mirror of
https://github.com/johndoe6345789/tustu.git
synced 2026-04-24 13:45:00 +00:00
johndoe6345789
e17cdf49b3
- Implement WizardCancelActionListener to handle cancellation actions. - Create WizardDialog for managing dialog windows with window listener. - Add WizardDialogCallback for handling dialog callbacks. - Introduce WizardNextActionListener for handling next actions in the wizard. - Develop WizardPanel to manage the wizard's layout and navigation. - Implement WizardRunnable to run wizard actions in a separate thread. - Define WizardStepCallback interface for step callbacks in the wizard. - Create YAxisSelectorLayoutRunnable for managing layout updates. - Add YAxisSelectorPanel for selecting Y-axis options in the UI. - Remove unused interfaces and classes (cP, cT, co, cx, dx, eR, eU, ev).
387 lines
11 KiB
Java
387 lines
11 KiB
Java
package com.efiAnalytics.tuningwidgets.panels;
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import G.R;
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import G.aM;
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import G.aN;
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import G.aR;
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import G.bA;
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import G.bq;
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import G.bv;
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import V.a;
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import V.g;
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import V.j;
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import bH.D;
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import bH.T;
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import bH.X;
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import bt.A;
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import bt.E;
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import bt.aV;
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import bt.bb;
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import bt.bh;
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import bt.d;
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import bt.y;
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import com.efiAnalytics.ui.aO;
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import com.efiAnalytics.ui.bV;
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import com.efiAnalytics.ui.et;
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import java.awt.BorderLayout;
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import java.awt.Component;
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import java.awt.FlowLayout;
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import java.awt.GridLayout;
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import java.awt.Window;
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import javax.swing.BorderFactory;
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import javax.swing.JButton;
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import javax.swing.JPanel;
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import s.g;
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public class RequiredFuelPanel extends d implements aN, aO {
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y a;
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String b = "";
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R c = null;
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bh d = null;
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bh e = null;
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bh f = null;
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bh g = null;
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JPanel h = null;
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A i = null;
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aV j = null;
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public az(R paramR, int paramInt) {
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if (paramInt != -1)
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this.b = paramInt + "";
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this.c = paramR;
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this.d = g();
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this.e = j();
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this.f = k();
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this.g = m();
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this.h = n();
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setLayout(new BorderLayout());
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JPanel jPanel1 = new JPanel();
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jPanel1.setLayout(new BorderLayout());
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jPanel1.add("North", this.h);
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jPanel1.add("South", (Component)this.g);
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JPanel jPanel2 = new JPanel();
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jPanel2.setLayout(new BorderLayout());
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jPanel2.add("North", (Component)this.e);
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jPanel2.add("South", (Component)this.f);
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jPanel1.add("Center", jPanel2);
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add("West", jPanel1);
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add("East", (Component)this.d);
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aR aR = aR.a();
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try {
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aR.a(paramR.c(), "reqFuel" + this.b, this);
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aR.a(paramR.c(), "alternate" + this.b, this);
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aR.a(paramR.c(), "nCylinders" + this.b, this);
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aR.a(paramR.c(), "nInjectors" + this.b, this);
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aR.a(paramR.c(), "divider" + this.b, this);
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aR.a(paramR.c(), "injOpen" + this.b, this);
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aR.a(paramR.c(), "battFac" + this.b, this);
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} catch (a a) {
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D.a("Unable to register all parameters.", (Exception)a, this);
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}
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p();
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c();
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}
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protected void a(String paramString) {
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aM aM1 = this.c.c("nCylinders" + this.b);
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aM aM2 = this.c.c("divider" + this.b);
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aM aM3 = this.c.c("alternate" + this.b);
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try {
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int i = (int)aM1.j(this.c.p());
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double d1 = 1.0E-4D + aM1.j(this.c.p()) / Double.parseDouble(paramString);
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int j = (int)d1;
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double d2 = (aM3.j(this.c.p()) > 0.0D) ? 2.0D : 1.0D;
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if (Math.abs(d1 - j) > 0.001D || i == 0 || d2 * (d1 - 1.0E-4D) / i > 1.0D) {
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bV.d("Injections Per Cycle not valid for " + i + " cylinders.\n(Number of Cylinders) / (Injections Per Cycle) must produce a whole number.\nPlease correct.\nWhen set to Alternating, Squirts Per Engine Cycle must be a multiple of 2.", (Component)this);
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p();
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return;
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}
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aM2.a(this.c.p(), j);
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} catch (g g) {
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D.a("Unable to retrive values for nCylinders or divider", (Exception)g, this);
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} catch (j j) {
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D.a("Can not set value", (Exception)j, this);
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}
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}
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public void a() {
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E e = new E(this.c);
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aA aA = new aA(this);
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Window window = bV.b((Component)this);
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an an = new an(window, this.c, (et)e, aA);
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bV.a(window, an);
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an.setVisible(true);
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}
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protected void b(String paramString) {
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String str = this.i.getText();
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this.i.setText(paramString);
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this.j.j();
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try {
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b();
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} catch (j j) {
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bV.d(j.getMessage(), (Component)this);
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this.j.i();
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}
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}
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private bh g() {
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bv bv = new bv();
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bv.v("injControl");
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a(bv, c("Control Algorithm"), "algorithm" + this.b);
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a(bv, c("Injector Staging"), "alternate" + this.b);
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a(bv, c("Engine Stroke"), "twoStroke" + this.b);
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a(bv, c("Number of Cylinders"), "nCylinders" + this.b);
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a(bv, c("Injector Port Type"), "injType" + this.b);
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a(bv, c("Number of Injectors"), "nInjectors" + this.b);
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a(bv, c("MAP Type"), "mapType" + this.b);
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a(bv, c("Engine Type"), "engineType" + this.b);
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bh bh1 = new bh(this.c, bv);
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JPanel jPanel = h();
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jPanel.add("Center", (Component)new bb("Squirts Per Engine Cycle"));
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this.a = new y();
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this.a.addItem("1");
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this.a.addItem("2");
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this.a.addItem("3");
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this.a.addItem("4");
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this.a.addItem("5");
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this.a.addItem("6");
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this.a.addItem("7");
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this.a.addItem("8");
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this.a.a(new aB(this));
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jPanel.add("East", (Component)this.a);
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bh1.add(jPanel, 1);
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return bh1;
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}
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private bq a(bv parambv, String paramString1, String paramString2) {
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bq bq = new bq();
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bq.e(paramString1);
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bq.b(paramString2);
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parambv.a((bA)bq);
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return bq;
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}
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private JPanel h() {
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aE aE = new aE(this);
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aE.setLayout(new BorderLayout(3, 3));
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return aE;
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}
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private bh j() {
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bv bv = new bv();
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bv.v("injCharacteristics");
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a(bv, c("Injector Opening Time"), "injOpen" + this.b);
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a(bv, c("Battery Voltage Correction"), "battFac" + this.b);
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a(bv, c("PWM Current Limit"), "injPwmP" + this.b);
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a(bv, c("PWM Time"), "injPwmT" + this.b);
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return new bh(this.c, bv);
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}
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private bh k() {
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bv bv = new bv();
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bv.v("injfastIdle");
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String str1 = "fastIdleT" + this.b;
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aM aM = this.c.c(str1);
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String str2 = "F";
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if (aM != null)
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str2 = aM.p();
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a(bv, c("Fast Idle Threshold") + " (" + T.a() + str2 + ")", str1);
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return new bh(this.c, bv);
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}
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private bh m() {
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bv bv = new bv();
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bv.v("baroCorrection");
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a(bv, c("Barometric Correction"), "baroCorr" + this.b);
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return new bh(this.c, bv);
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}
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private JPanel n() {
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JPanel jPanel1 = new JPanel();
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jPanel1.setBorder(BorderFactory.createTitledBorder(BorderFactory.createEtchedBorder(0), c("Calculate Required Fuel")));
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jPanel1.setLayout(new BorderLayout());
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JPanel jPanel2 = new JPanel();
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jPanel2.setLayout(new FlowLayout());
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JButton jButton = new JButton(c("Required Fuel..."));
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jButton.setMnemonic(82);
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jButton.addActionListener(new aC(this));
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jPanel2.add(jButton);
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jPanel1.add("Center", jPanel2);
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JPanel jPanel3 = new JPanel();
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jPanel3.setLayout(new GridLayout(0, 1, 3, 3));
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this.i = new A("");
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this.i.a(new aD(this));
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bq bq = new bq();
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bq.e("");
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bq.b("reqFuel" + this.b);
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this.j = new aV(this.c, bq);
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this.j.c(false);
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try {
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aR.a().a(this.c.c(), "reqFuel" + this.b, (aN)this.j);
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} catch (a a) {
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D.a("Error subscribing to reqFuel" + this.b, (Exception)a, this);
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}
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jPanel3.add((Component)this.i);
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jPanel3.add((Component)this.j);
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jPanel1.add("East", jPanel3);
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return jPanel1;
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}
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private void o() {
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try {
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b();
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} catch (j j) {
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bV.d(j.getMessage(), (Component)this);
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e();
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}
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}
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public void b() {
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aM aM1 = this.c.c("nInjectors" + this.b);
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aM aM2 = this.c.c("divider" + this.b);
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aM aM3 = this.c.c("reqFuel" + this.b);
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aM aM4 = this.c.c("alternate" + this.b);
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try {
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String str = this.i.getText();
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if (str.equals(""))
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str = "0.0";
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double d1 = Double.parseDouble(str);
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double d2 = aM4.j(this.c.p()) + 1.0D;
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double d3 = aM2.j(this.c.p());
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double d4 = aM1.j(this.c.p());
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double d5 = d1 * d2 * d3 / d4;
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aM3.a(this.c.p(), d5);
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} catch (g g) {
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g.printStackTrace();
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}
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}
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private String c(String paramString) {
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return g.b(this.c.u(paramString));
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}
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public void a(String paramString1, String paramString2) {
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if (paramString2.startsWith("reqFuel")) {
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c();
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} else if (paramString2.startsWith("alternate")) {
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if (p())
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o();
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} else if (paramString2.startsWith("nCylinders")) {
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if (p())
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o();
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} else if (paramString2.startsWith("nInjectors")) {
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if (p())
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o();
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} else if (paramString2.startsWith("divider")) {
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if (p())
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o();
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} else if (paramString2.startsWith("injOpen" + this.b)) {
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aM aM = this.c.c("injOpen" + this.b);
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try {
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double d1 = aM.j(this.c.p());
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if (d1 < 0.899D || d1 > 1.301D)
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bV.d("WARNING!!\n\nInjector Open Time is not within a normal range.\nThe expected value is between 0.9 and 1.3 ms.\nThe typical value is 1.0", (Component)this);
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} catch (g g) {
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bV.d("Error testing Injector Open Time", (Component)this);
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}
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} else if (paramString2.startsWith("battFac" + this.b)) {
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aM aM = this.c.c("battFac" + this.b);
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try {
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double d1 = aM.j(this.c.p());
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if (d1 < 0.099D || d1 > 0.201D)
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bV.d("WARNING!!\n\nBattery Voltage Correction is not within a normal range.\nThe expected value is between 0.1 and 0.3 ms/V.\nThe typical value is 0.1", (Component)this);
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} catch (g g) {
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bV.d("Error testing Battery Correction Factor", (Component)this);
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}
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}
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}
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private boolean p() {
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aM aM1 = this.c.c("nCylinders" + this.b);
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aM aM2 = this.c.c("divider" + this.b);
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aM aM3 = this.c.c("rpmk" + this.b);
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aM aM4 = this.c.c("twoStroke" + this.b);
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try {
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int i = (int)aM1.j(this.c.p());
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double d1 = 1.0E-4D + aM1.j(this.c.p()) / aM2.j(this.c.p());
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int j = (int)d1;
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if (Math.abs(d1 - j) > 0.001D) {
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bV.d("Injections Per Cycle not valid for " + i + " cylinders.\n(Number of Cylinders) / (Injections Per Cycle) must produce a whole number.", (Component)this);
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return false;
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}
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this.a.a("" + j);
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double d2 = aM4.j(this.c.p());
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double d3 = (((d2 != 0.0D) ? 6000 : 12000) / i);
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aM3.a(this.c.p(), d3);
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} catch (g g) {
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D.a("Unable to retrive values for nCylinders or divider", (Exception)g, this);
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} catch (j j) {
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D.a("Value Out Of Bounds for rpmk, this shouldn't happen.\nPlease report it.", (Exception)j, this);
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}
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return true;
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}
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public void c() {
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aM aM1 = this.c.c("nInjectors" + this.b);
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aM aM2 = this.c.c("divider" + this.b);
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aM aM3 = this.c.c("reqFuel" + this.b);
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aM aM4 = this.c.c("alternate" + this.b);
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try {
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double d1 = aM3.j(this.c.p());
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double d2 = aM4.j(this.c.p()) + 1.0D;
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double d3 = aM2.j(this.c.p());
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double d4 = aM1.j(this.c.p());
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double d5 = d1 * d4 / d2 * d3;
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this.i.setText(X.b(d5, 1));
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} catch (Exception exception) {
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exception.printStackTrace();
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}
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}
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public void d() {
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try {
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this.c.p().d();
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} catch (g g) {
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D.a("Error performing redo:", (Exception)g, this);
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}
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}
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public void e() {
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try {
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this.c.p().c();
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} catch (g g) {
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D.a("Error performing undo:", (Exception)g, this);
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}
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}
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public void f() {
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this.c.I();
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}
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public void i() {
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f();
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this.j.close();
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this.d.close();
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this.e.close();
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this.f.close();
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this.g.close();
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aR.a().a(this);
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l();
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}
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}
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/* Location: /home/rewrich/Downloads/TunerStudioMS/TunerStudioMS/!/com/efiAnalytics/tuningwidgets/panels/az.class
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* Java compiler version: 8 (52.0)
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* JD-Core Version: 1.1.3
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*/ |