->RaftRotationPrLayerSlider->value(ProcessControl.RaftRotationPrLayer);
gui->RaftInterfaceDistanceSlider->value(ProcessControl.RaftInterfaceDistance);
gui->RaftInterfaceThicknessSlider->value(ProcessControl.RaftInterfaceThickness);
gui->RaftInterfaceTemperatureSlider->value(ProcessControl.RaftInterfaceTemperature);
gui->ValidateConnection->value(ProcessControl.m_bValidateConnection);
gui->portInput->value(ProcessControl.m_sPortName.c_str());
gui->portInputSimple->value(ProcessControl.m_sPortName.c_str());
gui->SerialSpeedInput->value(ProcessControl.m_iSerialSpeed);
gui->SerialSpeedInputSimple->value(ProcessControl.m_iSerialSpeed);
// GCode
gui->GCodeDrawStartSlider->value(ProcessControl.GCodeDrawStart);
gui->GCodeDrawEndSlider->value(ProcessControl.GCodeDrawEnd);
gui->MinPrintSpeedXYSlider->value(ProcessControl.MinPrintSpeedXY);
gui->MaxPrintSpeedXYSlider->value(ProcessControl.MaxPrintSpeedXY);
gui->MinPrintSpeedZSlider->value(ProcessControl.MinPrintSpeedZ);
gui->MaxPrintSpeedZSlider->value(ProcessControl.MaxPrintSpeedZ);
gui->distanceToReachFullSpeedSlider->value(ProcessControl.DistanceToReachFullSpeed);
// gui->UseFirmwareAccelerationButton->value(ProcessControl.UseFirmwareAcceleration);
gui->extrusionFactorSlider->value(ProcessControl.extrusionFactor);
gui->UseIncrementalEcodeButton->value(ProcessControl.UseIncrementalEcode);
gui->Use3DGcodeButton->value(ProcessControl.Use3DGcode);
gui->antioozeDistanceSlider->value(ProcessControl.AntioozeDistance);
gui->EnableAntioozeButton->value(ProcessControl.EnableAntiooze);
gui->antioozeSpeedSlider->value(ProcessControl.AntioozeSpeed);
// Printer
gui->VolumeX->value(ProcessControl.m_fVolume.x);
gui->VolumeY->value(ProcessControl.m_fVolume.y);
gui->VolumeZ->value(ProcessControl.m_fVolume.z);
gui->MarginX->value(ProcessControl.PrintMargin.x);
gui->MarginY->value(ProcessControl.PrintMargin.y);
gui->MarginZ->value(ProcessControl.PrintMargin.z);
gui->ExtrudedMaterialWidthSlider->value(ProcessControl.ExtrudedMaterialWidth);
// STL
gui->LayerThicknessSlider->value(ProcessControl.LayerThickness);
gui->CuttingPlaneValueSlider->value(ProcessControl.CuttingPlaneValue);
gui->PolygonOpasitySlider->value(ProcessControl.PolygonOpasity);
// CuttingPlane
gui->InfillDistanceSlider->value(ProcessControl.InfillDistance);
gui->InfillRotationSlider->value(ProcessControl.InfillRotation);
gui->InfillRotationPrLayerSlider->value(ProcessControl.InfillRotationPrLayer);
gui->AltInfillLayersInput->value(ProcessControl.AltInfillLayersText.c_str());
gui->AltInfillDistanceSlider->value(ProcessControl.AltInfillDistance);
gui->ExamineSlider->value(ProcessControl.Examine);
gui->ShellOnlyButton->value(ProcessControl.ShellOnly);
gui->ShellCountSlider->value(ProcessControl.ShellCount);
gui->EnableAccelerationButton->value(ProcessControl.EnableAcceleration);
gui->FileLogginEnabledButton->value(ProcessControl.FileLogginEnabled);
gui->TempReadingEnabledButton->value(ProcessControl.TempReadingEnabled);
gui->ClearLogfilesWhenPrintStartsButton->value(ProcessControl.ClearLogfilesWhenPrintStarts);
// GUI GUI
gui->DisplayEndpointsButton->value(ProcessControl.DisplayEndpoints);
gui->DisplayNormalsButton->value(ProcessControl.DisplayNormals);
gui->DisplayWireframeButton->value(ProcessControl.DisplayWireframe);
gui->DisplayWireframeShadedButton->value(ProcessControl.DisplayWireframeShaded);
gui->DisplayPolygonsButton->value(ProcessControl.DisplayPolygons);
gui->DisplayAllLayersButton->value(ProcessControl.DisplayAllLayers);
gui->DisplayinFillButton->value(ProcessControl.DisplayinFill);
gui->DisplayDebuginFillButton->value(ProcessControl.DisplayDebuginFill);
gui->DisplayDebugButton->value(ProcessControl.DisplayDebug);
gui->DisplayCuttingPlaneButton->value(ProcessControl.DisplayCuttingPlane);
gui->DrawVertexNumbersButton->value(ProcessControl.DrawVertexNumbers);
gui->DrawLineNumbersButton->value(ProcessControl.DrawLineNumbers);
// Rendering
gui->PolygonValSlider->value(ProcessControl.PolygonVal);
gui->PolygonSatSlider->value(ProcessControl.PolygonSat);
gui->PolygonHueSlider->value(ProcessControl.PolygonHue);
gui->WireframeValSlider->value(ProcessControl.WireframeVal);
gui->WireframeSatSlider->value(ProcessControl.WireframeSat);
gui->WireframeHueSlider->value(ProcessControl.WireframeHue);
gui->NormalSatSlider->value(ProcessControl.NormalsSat);
gui->NormalValSlider->value(ProcessControl.NormalsVal);
gui->NormalHueSlider->value(ProcessControl.NormalsHue);
gui->EndpointSatSlider->value(ProcessControl.EndpointsSat);
gui->EndpointValSlider->value(ProcessControl.EndpointsVal);
gui->EndpointHueSlider->value(ProcessControl.EndpointsHue);
gui->GCodeExtrudeHueSlider->value(ProcessControl.GCodeExtrudeHue);
gui->GCodeExtrudeSatSlider->value(ProcessControl.GCodeExtrudeSat);
gui->GCodeExtrudeValSlider->value(ProcessControl.GCodeExtrudeVal);
gui->GCodeMoveHueSlider->value(ProcessControl.GCodeMoveHue);
gui->GCodeMoveSatSlider->value(ProcessControl.GCodeMoveSat);
gui->GCodeMoveValSlider->value(ProcessControl.GCodeMoveVal);
gui->HighlightSlider->value(ProcessControl.Highlight);
gui->NormalLengthSlider->value(ProcessControl.NormalsLength);
gui->EndpointSizeSlider->value(ProcessControl.EndPointSize);
gui->TempUpdateSpeedSlider->value(ProcessControl.TempUpdateSpeed);
gui->DisplayGCodeButton->value(ProcessControl.DisplayGCode);
gui->LuminanceShowsSpeedButton->value(ProcessControl.LuminanceShowsSpeed);
switch(ProcessControl.m_ShrinkQuality)
{
case SHRINK_FAST:
gui->shrinkAlgorithm->value(0);
break;
case SHRINK_LOGICK:
gui->shrinkAlgorithm->value(2);
break;
}
gui->OptimizationSlider->value(ProcessControl.Optimization);
gui->ReceivingBufferSizeSlider->value(ProcessControl.ReceivingBufferSize);
RefreshCustomButtonLabels();
GetCustomButtonText(0);
}
