import java.applet.*; import java.awt.*; import java.net.*; import java.io.*; public class SetupButton extends Applet { public MonteCarlo monte; public int number_monte_points; public boolean monte_boolean; public TextField monte_runs; public Label monte_label; public boolean all = true; // if true, show all calculations as a single applet, if false only show the requested applet private Button default_button = new Button("Default"); private Button compute_button = new Button("Compute"); private Button critique_button = new Button("Critique"); public Button bar_plot = new Button("Bar Chart"); String blank = " "; private myTextField[][] cxx; private myTextField[][] full_cxx; private myTextField[] full_dx; private myTextField[] full_fx; private myTextField[] fcoveri; private myTextField[] dcoverj; private myTextField[][] fijcover; private int M; private int N; private int xspace; private int yspace; private double[] co_array; private double[] yo_array; private double[] yc_array; private double[] sc_array; private myTextField labor_rate; private myTextField labor_burden; private myTextField depreciation; private myTextField quantity; private myTextField hours_per_year; private myTextField time1; private myTextField defects1; private myTextField mach_cap1; private myTextField mach_prog1; private myTextField mach_cost1; private myTextField mat_cost1; private myTextField time2; private myTextField defects2; private myTextField mach_cap2; private myTextField mach_prog2; private myTextField mach_cost2; private myTextField mat_cost2; private SlideBar op_util1; private SlideBar mach_util1; private SlideBar op_util2; private SlideBar mach_util2; private myTextField costin; private SlideBar yieldin; private myTextField costtest; private myTextField nrew; private SlideBar yieldtest; private SlideBar fctest; private SlideBar yielddiag; private SlideBar fd; private mySlideBar yieldrew; private SlideBar fr; private SlideBar fpos; private SlideBar yieldbefore; private SlideBar yieldafter; private SlideBar loops; private myTextField costout; private myTextField costdiag; private myTextField costrew; private dataCompMember costin_data; private dataCompMember costtest_data; private dataCompMember costdiag_data; private dataCompMember costrew_data; private dataCompMember yieldin_data; private dataCompMember yieldbefore_data; private dataCompMember yieldafter_data; private dataCompMember yielddiag_data; private dataCompMember yieldrew_data; private dataCompMember fr_data; private dataCompMember fd_data; private dataCompMember fc_data; private dataCompMember fp_data; private myTextField costout_sd; private myTextField yieldout_sd; private myTextField pass_sd; private myTextField scrap_sd; private myTextField yieldout; private myTextField pass; private myTextField scrap; private myTextField diagscrap; private myTextField rewscrap; private Choice yieldchoice; private Choice fpchoice; public myChoice mc_choice; private Button default_button_s = new Button("Default"); private Button compute_button_s = new Button("Compute"); private Button critique_button_s = new Button("Critique"); private Button default_button_p = new Button("Default"); private Button compute_button_p = new Button("Compute"); private Button critique_button_p = new Button("Critique"); private Button default_button_cp = new Button("Default"); private Button compute_button_cp = new Button("Compute"); private Button critique_button_cp = new Button("Critique"); private Button plot = new Button("Start Plot"); private ScatterPlot sp; private Button default_button_2 = new Button("Default"); private Button update_button_2 = new Button("Update"); private Button compute_button_2 = new Button("Compute"); private Button critique_button_2 = new Button("Critique"); private myTextField[] dx; private myTextField[] dpmx; private myTextField[] nx; private myTextField d1; private myTextField d2; private myTextField yield; private myTextField[][] dj; private myTextField[][] cij; private myTextField[][] fijr; private Button update_button_3 = new Button("Update"); private Button compute_button_3 = new Button("Compute"); private Button critique_button_3 = new Button("Critique"); private Button default_button_4 = new Button("Default"); private Button update_button_4 = new Button("Update"); private Button compute_button_4 = new Button("Compute"); private Button critique_button_4 = new Button("Critique"); private Button default_button_5 = new Button("Default"); private Button update_button_5 = new Button("Update"); private Button compute_button_5 = new Button("Compute"); private Button critique_button_5 = new Button("Critique"); private Color cij_field_color; private Color dj_field_color; private Color fij_field_color; private DataClass data; private String path = "data/bogus_data"; // load/save path // Parameters private String slide; //MyCanvas c; public String getAppletInfo() { return("true"); } public void start() { jitter(1); // doesn't work } public void destroy() { System.out.println("in destroy"); } public void init() { monte = new MonteCarlo(this,234); monte_boolean = false; // Initialize dataCompMembers costin_data = new dataCompMember(2); costtest_data = new dataCompMember(2); costdiag_data = new dataCompMember(2); costrew_data = new dataCompMember(2); yieldin_data = new dataCompMember(2); yieldbefore_data = new dataCompMember(2); yieldafter_data = new dataCompMember(2); yielddiag_data = new dataCompMember(2); yieldrew_data = new dataCompMember(2); fc_data = new dataCompMember(2); fp_data = new dataCompMember(2); fr_data = new dataCompMember(2); fd_data = new dataCompMember(2); M = 3; N = 2; data = new DataClass(); data.initialize(N,M); xspace = 400; yspace = 5; slide = this.getParameter("slide"); if(slide != null && (slide.compareTo("simpleprocess") == 0 || slide.compareTo("complexprocess") == 0 || slide.compareTo("process") == 0 || slide.compareTo("solution") == 0)) all = false; else { slide = "one"; all = true; } //slide = "complexprocess"; all = false; if(slide.compareTo("solution") == 0) setBackground(Color.lightGray); else setBackground(Color.white); cij_field_color = Color.yellow; dj_field_color = Color.cyan; fij_field_color = Color.green; Label field_name; Panel master = new Panel(); GridBagLayout gblm = new GridBagLayout(); master.setLayout(gblm); GridBagConstraints gbcm = new GridBagConstraints(); gbcm.fill = GridBagConstraints.BOTH; gbcm.weightx = 1.0; if(all == false && slide.compareTo("simpleprocess") == 0) { build_simpleprocess(); } if(all == false && slide.compareTo("complexprocess") == 0) { build_complexprocess(); } if(all == false && slide.compareTo("process") == 0) { build_process(); } if(all == false && slide.compareTo("solution") == 0) { build_solution(); } //------------------------------------------------------------ // Conversion Matrix //------------------------------------------------------------ if(all || slide.compareTo("one") == 0) { Panel comp_matrix = new Panel(); comp_matrix.setLayout(new GridLayout(2,1)); cxx = new myTextField[M+1][N+1]; Panel cm = new Panel(); cm.setLayout(new GridLayout(4,2)); cm.add(new Label(" A")); cm.add(new Label(" B")); for(int i = 1; i <= M; i++) { for(int j = 1; j <= N; j++) { cxx[i][j] = new myTextField(this,blank,cij_field_color); cm.add(cxx[i][j]); } } MyCanvas3 cf2 = new MyCanvas3(this,"full2.gif",0,16); cf2.setBackground(Color.white); cf2.resize(20,75); MyCanvas3 cf3 = new MyCanvas3(this,"full6.gif",0,16); cf3.setBackground(Color.white); cf3.resize(15,75); // Faults list Panel faults = new Panel(); faults.setLayout(new GridLayout(4,1)); faults.add(new Label("")); faults.add(new Label("Open")); faults.add(new Label("Short")); faults.add(new Label("Other")); // C equals Panel Cequals = new Panel(); Cequals.setLayout(new GridLayout(4,1)); Cequals.add(new Label("")); Cequals.add(new Label("")); Cequals.add(new Label(" C =")); Cequals.add(new Label("")); // Coversion Matrix + Labels Panel cm_plus = new Panel(); //cm_plus.setLayout(new GridLayout(1,3)); cm_plus.add(Cequals); cm_plus.add(cf3); cm_plus.add(cm); cm_plus.add(cf2); cm_plus.add(faults); Panel bp = new Panel(); bp.add(critique_button); bp.add(default_button); comp_matrix.add(cm_plus); comp_matrix.add(bp); if(all) { field_name = new Label("Conversion Matrix"); field_name.setFont(new Font("Helvetica",Font.BOLD,18)); gbcm.insets = new Insets(0,150,0,0); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(field_name,gbcm); master.add(field_name); gbcm.insets = new Insets(0,0,0,0); } gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(comp_matrix,gbcm); master.add(comp_matrix); } //Canvas space = new Canvas(); SpaceCanvas space = new SpaceCanvas(xspace,106); //space.setBackground(Color.yellow); space.resize(xspace,106); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(space,gbcm); master.add(space); Canvas space1 = new Canvas(); //space1.setBackground(Color.yellow); space1.resize(xspace,4); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(space1,gbcm); master.add(space1); //------------------------------------------------------------ // Defect Spectrum Elements //------------------------------------------------------------ if(all || slide.compareTo("two") == 0) { Panel defect_spectrum_1 = new Panel(); defect_spectrum_1.setLayout(new BorderLayout()); if(all) { field_name = new Label("Defect Spectrum"); field_name.setFont(new Font("Helvetica",Font.BOLD,18)); gbcm.insets = new Insets(0,165,0,0); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(field_name,gbcm); master.add(field_name); gbcm.insets = new Insets(0,0,0,0); } //Panel defect_spectrum = new Panel(); //defect_spectrum.setLayout(new BorderLayout()); dx = new myTextField[N+1]; dpmx = new myTextField[N+1]; nx = new myTextField[N+1]; for(int j = 1; j <= N; j++) { Panel defect_spectrum = new Panel(); defect_spectrum.setLayout(new BorderLayout()); if(j == 1) { //defect_spectrum.add("North",new Label("j=1, (placement error)")); Label lb = new Label("j=1, (placement error)"); gbcm.insets = new Insets(0,120,0,0); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(lb,gbcm); master.add(lb); gbcm.insets = new Insets(0,0,0,0); //add("North",new Label("j=1, (placement error)")); } if(j == 2) { //defect_spectrum.add("North",new Label("j=2, (broken wirebond)")); Label lb = new Label("j=2, (broken wirebond)"); gbcm.insets = new Insets(0,100,0,0); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(lb,gbcm); master.add(lb); gbcm.insets = new Insets(0,0,0,0); //add("North",new Label("j=2, (broken wirebond)")); } /* Integer J = new Integer(j); MyCanvas2 dequals = new MyCanvas2(" d" + J.toString() + " =",60,38); //dequals.setBackground(Color.yellow); dequals.resize(35,30); */ Integer J = new Integer(j); MyCanvas3 dequals = new MyCanvas3(this,"d" + J.toString() + ".gif",95,25); //dequals.setBackground(Color.yellow); //dequals.resize(100,30); dx[j] = new myTextField(this,blank,dj_field_color); //dx[j].setEditable(false); dpmx[j] = new myTextField(this,blank); nx[j] = new myTextField(this,blank); Panel e1 = new Panel(); e1.add(dpmx[j]); e1.add(nx[j]); MyCanvas1 c = new MyCanvas1("1,000,000"); //c.setBackground(Color.yellow); c.resize(90,1); Panel equation = new Panel(); equation.setLayout(new GridLayout(2,1)); equation.add(e1); equation.add(c); Panel r1 = new Panel(); r1.add("West",new Label("=")); r1.add(dx[j]); Panel result = new Panel(); result.setLayout(new GridLayout(2,1)); result.add(r1); GridBagLayout gbl = new GridBagLayout(); GridBagConstraints gbc = new GridBagConstraints(); Panel d_plus1 = new Panel(); d_plus1.setLayout(new GridLayout(1,2)); d_plus1.add(dequals); d_plus1.add(equation); Panel d_plus = new Panel(); d_plus.setLayout(gbl); gbc.insets = new Insets(0,10,0,0); gbl.setConstraints(d_plus1,gbc); d_plus.add(d_plus1); gbc.gridwidth = GridBagConstraints.REMAINDER; gbc.insets = new Insets(33,0,0,0); gbl.setConstraints(result,gbc); d_plus.add(result); defect_spectrum.add("Center",d_plus); //defect_spectrum.add("South",bp_2); //add(defect_spectrum); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(d_plus,gbcm); master.add(d_plus); } //------------------------------------------------------------ // Defect Spectrum Yield Calculation from Elements //------------------------------------------------------------ //if(slide.compareTo("three") == 0) { Panel defect_spectrum_yield = new Panel(); MyCanvas3 c31 = new MyCanvas3(this,"yield1.gif",0,0); c31.setBackground(Color.black); c31.resize(125,45); MyCanvas2 c32 = new MyCanvas2(") =",1,17); c32.resize(18,25); MyCanvas2 c33 = new MyCanvas2("+",1,17); c33.resize(10,25); d1 = new myTextField(this,blank); d1.setEditable(false); d2 = new myTextField(this,blank); d2.setEditable(false); yield = new myTextField(this,blank); yield.setEditable(false); defect_spectrum_yield.add(c31); defect_spectrum_yield.add(d1); defect_spectrum_yield.add(c33); defect_spectrum_yield.add(d2); defect_spectrum_yield.add(c32); defect_spectrum_yield.add(yield); Panel bp_2 = new Panel(); bp_2.add(critique_button_2); bp_2.add(default_button_2); bp_2.add(compute_button_2); defect_spectrum_1.add("Center",defect_spectrum_yield); defect_spectrum_1.add("South",bp_2); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(defect_spectrum_1,gbcm); master.add(defect_spectrum_1); //add(defect_spectrum_1); } SpaceCanvas space2 = new SpaceCanvas(xspace,13); //space2.setBackground(Color.yellow); space2.resize(xspace,13); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(space2,gbcm); master.add(space2); Canvas space3 = new Canvas(); //space3.setBackground(Color.yellow); space3.resize(xspace,7); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(space3,gbcm); master.add(space3); //------------------------------------------------------------ // fij calculation //------------------------------------------------------------ if(all || slide.compareTo("four") == 0) { Panel fij_panel1 = new Panel(); fij_panel1.setLayout(new BorderLayout()); if(all) { field_name = new Label("fij Calculation"); field_name.setFont(new Font("Helvetica",Font.BOLD,18)); gbcm.insets = new Insets(0,175,0,0); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(field_name,gbcm); master.add(field_name); gbcm.insets = new Insets(0,0,0,0); } Panel fij_panel = new Panel(); fij_panel.setLayout(new GridLayout(N*M,1)); dj = new myTextField[M+1][N+1]; cij = new myTextField[M+1][N+1]; fijr = new myTextField[M+1][N+1]; for(int j = 1; j <= N; j++) { Integer z2 = new Integer(j); for(int i = 1; i <= M; i++) { Integer z1 = new Integer(i); //MyCanvas2 fij = new MyCanvas2("f"+z1.toString()+z2.toString()+" = ",0,17); MyCanvas3 fij = new MyCanvas3(this,"f"+z1.toString()+z2.toString()+".gif",12,2); //fij.setBackground(Color.yellow); fij.resize(30,25); MyCanvas2 e = new MyCanvas2(" = ",5,17); //e.setBackground(Color.yellow); e.resize(4,25); dj[i][j] = new myTextField(this,blank); cij[i][j] = new myTextField(this,blank); fijr[i][j] = new myTextField(this,blank,fij_field_color); //fijr[i][j].setEditable(false); fij_panel.add(fij); fij_panel.add(dj[i][j]); fij_panel.add(cij[i][j]); fij_panel.add(e); fij_panel.add(fijr[i][j]); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(fij_panel,gbcm); master.add(fij_panel); //add(fij_panel); } } Panel bp_3 = new Panel(); bp_3.add(critique_button_3); bp_3.add(update_button_3); bp_3.add(compute_button_3); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(bp_3,gbcm); master.add(bp_3); //add(bp_3); } SpaceCanvas space4 = new SpaceCanvas(xspace,161); //space4.setBackground(Color.yellow); space4.resize(xspace,161); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(space4,gbcm); master.add(space4); Canvas space5 = new Canvas(); //space5.setBackground(Color.yellow); space5.resize(xspace,7); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(space5,gbcm); master.add(space5); //------------------------------------------------------------ // full matrix //------------------------------------------------------------ if(all || slide.compareTo("five") == 0) { Panel full_comp_matrix = new Panel(); MyCanvas3 cf1 = new MyCanvas3(this,"full1.gif",8,0); cf1.setBackground(Color.white); cf1.resize(60,60); MyCanvas3 cf2 = new MyCanvas3(this,"full2.gif",0,0); cf2.setBackground(Color.white); cf2.resize(30,60); MyCanvas3 cf3 = new MyCanvas3(this,"full3.gif",0,0); cf3.setBackground(Color.white); cf3.resize(45,60); MyCanvas3 cf4 = new MyCanvas3(this,"full4.gif",0,0); cf4.setBackground(Color.white); cf4.resize(30,60); full_cxx = new myTextField[M+1][N+1]; Panel full_cm = new Panel(); full_cm.setLayout(new GridLayout(3,2)); for(int i = 1; i <= M; i++) { for(int j = 1; j <= N; j++) { full_cxx[i][j] = new myTextField(this,blank); full_cm.add(full_cxx[i][j]); } } full_dx = new myTextField[M+1]; Panel full_dm = new Panel(); full_dm.setLayout(new GridLayout(2,1)); for(int j = 1; j <= N; j++) { full_dx[j] = new myTextField(this,blank); full_dm.add(full_dx[j]); } full_fx = new myTextField[M+1]; Panel full_fm = new Panel(); full_fm.setLayout(new GridLayout(3,1)); for(int i = 1; i <= M; i++) { full_fx[i] = new myTextField(this,blank,Color.lightGray); full_fm.add(full_fx[i]); } full_comp_matrix.add(cf1); full_comp_matrix.add(full_cm); full_comp_matrix.add(cf4); full_comp_matrix.add(full_dm); full_comp_matrix.add(cf3); full_comp_matrix.add(full_fm); full_comp_matrix.add(cf2); Panel full_bp = new Panel(); full_bp.add(critique_button_4); full_bp.add(update_button_4); full_bp.add(compute_button_4); if(all) { field_name = new Label("Full Matrix"); field_name.setFont(new Font("Helvetica",Font.BOLD,18)); gbcm.insets = new Insets(0,190,0,0); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(field_name,gbcm); master.add(field_name); gbcm.insets = new Insets(0,0,0,0); //add(field_name); } gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(full_comp_matrix,gbcm); master.add(full_comp_matrix); //add(full_comp_matrix); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(full_bp,gbcm); master.add(full_bp); //add(full_bp); } SpaceCanvas space6 = new SpaceCanvas(xspace,137); //space6.setBackground(Color.yellow); space6.resize(xspace,137); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(space6,gbcm); master.add(space6); Canvas space7 = new Canvas(); //space7.setBackground(Color.yellow); space7.resize(xspace,7); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(space7,gbcm); master.add(space7); //------------------------------------------------------------ // fault coverage //------------------------------------------------------------ if(all || slide.compareTo("six") == 0) { Panel dcover_panel = new Panel(); dcover_panel.setLayout(new BorderLayout()); Panel fcover1_panel = new Panel(); fcover1_panel.setLayout(new GridLayout(M,1)); Panel fcover2_panel = new Panel(); fcover2_panel.setLayout(new GridLayout(N,1)); Panel fcover3_panel = new Panel(); fcoveri = new myTextField[M+1]; dcoverj = new myTextField[N+1]; fijcover = new myTextField[M+1][N+1]; for(int i = 1; i <= M; i++) { Panel fcover_panel = new Panel(); Integer z1 = new Integer(i); MyCanvas3 fij = new MyCanvas3(this,"cover"+z1.toString()+".gif",0,0); //fij.setBackground(Color.yellow); fij.resize(45,25); fcoveri[i] = new myTextField(this,blank); fcover_panel.add(fij); fcover_panel.add(fcoveri[i]); fcover1_panel.add(fcover_panel); } dcover_panel.add("North",fcover1_panel); for(int j = 1; j <= N; j++) { Panel fcover_panel = new Panel(); Integer z1 = new Integer(j+3); MyCanvas3 dj = new MyCanvas3(this,"cover"+z1.toString()+".gif",0,0); //dj.setBackground(Color.yellow); dj.resize(80,25); fcover_panel.add(dj); for(int i = 1; i <= M; i++) { fijcover[i][j] = new myTextField(this,blank); fcover_panel.add(fijcover[i][j]); if(i != M) { z1 = new Integer(j+3+2); MyCanvas3 plusf = new MyCanvas3(this,"cover"+z1.toString()+".gif",0,0); //plusf.setBackground(Color.yellow); plusf.resize(45,25); fcover_panel.add(plusf); } if(i == M) { MyCanvas2 eq = new MyCanvas2("=",0,16); eq.resize(10,25); //eq.setBackground(Color.yellow); fcover_panel.add(eq); dcoverj[j] = new myTextField(this,blank); fcover_panel.add(dcoverj[j]); } fcover2_panel.add(fcover_panel); } dcover_panel.add("Center",fcover2_panel); } if(all) { field_name = new Label("Fault Coverage"); field_name.setFont(new Font("Helvetica",Font.BOLD,18)); gbcm.insets = new Insets(0,170,0,0); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(field_name,gbcm); master.add(field_name); gbcm.insets = new Insets(0,0,0,0); //add(field_name); } gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(dcover_panel,gbcm); master.add(dcover_panel); //add(dcover_panel); Panel bp_5 = new Panel(); bp_5.add(critique_button_5); bp_5.add(default_button_5); bp_5.add(update_button_5); bp_5.add(compute_button_5); gbcm.gridwidth = GridBagConstraints.REMAINDER; //end row gblm.setConstraints(bp_5,gbcm); master.add(bp_5); //add(bp_5); } if(all != false && slide.compareTo("process") != 0 && slide.compareTo("solution") != 0) add(master); //--------------------- //this.setBackground(Color.blue); this.resize(450,300); if(slide.compareTo("six") == 0) this.resize(570,300); invalidate(); validate(); //forces repaint } // Jitters the size of the form to force a refresh - necessary for NetScape public void jitter(int i) { if(i == 1 || System.getProperty("java.vendor").compareTo("Netscape Communications Corporation") == 0) { // Get actuals here Dimension dimension = size(); int x = dimension.width; int y = dimension.height; // Resize resize(x+1,y+1); show(); // Reset current size resize(x,y); } } // Saves the state of the dataClass public void save() { if(!all) { try{ FileOutputStream fos = new FileOutputStream(this.path); ObjectOutputStream out = new ObjectOutputStream(fos); out.writeObject(data); out.flush(); out.close(); } catch(IOException e) {System.out.println("IO Exception in save");} } } public void save_as() { // Get a file name and path FileDialog fd; fd = new FileDialog(new Frame(),"Save",FileDialog.SAVE); if(fd != null) { //fd.setDirectory(this.path); fd.show(); String selected_directory = fd.getDirectory(); String selected_file = fd.getFile(); String local_path = selected_directory + selected_file; String load_save_path = selected_directory; // Write the object to the file if(selected_file != null) { try{ FileOutputStream fos = new FileOutputStream(local_path); ObjectOutputStream out = new ObjectOutputStream(fos); out.writeObject(data); out.flush(); out.close(); } catch(IOException e) {} } } else { //ErrorDialog ed = new ErrorDialog("ERROR",true); //ed.report("Screw you"); System.out.println("screw you"); } } // Save the conversion matrix public void save_matrix() { // Save individual elements for(int i = 1; i <= M; i++) { for(int j = 1; j <= N; j++) { Double Sxx = Double.valueOf(cxx[i][j].getText()); double sxx = Sxx.doubleValue(); data.set_cij(i,j,sxx); } } // Save field colors for(int i = 1; i <= M; i++) { for(int j = 1; j <= N; j++) { data.set_cij_color(i,j,cxx[i][j].getBackground()); } } // Save state to file save(); } // Save the defect spectrum public void save_spectrum() { } // Loads the state of the dataClass public boolean load() { /* // Get a file name and path FileDialog fd; fd = new FileDialog(new Frame(),"Load",FileDialog.LOAD); if(fd != null) { fd.setDirectory(this.path); fd.show(); String selected_directory = fd.getDirectory(); String selected_file = fd.getFile(); String local_path = selected_directory + selected_file; String load_save_path = selected_directory; // Write the object to the file if(selected_file != null) { */ if(!all) { try{ FileInputStream fis = new FileInputStream(this.path); //FileInputStream fis = new FileInputStream(path); ObjectInputStream in = new ObjectInputStream(fis); data = (DataClass) in.readObject(); in.close(); } catch(Exception e) {System.out.println("IO Exception in load"); return(false);} } // }} return(true); } public boolean action(Event event, Object obj) { Object oTarget = event.target; if(oTarget instanceof Button) { Button button = (Button)oTarget; if(button == critique_button) { String help_string = ""; // Check individual elements for(int i = 1; i <= M; i++) { for(int j = 1; j <= N; j++) { Double Sxx = Double.valueOf(cxx[i][j].getText()); double sxx = Sxx.doubleValue(); data.set_cij(i,j,sxx); Integer I = new Integer(i); Integer J = new Integer(j); if(sxx > 1.0) // all must be less than or equal to one help_string = help_string + "Element C" + I.toString() + J.toString() + " must be less than or equal to one.\n"; if(sxx < 0.0) // all must be greater than or equal to zero help_string = help_string + "Element C" + I.toString() + J.toString() + " must be greater than or equal to zero.\n"; } } // Check columns for(int j = 1; j <= N; j++) { double sxx = 0.0; for(int i = 1; i <= M; i++) { Double Sxx = Double.valueOf(cxx[i][j].getText()); sxx += Sxx.doubleValue(); } Integer J = new Integer(j); if(sxx > 1.0) // all rows must be less than or equal to one help_string = help_string + "Row " + J.toString() + " must sum to be less than or equal to one. \n "; if(sxx < 1.0) // all rows should be equal to one help_string = help_string + "Row " + J.toString() + " should sum to one if defects are conserved. \n "; } // Check for no errors if(help_string.length() < 5) help_string = "No errors detected."; // Save state to file for(int i = 1; i <= M; i++) { for(int j = 1; j <= N; j++) { data.set_cij_color(i,j,cxx[i][j].getBackground()); } } save(); // Post results of error check Frame bogus_frame = new Frame(); HelpDialog hd = new HelpDialog(bogus_frame,"Conversion Matrix",help_string,true); hd.popup(); } if(button == default_button) { this.load(); /* for(int i = 1; i <= M; i++) { for(int j = 1; j <= N; j++) { Double z = new Double(data.get_cij(i,j)); cxx[i][j].setText(z.toString()); } } */ cxx[1][1].setText("0.1"); cxx[1][2].setText("0.7"); cxx[2][1].setText("0.8"); cxx[2][2].setText("0.0"); cxx[3][1].setText("0.1"); cxx[3][2].setText("0.3"); data.set_cij(1,1,0.1); data.set_cij(1,2,0.7); data.set_cij(2,1,0.8); data.set_cij(2,2,0.0); data.set_cij(3,1,0.1); data.set_cij(3,2,0.3); this.save(); } if(button == compute_button) { save_matrix(); } if(button == default_button_2) { this.load(); dpmx[1].setText("1000"); dpmx[2].setText("100"); nx[1].setText("10"); nx[2].setText("4000"); this.save(); } if(button == compute_button_2) { this.load(); Double dpm1 = Double.valueOf(dpmx[1].getText()); Double dpm2 = Double.valueOf(dpmx[2].getText()); Double n1 = Double.valueOf(nx[1].getText()); Double n2 = Double.valueOf(nx[2].getText()); double x = dpm1.doubleValue()*n1.doubleValue()/1000000.0; Double x1 = new Double(x); dx[1].setText(x1.toString()); x = dpm2.doubleValue()*n2.doubleValue()/1000000.0; x1 = new Double(x); dx[2].setText(x1.toString()); // yield calculation double sum = 0.0; for(int j = 1; j <= N; j++) { Double Sxx = Double.valueOf(dx[j].getText()); double sxx = Sxx.doubleValue(); sum += sxx; Double z = new Double(sxx); Integer J = new Integer(j); if(j == 1) { d1.setText(z.toString()); d1.setBackground(dx[j].getBackground()); } if(j == 2) { d2.setText(z.toString()); d2.setBackground(dx[j].getBackground()); } } Double z = new Double(1.0-sum); yield.setText(z.toString()); // populate dj fields for(int i=1; i<=M; i++) { for(int j=1; j<=N; j++) { if(j == 1) { data.set_dj(j,dpm1.doubleValue()*n1.doubleValue()/1000000.0); x1 = new Double(data.get_dj(j)); } if(j == 2) { data.set_dj(j,dpm2.doubleValue()*n2.doubleValue()/1000000.0); x1 = new Double(data.get_dj(j)); } } } for(int j = 1; j <= N; j++) { data.set_dj_color(j,dx[j].getBackground()); System.out.println("color = " + dx[j].getBackground()); } this.save(); } if(button == update_button_3) { // Reset dataClass state this.load(); // if all is true, go back and capture the data from the conversion matrix // only other way this data is captured is if its critique button is pressed save_matrix(); // populate dj fields Double x1; for(int i=1; i<=M; i++) { for(int j=1; j<=N; j++) { x1 = new Double(data.get_dj(j)); System.out.println("x1 = " + x1.toString()); dj[i][j].setText(x1.toString()); dj[i][j].setFieldColor(data.dj_color[j]); } } // populate conversion matrix Double z; for(int i = 1; i <= M; i++) { for(int j = 1; j <= N; j++) { z = new Double(data.get_cij(i,j)); cij[i][j].setText(z.toString()); cij[i][j].setFieldColor(data.cij_color[i][j]); fijr[i][j].setText(""); } } } if(button == compute_button_3) { for(int i=1; i<=M; i++) { for(int j=1; j<=N; j++) { Double x1 = Double.valueOf(dj[i][j].getText()); double sx1 = x1.doubleValue(); Double x2 = Double.valueOf(cij[i][j].getText()); double sx2 = x2.doubleValue(); SigFig s = new SigFig(); Double z = new Double(s.customround(sx1*sx2,3)); fijr[i][j].setText(z.toString()); data.set_fij(i,j,sx1*sx2); data.set_fij_color(i,j,fijr[i][j].getBackground()); } } this.save(); } if(button == update_button_4) { // Reset dataClass state this.load(); /* Double dpm1 = Double.valueOf(dpmx[1].getText()); Double dpm2 = Double.valueOf(dpmx[2].getText()); Double n1 = Double.valueOf(nx[1].getText()); Double n2 = Double.valueOf(nx[2].getText()); double x = dpm1.doubleValue()*n1.doubleValue()/1000000.0; Double x1 = new Double(x); x = dpm2.doubleValue()*n2.doubleValue()/1000000.0; x1 = new Double(x); */ // populate dj fields Double x1; for(int i=1; i<=M; i++) { for(int j=1; j<=N; j++) { /* if(j == 1) x1 = new Double(dpm1.doubleValue()*n1.doubleValue()/1000000.0); if(j == 2) x1 = new Double(dpm2.doubleValue()*n2.doubleValue()/1000000.0); */ x1 = new Double(data.get_dj(j)); full_dx[j].setText(x1.toString()); full_dx[j].setFieldColor(data.dj_color[j]); } } // populate conversion matrix Double z; for(int i = 1; i <= M; i++) { for(int j = 1; j <= N; j++) { z = new Double(data.get_cij(i,j)); full_cxx[i][j].setText(z.toString()); full_cxx[i][j].setFieldColor(data.cij_color[i][j]); } } } if(button == compute_button_4) { double sum = 0.0; for(int i=1; i<=M; i++) { for(int j=1; j<=N; j++) { Double x1 = Double.valueOf(full_dx[j].getText()); double sx1 = x1.doubleValue(); Double x2 = Double.valueOf(full_cxx[i][j].getText()); double sx2 = x2.doubleValue(); sum += sx1*sx2; } SigFig s = new SigFig(); Double z = new Double(s.customround(sum,3)); sum = 0.0; full_fx[i].setText(z.toString()); data.set_fi(i,sum); } this.save(); } if(button == default_button_5) { this.load(); fcoveri[1].setText("0.5"); fcoveri[2].setText("1.0"); fcoveri[3].setText("1.0"); this.save(); } if(button == update_button_5) { // Reset dataClass state this.load(); Double z; for(int j = 1; j <= N; j++) for(int i = 1; i <= M; i++) { SigFig s = new SigFig(); z = new Double(s.customround(data.get_fij(i,j),3)); fijcover[i][j].setText(z.toString()); fijcover[i][j].setFieldColor(data.fij_color[i][j]); //fijcover[i][j].setText(fijr[i][j].getText()); } } if(button == compute_button_5) { double sum; for(int j = 1; j <= N; j++) { sum = 0.0; for(int i = 1; i <= M; i++) { Double z1 = Double.valueOf(fijcover[i][j].getText()); Double z2 = Double.valueOf(fcoveri[i].getText()); sum += z1.doubleValue()*z2.doubleValue(); } SigFig s = new SigFig(); Double z = new Double(s.customround(sum,3)); dcoverj[j].setText(z.toString()); } this.save(); } if(button == critique_button_2) { String help_string = ""; // Check d1 and d2 for(int j = 1; j <= N; j++) { Double Sxx = Double.valueOf(dx[j].getText()); double sxx = Sxx.doubleValue(); Integer J = new Integer(j); if(sxx > 1.0) // all must be less than or equal to one help_string = help_string + "d" + J.toString() + " must be less than or equal to one. ^^ "; } // Interpret d1 and d2 for(int j = 1; j <= N; j++) { Double Sxx = Double.valueOf(dx[j].getText()); double sxx = Sxx.doubleValue(); Double z = new Double(1.0-sxx); Integer J = new Integer(j); if(j == 1) help_string = help_string + "Yield with respect to defect 1 (placement) = " + z.toString() + " ^^ "; if(j == 2) help_string = help_string + "Yield with respect to defect 2 (broken wirebond) = " + z.toString() + " ^^ "; } // Post results of error check Frame bogus_frame = new Frame(); HelpDialog hd = new HelpDialog(bogus_frame,"dj Calculation",help_string,true); hd.popup(); this.save(); } if(button == critique_button_3) { String help_string = ""; double fijsum = 0.0; double djsum = 0.0; for(int i=1; i<=M; i++) { for(int j=1; j<=N; j++) { Double x1 = Double.valueOf(dj[i][j].getText()); double sx1 = x1.doubleValue(); Double x2 = Double.valueOf(cij[i][j].getText()); double sx2 = x2.doubleValue(); fijsum += sx1*sx2; } } Double z = new Double(fijsum); help_string = help_string + "Sum of all the fij's = " + z.toString() + " ^^ "; for(int j=1; j<=N; j++) { Double x1 = Double.valueOf(dj[1][j].getText()); double sx1 = x1.doubleValue(); djsum += sx1; } z = new Double(djsum); help_string = help_string + "Sum of all the dj's = " + z.toString() + " ^^ "; if(Math.abs(djsum-fijsum) < 0.001) help_string = help_string + "Defects are conserved since the sum of the fij's = sum of the dj's. ^^ "; else help_string = help_string + "Defects are not conserved since the sum of the fij's is not equal to the sum of the dj's. ^^ "; // Post results of error check Frame bogus_frame = new Frame(); HelpDialog hd = new HelpDialog(bogus_frame,"fij Calculation",help_string,true); hd.popup(); this.save(); } if(button == critique_button_4) { String help_string = ""; double fisum = 0.0; for(int i=1; i<=M; i++) { Double x1 = Double.valueOf(full_fx[i].getText()); double sx1 = x1.doubleValue(); fisum += sx1; } Double z = new Double(fisum); help_string = help_string + "Sum of all the fi's = " + z.toString() + " ^^ "; SigFig s = new SigFig(); z = new Double(s.customround((1.0-fisum)*100.0,1)); help_string = help_string + "Yield computed from the fi's is " + z.toString() + "%."; // Post results of error check Frame bogus_frame = new Frame(); HelpDialog hd = new HelpDialog(bogus_frame,"fij Calculation",help_string,true); hd.popup(); this.save(); } if(button == critique_button_5) { String help_string = ""; // Check the fault coverages for(int i=1; i<=M; i++) { Double x1 = Double.valueOf(fcoveri[i].getText()); double sx1 = x1.doubleValue(); Integer z = new Integer(i); if(sx1 < 0.0) help_string = help_string + "Fault Coverage " + z.toString() + " must be equal to or greater than 0." + " ^^ "; if(sx1 > 1.0) help_string = help_string + "Fault Coverage " + z.toString() + " must be equal to or less than 1." + " ^^ "; } // Interpret defect coverages help_string = help_string + " ^^ "; double sum = 0.0; double sum_dj = 0.0; for(int j=1; j<=N; j++) { Double x1 = Double.valueOf(dcoverj[j].getText()); double sx1 = 100.0*x1.doubleValue()/data.get_dj(j); Double z = new Double(sx1); Integer jj = new Integer(j); help_string = help_string + z.toString() + "% of all defects of type " + jj.toString() + " are detected by these tests." + " ^^ "; sum += x1.doubleValue(); sum_dj += data.get_dj(j); } // Get total defect coverage double x = 100.0*sum/sum_dj; SigFig s = new SigFig(); Double z = new Double(s.customround(x,2)); help_string = help_string + z.toString() + "% of all defects are detected. ^^ "; // Post results of error check Frame bogus_frame = new Frame(); HelpDialog hd = new HelpDialog(bogus_frame,"Fault Coverage",help_string,true); hd.popup(); this.save(); } if(button == compute_button_s) { // Get inputs Double ci = Double.valueOf(costin.getText()); double yi = yieldin.getValue()/100.0; Double lr = Double.valueOf(labor_rate.getText()); Double lb = Double.valueOf(labor_burden.getText()); Double dep = Double.valueOf(depreciation.getText()); Double q = Double.valueOf(quantity.getText()); Double hpy = Double.valueOf(hours_per_year.getText()); Double t1 = Double.valueOf(time1.getText()); Double matc1 = Double.valueOf(mat_cost1.getText()); Double machc1 = Double.valueOf(mach_cost1.getText()); Double machcap1 = Double.valueOf(mach_cap1.getText()); Double machprog1 = Double.valueOf(mach_prog1.getText()); Double d1 = Double.valueOf(defects1.getText()); Double mc1 = Double.valueOf(mat_cost1.getText()); double ou1 = op_util1.getValue()/100.0; double mu1 = mach_util1.getValue()/100.0; Double t2 = Double.valueOf(time2.getText()); Double matc2 = Double.valueOf(mat_cost2.getText()); Double machc2 = Double.valueOf(mach_cost2.getText()); Double machcap2 = Double.valueOf(mach_cap2.getText()); Double machprog2 = Double.valueOf(mach_prog2.getText()); Double d2 = Double.valueOf(defects2.getText()); Double mc2 = Double.valueOf(mat_cost2.getText()); double ou2 = op_util2.getValue()/100.0; double mu2 = mach_util2.getValue()/100.0; // Compute outputs double y1 = (1.0-d1.doubleValue()/1.0e6); double y2 = (1.0-d2.doubleValue()/1.0e6); double yo = yi*y1*y2; double co = ci.doubleValue(); // Step 1 double labor_cost = ou1*lr.doubleValue()*lb.doubleValue()*t1.doubleValue()/60.0/60.0/machcap1.doubleValue(); System.out.println("Step 1: ou1 = " + ou1 + ", t1 = " + t1.doubleValue() + ", lb = " + lb.doubleValue() + ", machcap = " + machcap1.doubleValue()); double machine_cost = machc1.doubleValue()*t1.doubleValue()/60.0/60.0/machcap1.doubleValue()/(mu1*hpy.doubleValue())/dep.doubleValue(); double material_cost = matc1.doubleValue(); double tooling_cost = machprog1.doubleValue()/q.doubleValue(); co += labor_cost+machine_cost+material_cost+tooling_cost; System.out.println("Step 1: labor_cost = " + labor_cost + ", mach cost = " + machine_cost + ", mat cost = " + material_cost + ", tool cost = " + tooling_cost); // Step 2 labor_cost = ou2*lr.doubleValue()*lb.doubleValue()*t2.doubleValue()/60.0/60.0/machcap2.doubleValue(); machine_cost = machc2.doubleValue()*t2.doubleValue()/60.0/60.0/machcap2.doubleValue()/(mu2*hpy.doubleValue())/dep.doubleValue(); material_cost = matc2.doubleValue(); tooling_cost = machprog2.doubleValue()/q.doubleValue(); co += labor_cost+machine_cost+material_cost+tooling_cost; System.out.println("Step 2: labor_cost = " + labor_cost + ", mach cost = " + machine_cost + ", mat cost = " + material_cost + ", tool cost = " + tooling_cost); // Put results back into fields SigFig s = new SigFig(); Double z = new Double(s.customround(co,3)); costout.setText(z.toString()); z = new Double(s.customround(yo,4)); yieldout.setText(z.toString()); } if(button == default_button_s) { costin.setText("10.0"); yieldin.setValue(90); labor_rate.setText("20.0"); labor_burden.setText("1.8"); depreciation.setText("5.0"); quantity.setText("100000"); hours_per_year.setText("6000.0"); mat_cost1.setText("0.0"); time1.setText("0.5"); mach_cost1.setText("150000"); mach_prog1.setText("5000"); mach_cap1.setText("1"); mach_util1.setValue(65); op_util1.setValue(50); defects1.setText("20.0"); mat_cost2.setText("1.0"); time2.setText("10.0"); mach_cost2.setText("50000"); mach_prog2.setText("0.0"); mach_cap2.setText("8"); mach_util2.setValue(45); op_util2.setValue(25); defects2.setText("50.0"); } if(button == compute_button_p) { // Get inputs Double ci = Double.valueOf(costin.getText()); double yi = yieldin.getValue()/100.0; Double ct = Double.valueOf(costtest.getText()); double yt = yieldtest.getValue()/100.0; double fc = fctest.getValue()/100.0; int i = yieldchoice.getSelectedIndex(); if(i == 0) { // yield hit into (before) test // check to make sure yt is not 0 if(yt == 0) { System.out.println("**ERROR** test yield can not be zero if it applies to before the test."); yt = 0.001; } yi = yi*yt; } // Compute outputs double yo = Math.pow(yi,(1.0-fc)); if(i == 1) // yield hit out of (after) test yo = yo*yt; double p = Math.pow(yi,fc); double sc = 1.0-p; double co = (ci.doubleValue() + ct.doubleValue())/p; // Put results back into fields SigFig s = new SigFig(); Double z = new Double(s.customround(co,3)); costout.setText(z.toString()); z = new Double(s.customround(yo,4)); yieldout.setText(z.toString()); z = new Double(s.customround(p,3)); pass.setText(z.toString()); z = new Double(s.customround(sc,3)); scrap.setText(z.toString()); // Add point to the plot if(sp != null) sp.addPoint(fc*100,yo*100); } // START - TEST ECONOMICS if(button == compute_button_cp) { // Set cursor to hourglass this.setCursor(new Cursor(Cursor.WAIT_CURSOR)); double cid; double ctd; double cdd; double crd; double yid; double ytbd; double ytad; double yrd; double ydd; double fcd = 1.0; double fpd; double frd; double fdd; double yo = 1.0; double co = 0.0; double p = 1.0; double sc = 0.0; // Clear output fields costout.setText(""); yieldout.setText(""); pass.setText(""); scrap.setText(""); costout_sd.setText(""); yieldout_sd.setText(""); pass_sd.setText(""); scrap_sd.setText(""); // Get inputs from interface Double ci = Double.valueOf(costin.getText()); Double ct = Double.valueOf(costtest.getText()); Double cd = Double.valueOf(costdiag.getText()); Double cr = Double.valueOf(costrew.getText()); costin_data.setdvalue(ci.doubleValue()); costtest_data.setdvalue(ct.doubleValue()); costdiag_data.setdvalue(cd.doubleValue()); costrew_data.setdvalue(cr.doubleValue()); double yi = yieldin.getValue()/100.0; double yr = yieldrew.getValue()/100.0; double yd = yielddiag.getValue()/100.0; double ytb = yieldbefore.getValue()/100.0; double yta = yieldafter.getValue()/100.0; yieldin_data.setdvalue(yi); yieldrew_data.setdvalue(yr); yielddiag_data.setdvalue(yd); yieldbefore_data.setdvalue(ytb); yieldafter_data.setdvalue(yta); double fc = fctest.getValue()/100.0; double fp = fpos.getValue()/100.0; double fdiag = fd.getValue()/100.0; double frew = fr.getValue()/100.0; fc_data.setdvalue(fc); fp_data.setdvalue(fp); fd_data.setdvalue(fdiag); fr_data.setdvalue(frew); int n = loops.getValue(); int ifp = fpchoice.getSelectedIndex(); // Monte Carlo Loop if(mc_choice.getSelectedIndex() == 1) monte_boolean = true; co_array = new double[monte.number_runs()]; yo_array = new double[monte.number_runs()]; yc_array = new double[monte.number_runs()]; sc_array = new double[monte.number_runs()]; for(int ii = 0; ii < monte.number_runs(); ii++) { // Set values cid = costin_data.distribution_value(this); ctd = costtest_data.distribution_value(this); cdd = costdiag_data.distribution_value(this); crd = costrew_data.distribution_value(this); yid = yieldin_data.distribution_value(this); ydd = yielddiag_data.distribution_value(this); yrd = yieldrew_data.distribution_value(this); ytbd = yieldbefore_data.distribution_value(this); ytad = yieldafter_data.distribution_value(this); fcd = fc_data.distribution_value(this);; fpd = fp_data.distribution_value(this);; frd = fr_data.distribution_value(this);; fdd = fd_data.distribution_value(this);; // Check the inputs /* System.out.println("Inputs:"); System.out.println("ci = " + cid); System.out.println("ct = " + ctd); System.out.println("cd = " + cdd); System.out.println("cr = " + crd); System.out.println("yi = " + yid); System.out.println("yr = " + yrd); System.out.println("yd = " + ydd); System.out.println("ytb = " + ytbd); System.out.println("yta = " + ytad); System.out.println("fc = " + fcd); System.out.println("fp = " + fpd); System.out.println("fdiag = " + fdd); System.out.println("frew = " + frd); System.out.println("n = " + n); System.out.println("ifp = " + ifp); System.out.println(""); */ // Initialize the process double cin = cid; double yin = yid; double norig = 100; //50000; // solution is independent of this number (it must be > 0) double nin = norig; yo = 1.0; co = 0.0; p = 1.0; sc = 0.0; // Rework loop double c1 = 0.0; double c2 = 0.0; double c3 = 0.0; double c4; double cinorig = 0.0; double ninorig = 0.0; double yinorig = 1.0; double nsum = 0.0; double y = 0.0; // this is correct double Nout; double Ns1; double Ns2; double Nd1 = 0.0; for(int i = 0; i <= n; i++) { if(ifp == 0) { // fp affects all parts Nout = nin*(1.0-fpd)*composite(ifp,fpd,yin,ytbd,fcd); Nd1 = nin*(1.0-fpd) - Nout + fpd*nin*(1.0-yin*ytbd); /* System.out.println("Nd1 = " + Nd1); System.out.println("nin = " + nin); System.out.println("Nout = " + Nout); System.out.println("fpd = " + fpd); System.out.println("yin = " + yin); System.out.println("ytbd = " + ytbd); */ } else { //fp affects only good parts Nout = nin*(1.0-fpd*yin*ytbd)*composite(ifp,fpd,yin,ytbd,fcd); Nd1 = nin*(1.0-fpd*yin*ytbd) - Nout; } Ns1 = (1.0-fdd)*Nd1; Ns2 = (1.0-frd)*fdd*Nd1; /* System.out.println(""); System.out.println("rework interation i = " + i); System.out.println("cin = " + cin); System.out.println("yin = " + yin); System.out.println("nin = " + nin); System.out.println("Nout = " + Nout); System.out.println("Nd1 = " + Nd1); System.out.println("Ns1 = " + Ns1); System.out.println("Ns2 = " + Ns2); */ c1 += (cin + ctd)*Nout; if(n != 0 && i != n) { c2 += (cin + ctd + cdd)* Ns1; c3 += (cin + ctd + cdd + crd)* Ns2; } y += ytad*Nout*composite(ifp,fpd,yin,ytbd,1.0-fcd); nsum += Nout; // Prepare for next iteration // keep original values for c4 calculation if necessary ninorig = nin; cinorig = cin; yinorig = yin; nin = fpd*yin*ytbd*nin+frd*fdd*Nd1; if(nin != 0.0) { cin = ((cin + ctd + cdd)*fpd*yin*ytbd*ninorig + (cin + ctd + cdd + crd)*frd*fdd*Nd1)/nin; yin = (fpd*yin*ytbd*ninorig + yrd*frd*fdd*Nd1)/nin; } else { // not relevant what these numbers are cin = 0.0; yin = 1.0; } } c4 = (cinorig + ctd)*Nd1; // last iteration test scraps System.out.println("Nd1 = " + Nd1); if(ifp == 0) { // fp affects all parts //System.out.println("c4 in = " + c4); //c4 += (cinorig + ctd)*ninorig*fpd; // last iteration false positives c4 += (cinorig + ctd)*ninorig*yinorig*ytbd*fpd; // last iteration false positives that are not actually defective // same as only good parts case because the first pass at C4 already scooped up the truely bad parts /* System.out.println("cinorig = " + cinorig); System.out.println("ctd = " + ctd); System.out.println("ninorig = " + ninorig); System.out.println("fpd = " + fpd); */ } else // fp only affects good parts c4 += (cinorig + ctd)*ninorig*yinorig*ytbd*fpd; // last iteration false positives co = (c1 + c2 + c3 + c4)/nsum; yo = y/nsum; sc = (norig-nsum)/norig; p = 1.0-sc; /* System.out.println("c1 = " + c1); System.out.println("c2 = " + c2); System.out.println("c3 = " + c3); System.out.println("c4 = " + c4); System.out.println("nsum = " + nsum); System.out.println("y = " + y); */ // Record solutions in arrays for post processing later co_array[ii] = co; yo_array[ii] = yo; yc_array[ii] = co/yo; sc_array[ii] = sc; } // Put results back into fields SigFig s = new SigFig(); Double z = new Double(s.customround(mean(co_array),3)); costout.setText(z.toString()); z = new Double(s.customround(stddev(co_array),3)); costout_sd.setText(z.toString()); z = new Double(s.customround(mean(yo_array),4)); yieldout.setText(z.toString()); z = new Double(s.customround(stddev(yo_array),4)); yieldout_sd.setText(z.toString()); z = new Double(s.customround(1.0-mean(sc_array),3)); pass.setText(z.toString()); z = new Double(s.customround(mean(sc_array),3)); scrap.setText(z.toString()); z = new Double(s.customround(stddev(sc_array),3)); scrap_sd.setText(z.toString()); pass_sd.setText(z.toString()); // same as scrap System.out.println("Yielded Cost (mean) = " + s.customround(mean(yc_array),3)); System.out.println("Yielded Cost (standard deviation) = " + s.customround(stddev(yc_array),3)); System.out.println(""); // Add point to the plot if(sp != null) sp.addPoint(fcd*100,yo*100); // Reset the cursor this.setCursor(new Cursor(Cursor.DEFAULT_CURSOR)); } // END - TEST ECONOMICS if(button == default_button_p) { costin.setText("10.0"); yieldin.setValue(90); costtest.setText("20.0"); yieldtest.setValue(99); fctest.setValue(80); yieldchoice.select(0); } // DEFAULTS - TEST ECONOMICS if(button == default_button_cp) { // Set cursor to hourglass this.setCursor(new Cursor(Cursor.WAIT_CURSOR)); fc_data.setallvalues(2,0.7,-1,"Fault Coverage (frac)",1,0.7,0.8,0.1); fctest.setValue((int)(100*fc_data.doublevalue())); fr_data.setallvalues(2,0.81,-1,"Repair Fraction (frac)",1,0.78,0.9,0.05); fr.setValue((int)(100*fr_data.doublevalue())); fd_data.setallvalues(2,1.0,-1,"Diagnosis Fraction (frac)",1,0.92,1.0,0.1); fd.setValue((int)(100*fd_data.doublevalue())); fp_data.setallvalues(2,0.1,-1,"False Positives (frac)",1,0.05,0.15,0.01); fpos.setValue((int)(100*fp_data.doublevalue())); yieldin_data.setallvalues(2,0.9,-1,"Input Yield (frac)",0,0.8,1.0,0.1); yieldin.setValue((int)(100*yieldin_data.doublevalue())); yieldbefore_data.setallvalues(2,0.97,-1,"Before Test Yield (frac)",1,0.9,1.0,0.1); yieldbefore.setValue((int)(100*yieldbefore_data.doublevalue())); yieldafter_data.setallvalues(2,0.97,-1,"After Test Yield (frac)",1,0.9,1.0,0.1); yieldafter.setValue((int)(100*yieldafter_data.doublevalue())); yieldrew_data.setallvalues(2,0.9,-1,"Rework Yield (frac)",1,0.8,1.0,0.1); yieldrew.setValue((int)(100*yieldrew_data.doublevalue())); costin_data.setallvalues(2,100.0,-1,"Input Cost",0,5.0,15.0,1.0); Double z = new Double(costin_data.doublevalue()); costin.setText(z.toString()); costtest_data.setallvalues(2,20.0,-1,"Test Cost",1,10.0,22.0,2.0); z = new Double(costtest_data.doublevalue()); costtest.setText(z.toString()); costdiag_data.setallvalues(2,10.0,-1,"Diagnosis Cost",1,5.0,15.0,1.0); z = new Double(costdiag_data.doublevalue()); costdiag.setText(z.toString()); costrew_data.setallvalues(2,25.0,-1,"Rework Cost",1,35.0,45.0,3.0); z = new Double(costrew_data.doublevalue()); costrew.setText(z.toString()); fpchoice.select(1); monte_boolean = false; mc_choice.select(0); number_monte_points = 1000; Integer zi = new Integer(number_monte_points); monte_runs.setText(zi.toString()); // Reset the cursor this.setCursor(new Cursor(Cursor.DEFAULT_CURSOR)); } if(button == critique_button_p) { String help_string = ""; // Get inputs Double ci = Double.valueOf(costin.getText()); double yi = yieldin.getValue()/100.0; Double ct = Double.valueOf(costtest.getText()); double yt = yieldtest.getValue()/100.0; double fc = fctest.getValue()/100.0; int i = yieldchoice.getSelectedIndex(); // Check values if(ci.doubleValue() < 0.0) help_string = "Input cost must be greater than or equal to 0.0." + " ^^ "; if(yi < 0.0 || yi > 1.0) help_string = "Input yield must be between 0 and 100 inclusive." + " ^^ "; if(ct.doubleValue() < 0.0) help_string = "Test cost must be greater than or equal to 0.0." + " ^^ "; if(fc < 0.0 || fc > 1.0) help_string = "Fault coverage must be between 0 and 100 inclusive." + " ^^ "; if(yt < 0.0 || yt > 1.0) help_string = "Test yield must be between 0 and 100 inclusive." + " ^^ "; // Check for no errors if(help_string.length() < 5) help_string = "No errors detected."; // Post results of error check Frame bogus_frame = new Frame(); HelpDialog hd = new HelpDialog(bogus_frame,"Test Process Step",help_string,true); hd.popup(); } if(button == plot) { // Scatter plot if(sp == null) sp = new ScatterPlot(this,""); sp.loadScatterPlotData("Fault Coverage (%)","Output Yield (%)",100.0,0.0,100.0,0.0); sp.popup(); } // Make bar chart if(button == bar_plot) { double stddev = 4; int number = this.monte.number_runs()/100; if(number > 20) number = 20; String[] labels = new String[this.monte.number_runs()+1]; double[] values = new double[this.monte.number_runs()+1]; // Get data if(!barchart_data("Yielded Cost",values,labels,stddev,number)) { System.out.println("No distribution exists for the selected plot variable."); return(false); } // Plot barchart BarChart barchart = null; barchart = new BarChart(this,"Probablity Distribution"); barchart.loadBarData(number,labels,values,"Yielded Cost","Probability"); barchart.popup(); barchart.drawBarChart(); } return(true); } return(false); } private void build_solution() { Choice sol_choice = new Choice(); sol_choice.add("Basic Tutorial"); sol_choice.add("Problem #1 Hints"); sol_choice.add("Problem #1 Solution"); sol_choice.add("Problem #2 Hints"); sol_choice.add("Problem #2 Solution"); sol_choice.add("Problem #3 Hints"); sol_choice.add("Problem #3 Solution"); Panel sol_master = new Panel(); sol_master.add(new Label("Default:")); sol_master.add(sol_choice); sol_master.setBackground(Color.lightGray); add(sol_master); return; } private void build_simpleprocess() { Panel proc_master = new Panel(); GridBagLayout gblmp = new GridBagLayout(); proc_master.setLayout(gblmp); GridBagConstraints gbcmp = new GridBagConstraints(); gbcmp.fill = GridBagConstraints.BOTH; gbcmp.weightx = 1.0; // Build fields costin = new myTextField(this,blank); costout = new myTextField(this,blank); yieldout = new myTextField(this,blank); time1 = new myTextField(this,blank); defects1 = new myTextField(this,blank); mach_cap1 = new myTextField(this,blank); mach_prog1 = new myTextField(this,blank); mach_cost1 = new myTextField(this,blank); mat_cost1 = new myTextField(this,blank); time2 = new myTextField(this,blank); defects2 = new myTextField(this,blank); mach_cap2 = new myTextField(this,blank); mach_prog2 = new myTextField(this,blank); mach_cost2 = new myTextField(this,blank); mat_cost2 = new myTextField(this,blank); labor_rate = new myTextField(this,blank); labor_burden = new myTextField(this,blank); depreciation = new myTextField(this,blank); quantity = new myTextField(this,blank); hours_per_year = new myTextField(this,blank); // Build slide bars // documentation at http://www.mindspring.com/~rcleah/bob_slide.html yieldin = new SlideBar(); yieldin.setMinimum(1); yieldin.setMaximum(100); op_util1 = new SlideBar(); op_util1.setMinimum(0); op_util1.setMaximum(100); op_util2 = new SlideBar(); op_util2.setMinimum(0); op_util2.setMaximum(100); mach_util1 = new SlideBar(); mach_util1.setMinimum(0); mach_util1.setMaximum(100); mach_util2 = new SlideBar(); mach_util2.setMinimum(0); mach_util2.setMaximum(100); // Build process step 1 box PanelFormat pf = new PanelFormat(); Panel step_panel1 = new Panel(); step_panel1.setBackground(Color.green); pf.initializePanel(step_panel1); pf.Subtitle(step_panel1," Process Step #1"); pf.LabelField(step_panel1,new Label("Time (sec/part)"),time1); pf.LabelSlide(step_panel1,new Label("Operator Utilization (%)"),op_util1); pf.LabelField(step_panel1,new Label("Material Cost ($/part)"),mat_cost1); pf.LabelField(step_panel1,new Label("Tooling ($)"),mach_prog1); pf.LabelField(step_panel1,new Label("Machine Capacity (parts)"),mach_cap1); pf.LabelField(step_panel1,new Label("Machine Cost ($)"),mach_cost1); pf.LabelSlide(step_panel1,new Label("Machine Utilization (%)"),mach_util1); pf.LabelField(step_panel1,new Label("Defects (ppm)"),defects1); // Build process step 2 box Panel step_panel2 = new Panel(); step_panel2.setBackground(Color.green); pf.initializePanel(step_panel2); pf.Subtitle(step_panel2," Process Step #2"); pf.LabelField(step_panel2,new Label("Time (sec/part)"),time2); pf.LabelSlide(step_panel2,new Label("Operator Utilization (%)"),op_util2); pf.LabelField(step_panel2,new Label("Material Cost ($/part)"),mat_cost2); pf.LabelField(step_panel2,new Label("Tooling ($)"),mach_prog2); pf.LabelField(step_panel2,new Label("Machine Capacity (parts)"),mach_cap2); pf.LabelField(step_panel2,new Label("Machine Cost ($)"),mach_cost2); pf.LabelSlide(step_panel2,new Label("Machine Utilization (%)"),mach_util2); pf.LabelField(step_panel2,new Label("Defects (ppm)"),defects2); // Incoming box PanelFormat pf1 = new PanelFormat(); Panel in_panel = new Panel(); pf1.initializePanel(in_panel); pf1.LabelField(in_panel,new Label("Incoming cost"),costin); pf1.LabelSlide(in_panel,new Label("Incoming yield (%)"),yieldin); // Output box PanelFormat pf2 = new PanelFormat(); Panel out_panel = new Panel(); pf2.initializePanel(out_panel); pf2.LabelField(out_panel,new Label("Outgoing cost"),costout); pf2.LabelField(out_panel,new Label("Outgoing yield (%)"),yieldout); // Infrastructure panel PanelFormat pf2x = new PanelFormat(); Panel infra_panel = new Panel(); pf2x.initializePanel(infra_panel); pf2x.Subtitle(infra_panel,"Factory Details:"); pf2x.LabelField(infra_panel,new Label("Lifetime Quantity of Parts"),quantity); pf2x.LabelField(infra_panel,new Label("Labor Rate ($/hr)"),labor_rate); pf2x.LabelField(infra_panel,new Label("Labor Burden (multiplier)"),labor_burden); pf2x.LabelField(infra_panel,new Label("Working Hours per Year"),hours_per_year); pf2x.LabelField(infra_panel,new Label("Depreciation (years)"),depreciation); Panel scrap_panel1 = new Panel(); //scrap_panel1.setLayout(new GridLayout(3,1)); //scrap_panel1.add(new Label("")); scrap_panel1.add(infra_panel); //scrap_panel1.add(new Label("")); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(in_panel,gbcmp); proc_master.add(in_panel); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l = new Label(""); gblmp.setConstraints(l,gbcmp); proc_master.add(l); MyCanvas3 cf22 = new MyCanvas3(this,"downarrow.gif",90,0); cf22.setBackground(Color.white); cf22.resize(20,90); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row gblmp.setConstraints(cf22,gbcmp); proc_master.add(cf22); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(step_panel1,gbcmp); proc_master.add(step_panel1); //MyCanvas3 cf23 = new MyCanvas3(this,"rightarrow.gif",0,10); //cf23.setBackground(Color.white); //cf23.resize(100,75); //gblmp.setConstraints(cf23,gbcmp); //proc_master.add(cf23); Label lxx = new Label(" "); gblmp.setConstraints(lxx,gbcmp); proc_master.add(lxx); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row gblmp.setConstraints(scrap_panel1,gbcmp); proc_master.add(scrap_panel1); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row MyCanvas3 cf21 = new MyCanvas3(this,"downarrow.gif",90,0); cf21.setBackground(Color.white); cf21.resize(20,95); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row gblmp.setConstraints(cf21,gbcmp); proc_master.add(cf21); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(step_panel2,gbcmp); proc_master.add(step_panel2); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l1x = new Label(""); gblmp.setConstraints(l1x,gbcmp); proc_master.add(l1x); MyCanvas3 cf21x = new MyCanvas3(this,"downarrow.gif",90,0); cf21x.setBackground(Color.white); cf21x.resize(20,95); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row gblmp.setConstraints(cf21x,gbcmp); proc_master.add(cf21x); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(out_panel,gbcmp); proc_master.add(out_panel); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l1 = new Label(""); gblmp.setConstraints(l1,gbcmp); proc_master.add(l1); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l3 = new Label(""); gblmp.setConstraints(l3,gbcmp); proc_master.add(l3); Panel button_panel = new Panel(); button_panel.add(default_button_s); button_panel.add(critique_button_s); button_panel.add(compute_button_s); //button_panel.add(plot); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(button_panel,gbcmp); proc_master.add(button_panel); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l2 = new Label(""); gblmp.setConstraints(l2,gbcmp); proc_master.add(l2); add(proc_master); invalidate(); validate(); //forces repaint return; } private void build_process() { Panel proc_master = new Panel(); GridBagLayout gblmp = new GridBagLayout(); proc_master.setLayout(gblmp); GridBagConstraints gbcmp = new GridBagConstraints(); gbcmp.fill = GridBagConstraints.BOTH; gbcmp.weightx = 1.0; // Build fields costin = new myTextField(this,blank); costout = new myTextField(this,blank); yieldout = new myTextField(this,blank); pass = new myTextField(this,blank); costtest = new myTextField(this,blank); scrap = new myTextField(this,blank); // Build slide bars // documentation at http://www.mindspring.com/~rcleah/bob_slide.html yieldin = new SlideBar(); yieldin.setMinimum(1); yieldin.setMaximum(100); yieldtest = new SlideBar(); yieldtest.setMinimum(0); yieldtest.setMaximum(100); fctest = new SlideBar(); fctest.setMinimum(0); fctest.setMaximum(100); // Build choice yieldchoice = new Choice(); yieldchoice.add("into test"); yieldchoice.add("out of test"); // Build test step box PanelFormat pf = new PanelFormat(); Panel step_panel = new Panel(); step_panel.setBackground(Color.green); pf.initializePanel(step_panel); pf.LabelField(step_panel,new Label("Test cost"),costtest); pf.LabelSlide(step_panel,new Label("Fault coverage (%)"),fctest); pf.LabelSlide(step_panel,new Label("Test yield (%)"),yieldtest); pf.LabelChoice(step_panel,new Label(" Yield is: "),yieldchoice); // Incoming box PanelFormat pf1 = new PanelFormat(); Panel in_panel = new Panel(); pf1.initializePanel(in_panel); pf1.LabelField(in_panel,new Label("Incoming cost"),costin); pf1.LabelSlide(in_panel,new Label("Incoming yield (%)"),yieldin); // Output box PanelFormat pf2 = new PanelFormat(); Panel out_panel = new Panel(); pf2.initializePanel(out_panel); pf2.LabelField(out_panel,new Label("Outgoing cost"),costout); pf2.LabelField(out_panel,new Label("Outgoing yield (%)"),yieldout); pf2.LabelField(out_panel,new Label("Pass fraction (%)"),pass); // Scrap panel Panel scrap_panel = new Panel(); scrap_panel.add(new Label("Scrap fraction")); scrap_panel.add(scrap); Panel scrap_panel1 = new Panel(); scrap_panel1.setLayout(new GridLayout(3,1)); scrap_panel1.add(new Label("")); scrap_panel1.add(scrap_panel); scrap_panel1.add(new Label("")); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(in_panel,gbcmp); proc_master.add(in_panel); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l = new Label(""); gblmp.setConstraints(l,gbcmp); proc_master.add(l); MyCanvas3 cf22 = new MyCanvas3(this,"downarrow.gif",90,0); cf22.setBackground(Color.white); cf22.resize(20,90); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row gblmp.setConstraints(cf22,gbcmp); proc_master.add(cf22); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(step_panel,gbcmp); proc_master.add(step_panel); MyCanvas3 cf23 = new MyCanvas3(this,"rightarrow.gif",0,10); cf23.setBackground(Color.white); cf23.resize(100,75); gblmp.setConstraints(cf23,gbcmp); proc_master.add(cf23); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row gblmp.setConstraints(scrap_panel1,gbcmp); proc_master.add(scrap_panel1); MyCanvas3 cf21 = new MyCanvas3(this,"downarrow.gif",90,0); cf21.setBackground(Color.white); cf21.resize(20,95); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row gblmp.setConstraints(cf21,gbcmp); proc_master.add(cf21); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(out_panel,gbcmp); proc_master.add(out_panel); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l1 = new Label(""); gblmp.setConstraints(l1,gbcmp); proc_master.add(l1); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l3 = new Label(""); gblmp.setConstraints(l3,gbcmp); proc_master.add(l3); Panel button_panel = new Panel(); button_panel.add(default_button_p); button_panel.add(critique_button_p); button_panel.add(compute_button_p); button_panel.add(plot); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(button_panel,gbcmp); proc_master.add(button_panel); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l2 = new Label(""); gblmp.setConstraints(l2,gbcmp); proc_master.add(l2); add(proc_master); invalidate(); validate(); //forces repaint return; } private void build_complexprocess() { Panel proc_master = new Panel(); GridBagLayout gblmp = new GridBagLayout(); proc_master.setLayout(gblmp); GridBagConstraints gbcmp = new GridBagConstraints(); gbcmp.fill = GridBagConstraints.BOTH; gbcmp.weightx = 1.0; // Build fields costin = new myTextField(this,costin_data,blank); costout = new myTextField(this,blank); yieldout = new myTextField(this,blank); pass = new myTextField(this,blank); costtest = new myTextField(this,costtest_data,blank); costdiag = new myTextField(this,costdiag_data,blank); costrew = new myTextField(this,costrew_data,blank); scrap = new myTextField(this,blank); diagscrap = new myTextField(this,blank); rewscrap = new myTextField(this,blank); costout_sd = new myTextField(this,blank); yieldout_sd = new myTextField(this,blank); pass_sd = new myTextField(this,blank); scrap_sd = new myTextField(this,blank); // Build slide bars yieldin = new mySlideBar(this,yieldin_data); yieldin.setMinimum(1); yieldin.setMaximum(100); yieldin.setBackgroundColor(Color.lightGray); yieldbefore = new mySlideBar(this,yieldbefore_data); yieldbefore.setMinimum(1); yieldbefore.setMaximum(100); yieldbefore.setBackgroundColor(Color.white); yieldafter = new mySlideBar(this,yieldafter_data); yieldafter.setMinimum(0); yieldafter.setMaximum(100); yieldafter.setBackgroundColor(Color.white); yielddiag = new mySlideBar(this,yielddiag_data); yielddiag.setMinimum(0); yielddiag.setMaximum(100); yielddiag.setBackgroundColor(Color.white); yieldrew = new mySlideBar(this,yieldrew_data); yieldrew.setMinimum(0); yieldrew.setMaximum(100); yieldrew.setBackgroundColor(Color.white); fctest = new mySlideBar(this,fc_data); fctest.setMinimum(0); fctest.setMaximum(100); fctest.setBackgroundColor(Color.white); fd = new mySlideBar(this,fd_data); fd.setMinimum(0); fd.setMaximum(100); fd.setBackgroundColor(Color.white); fr = new mySlideBar(this,fr_data); fr.setMinimum(0); fr.setMaximum(100); fr.setBackgroundColor(Color.white); fpos = new mySlideBar(this,fp_data); fpos.setMinimum(0); fpos.setMaximum(99); fpos.setBackgroundColor(Color.white); loops = new SlideBar(); loops.setMinimum(0); loops.setMaximum(10); loops.setBackgroundColor(Color.lightGray); // Build choice fpchoice = new Choice(); fpchoice.add("affects all parts"); fpchoice.add("affects good parts"); // Build test step box PanelFormat pf = new PanelFormat(); Panel step_panel = new Panel(); step_panel.setBackground(Color.orange); pf.initializePanel(step_panel); pf.LabelSlide(step_panel,new Label("Yield before test (%)"),yieldbefore); pf.Space(step_panel); costtest.setBackground(Color.white); pf.LabelField(step_panel,new Label("Test cost"),costtest); pf.LabelSlide(step_panel,new Label("Fault coverage (%)"),fctest); pf.LabelSlide(step_panel,new Label("False positives (%)"),fpos); pf.LabelChoice(step_panel,new Label("False postives"),fpchoice); pf.Space(step_panel); pf.LabelSlide(step_panel,new Label("Yield after test (%)"),yieldafter); // Incoming box PanelFormat pf1 = new PanelFormat(); Panel in_panel = new Panel(); pf1.initializePanel(in_panel); pf1.LabelField(in_panel,new Label("Incoming cost"),costin); pf1.LabelSlide(in_panel,new Label("Incoming yield (%)"),yieldin); // Output box PanelFormat pf2 = new PanelFormat(); Panel out_panel = new Panel(); pf2.initializePanel(out_panel); pf2.LabelLabelLabel(out_panel,new Label(""),new Label("Mean"),new Label("Std Dev")); pf2.LabelFieldField(out_panel,new Label("Outgoing cost"),costout,costout_sd); pf2.LabelFieldField(out_panel,new Label("Outgoing yield (%)"),yieldout,yieldout_sd); pf2.LabelFieldField(out_panel,new Label("Pass fraction (%)"),pass,pass_sd); // Diagnosis panel PanelFormat pf3 = new PanelFormat(); Panel diag_panel = new Panel(); diag_panel.setBackground(Color.pink); pf3.initializePanel(diag_panel); //pf3.Space(diag_panel); pf3.LabelField(diag_panel,new Label("Diagnosis cost"),costdiag); //Label ldiag = new Label("Diagnosis yield (%)"); //pf3.LabelSlide(diag_panel,ldiag,yielddiag); pf3.LabelSlide(diag_panel,new Label("Diagnosis fraction (%)"),fd); //pf3.Space(diag_panel); // Rework panel PanelFormat pf4 = new PanelFormat(); Panel rew_panel = new Panel(); rew_panel.setBackground(Color.green.brighter().brighter()); pf4.initializePanel(rew_panel); //pf4.Space(rew_panel); costrew.setBackground(Color.white); pf4.LabelField(rew_panel,new Label("Rework cost"),costrew); pf4.LabelSlide(rew_panel,new Label("Rework yield (%)"),yieldrew); pf4.LabelSlide(rew_panel,new Label("Rework fraction (%)"),fr); //pf4.Space(rew_panel); // Scrap panel PanelFormat pf5 = new PanelFormat(); Panel scrap_panel = new Panel(); pf5.initializePanel(scrap_panel); pf5.LabelLabelLabel(scrap_panel,new Label(""),new Label("Mean"),new Label("Std Dev")); pf5.LabelFieldField(scrap_panel,new Label("Scrap fraction (%)"),scrap,scrap_sd); pf5.Space(scrap_panel); pf5.Space(scrap_panel); Panel scrap_panel1 = new Panel(); GridBagLayout gblms = new GridBagLayout(); scrap_panel1.setLayout(gblms); GridBagConstraints gbcms = new GridBagConstraints(); gbcms.fill = GridBagConstraints.BOTH; gbcms.weightx = 1.0; gbcms.gridwidth = GridBagConstraints.REMAINDER; gblms.setConstraints(rew_panel,gbcms); scrap_panel1.add(rew_panel); Panel loops_panel = new Panel(); loops_panel.add(new Label("Rework attempts")); loops_panel.add(loops); MyCanvas3 cf22 = new MyCanvas3(this,"smuparrow.gif",0,0); cf22.setBackground(Color.white); cf22.resize(20,25); gbcms.gridwidth = GridBagConstraints.REMAINDER; //end row gblms.setConstraints(cf22,gbcms); //scrap_panel1.add(cf22); loops_panel.add(cf22); gbcms.gridwidth = GridBagConstraints.REMAINDER; //end row gblms.setConstraints(loops_panel,gbcms); scrap_panel1.add(loops_panel); gbcms.gridwidth = GridBagConstraints.REMAINDER; gblms.setConstraints(diag_panel,gbcms); scrap_panel1.add(diag_panel); // Leftright arrow panel Panel lr_panel = new Panel(); GridBagLayout gblmlr = new GridBagLayout(); lr_panel.setLayout(gblmlr); GridBagConstraints gbcmlr = new GridBagConstraints(); gbcmlr.fill = GridBagConstraints.BOTH; gbcmlr.weightx = 1.0; MyCanvas3 cf23 = new MyCanvas3(this,"smleftarrow.gif",0,43); cf23.setBackground(Color.white); cf23.resize(30,100); gbcmlr.gridwidth = GridBagConstraints.REMAINDER; gblmlr.setConstraints(cf23,gbcmlr); lr_panel.add(cf23); MyCanvas3 cf28 = new MyCanvas3(this,"smrightarrow.gif",0,35); cf28.setBackground(Color.white); cf28.resize(30,100); gbcmlr.gridwidth = GridBagConstraints.REMAINDER; gblmlr.setConstraints(cf28,gbcmlr); lr_panel.add(cf28); // Whole thing gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(in_panel,gbcmp); proc_master.add(in_panel); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l = new Label(""); gblmp.setConstraints(l,gbcmp); proc_master.add(l); MyCanvas3 cf29 = new MyCanvas3(this,"downarrow.gif",90,0); cf29.setBackground(Color.white); cf29.resize(20,90); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row gblmp.setConstraints(cf29,gbcmp); proc_master.add(cf29); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(step_panel,gbcmp); proc_master.add(step_panel); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(lr_panel,gbcmp); proc_master.add(lr_panel); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row gblmp.setConstraints(scrap_panel1,gbcmp); proc_master.add(scrap_panel1); MyCanvas3 cf21 = new MyCanvas3(this,"downarrow.gif",90,0); cf21.setBackground(Color.white); cf21.resize(20,95); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; //end row gblmp.setConstraints(cf21,gbcmp); proc_master.add(cf21); MyCanvas3 cf27 = new MyCanvas3(this,"downarrow.gif",115,0); cf27.setBackground(Color.white); cf27.resize(20,95); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row gblmp.setConstraints(cf27,gbcmp); proc_master.add(cf27); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(out_panel,gbcmp); proc_master.add(out_panel); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row gblmp.setConstraints(scrap_panel,gbcmp); proc_master.add(scrap_panel); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l3 = new Label(""); gblmp.setConstraints(l3,gbcmp); proc_master.add(l3); // Controls Panel button_panel = new Panel(); button_panel.add(default_button_cp); //button_panel.add(critique_button_cp); button_panel.add(compute_button_cp); //button_panel.add(plot); button_panel.add(bar_plot); Panel monte_panel = new Panel(); mc_choice = new myChoice(this); mc_choice.add("No"); mc_choice.add("Yes"); monte_panel.add(new Label("Monte Carlo")); monte_panel.add(mc_choice); monte_label = new Label("Number of runs"); monte_panel.add(monte_label); monte_runs = new TextField(blank); monte_panel.add(monte_runs); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(button_panel,gbcmp); proc_master.add(button_panel); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l2 = new Label(""); gblmp.setConstraints(l2,gbcmp); proc_master.add(l2); gbcmp.gridwidth = GridBagConstraints.HORIZONTAL; gblmp.setConstraints(monte_panel,gbcmp); proc_master.add(monte_panel); gbcmp.gridwidth = GridBagConstraints.REMAINDER; //end row Label l53 = new Label(""); gblmp.setConstraints(l53,gbcmp); proc_master.add(l53); add(proc_master); //ldiag.disable(); yielddiag.disable(); mc_choice.modifyFields(); invalidate(); validate(); //forces repaint return; } double composite(int i,double f,double y1,double y2,double e) { if(i == 0) // fp affects all parts f = 0.0; double x = ((1.0 - f)*y1*y2)/(1.0-f*y1*y2); //System.out.println("y1 = " + y1 + ", y2 = " + y2 + ", f = " + f + ", x = " + x + ", e = " + e); //System.out.println("composite = " + Math.pow(x,e)); return(Math.pow(x,e)); } double mean(double[] d) { double sum = 0.0; for(int i = 0; i < monte.number_runs(); i++) sum += d[i]; return(sum/monte.number_runs()); } double stddev(double[] d) { if (!this.monte_boolean) // Monte Carlo is off return(0.0); double sum = 0.0; double m = mean(d); for(int i = 0; i < monte.number_runs(); i++) sum += (d[i]-m)*(d[i]-m); return(Math.sqrt(sum/(monte.number_runs()-1))); } // Bin the specified data into the specified number of bins // v = returned data array for plotting // l = returned label array for plotting // k = number of standard deviations // m = number of bars // Returns false if there is not distribution to plot, otherwize true public boolean barchart_data(String name,double[] v,String[] l, double k,int m) { double[] value = new double[N]; int n = this.monte.number_runs(); // Get data_member reference corresponding to "name" if(name.compareTo("Cost") == 0) value = co_array; if(name.compareTo("Yield") == 0) value = yo_array; if(name.compareTo("Yielded Cost") == 0) value = yc_array; if(name.compareTo("Scrap") == 0) value = sc_array; /* if(value != anything) { ErrorHandler.report("Applicable data set for plotting not found"); return(false); } */ // Check data, if no distribution - return false double value0 = value[0]; int i; for(i = 1; i < this.monte.number_runs(); i++) { if(value[i] != value0) break; } if(i == this.monte.number_runs() && value[this.monte.number_runs()-1] == value0) return(false); // Get mean of plot data double mean = mean(value); // Get range of plot data double range = k*2.0*stddev(value); // Figure out bin size double bin_size = range/m; // Initialize the return array for(int j = 0; j < n; j++) { v[j] = 0; } // Get starting point double x = mean-range/2.0; // Don't allow negative bins if(x < 0.0) { bin_size = bin_size*(mean + range/2.0)/range;// reduce bin size to get the same end point x = 0.0; // reset starting point } // Bin the runs into k bins for(i = 0; i < n; i++) { if(value[i] < x || value[i] >= m*bin_size+x) continue; for(int j = 0; j < m; j++) { // bin loop if(value[i] >= x+j*bin_size && value[i] < x+(j+1)*bin_size) v[j]++; } } // Label the bins SigFig sf = new SigFig(); for(int j = 0; j < m; j++) { Double z1; if(name.compareTo("Yield") == 0) { z1 = new Double(sf.customround(x+j*bin_size,5)); } else { z1 = new Double(sf.customround(x+j*bin_size,3)); } l[j] = z1.toString(); } return(true); } } class SpaceCanvas extends Canvas { int xsp; int ysp; public SpaceCanvas(int i,int j) { xsp = i; ysp = j; } public void paint(Graphics g) { g.setColor(Color.gray); Dimension d = this.size(); g.draw3DRect(0,ysp-4,d.width,3,true); } } class MyCanvas1 extends Canvas { String s1; public MyCanvas1(String s) { s1 = s; } public void paint(Graphics g) { g.setColor(Color.black); g.drawLine(1,2,300,2); g.drawString(s1,20,20); } } class MyCanvas2 extends Canvas { String s1; int x1; int y1; public MyCanvas2(String s,int i1,int i2) { s1 = s; x1 = i1; y1 = i2; } public void paint(Graphics g) { g.setColor(Color.black); g.drawString(s1,x1,y1); } } class MyCanvas3 extends Canvas { Applet a1; String s1; int x1; int y1; public MyCanvas3(Applet a,String s,int i1,int i2) { a1 = a; s1 = s; x1 = i1; y1 = i2; } public void paint(Graphics g) { g.setColor(Color.black); g.drawImage(a1.getImage(a1.getCodeBase(),"images/" + s1),x1,y1,null); } } class MyCanvas4 extends Canvas { Applet a1; String s1; int x1; int y1; int w; int l; public MyCanvas4(Applet a,String s,int i1,int i2,int i3,int i4) { a1 = a; s1 = s; x1 = i1; y1 = i2; w = i3; l = i4; } public void paint(Graphics g) { g.setColor(Color.black); g.drawImage(a1.getImage(a1.getCodeBase(),"images/" + s1),x1,y1,w,l,null); } }