// **************************************************************************************************** // cp3D.bupdate button code // **************************************************************************************************** System.out.println("YAY THE CRAZY BUTTON"); try{ if(Double.valueOf(cp3D.text3.getText()).doubleValue()>=0.0 && Double.valueOf(cp3D.text3.getText()).doubleValue()<=state.distance_maximum){ state.point_distance=Double.valueOf(cp3D.text3.getText()).doubleValue(); state.distance = state.point_distance * state.wavelength; } else if(Double.valueOf(cp3D.text3.getText()).doubleValue()>state.distance_maximum){ state.point_distance=state.distance_maximum; state.distance = state.point_distance * state.wavelength; cp3D.text3.setText(""+state.point_distance); } else{ state.point_distance=0.0; state.distance=0.0; cp3D.text3.setText(""+state.point_distance); } } catch(NumberFormatException e){ state.point_distance = 0.0; } state.phi_angle = cp3D.slider1.getValue(); inputpanel2.slider3.setValue((int)(inputpanel2.ScrollMax2*(state.phi_angle-state.phi_minimum)/ (state.phi_maximum-state.phi_minimum))); inputpanel2.slider30.setValue(0); inputpanel2.text2.setText(""+MaestroA.rounder(state.phi_angle,7)); state.ignition(); //state.scan3Dfield(); // ---> THIS WAS THE ORIGINAL CALL //Scan3DField calculate = new Scan3DField(state); //calculate.start(); //xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx // Start a thread, so that GUI appears to be responsive (Cheerpj / javascript) Update3D calculate = new Update3D(); calculate.start(); /* THIS IS IDENTICAL to update3D() function, so just comment out rwccf.setYRangeMax(state.EfieldMax); rwccf.setYRangeMin(0.0); rwccf.plotZeroLine(false); rwccf.plotRefPoint(false); rwccf.setPolar(state.IsPolar); rwccf.setPhiAngle((int)state.phi_angle); rwccf.setType(1); rwccf.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccg.setYRangeMax(state.EfieldphiMax); rwccg.setYRangeMin(0.0); rwccg.plotZeroLine(false); rwccg.plotRefPoint(false); rwccg.setPolar(state.IsPolar); rwccg.setPhiAngle((int)state.phi_angle); rwccg.setType(1); rwccg.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcch.setYRangeMax(state.EfieldRadMax); rwcch.setYRangeMin(0.0); rwcch.plotZeroLine(false); rwcch.plotRefPoint(false); rwcch.setPolar(state.IsPolar); rwcch.setPhiAngle((int)state.phi_angle); rwcch.setType(2); rwcch.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccj.setYRangeMax(state.EfieldphiRadMax); rwccj.setYRangeMin(0.0); rwccj.plotZeroLine(false); rwccj.plotRefPoint(false); rwccj.setPolar(state.IsPolar); rwccj.setPhiAngle((int)state.phi_angle); rwccj.setType(2); rwccj.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcch2.setYRangeMax(state.EfieldPhigenMax); rwcch2.setYRangeMin(0.0); rwcch2.plotZeroLine(false); rwcch2.plotRefPoint(false); rwcch2.setPolar(state.IsPolar); rwcch2.setPhiAngle((int)state.phi_angle); rwcch2.setType(10); rwcch2.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccj2.setYRangeMax(state.EfieldphiPhiMax); rwccj2.setYRangeMin(0.0); rwccj2.plotZeroLine(false); rwccj2.plotRefPoint(false); rwccj2.setPolar(state.IsPolar); rwccj2.setPhiAngle((int)state.phi_angle); rwccj2.setType(10); rwccj2.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcck.setYRangeMax(state.EfieldCartxMax); rwcck.setYRangeMin(0.0); rwcck.plotZeroLine(false); rwcck.plotRefPoint(false); rwcck.setPolar(state.IsPolar); rwcck.setPhiAngle((int)state.phi_angle); rwcck.setType(3); rwcck.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccl.setYRangeMax(state.EfieldCartyMax); rwccl.setYRangeMin(0.0); rwccl.plotZeroLine(false); rwccl.plotRefPoint(false); rwccl.setPolar(state.IsPolar); rwccl.setPhiAngle((int)state.phi_angle); rwccl.setType(4); rwccl.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccm.setYRangeMax(state.EfieldCartzMax); rwccm.setYRangeMin(0.0); rwccm.plotZeroLine(false); rwccm.plotRefPoint(false); rwccm.setPolar(state.IsPolar); rwccm.setPhiAngle((int)state.phi_angle); rwccm.setType(5); rwccm.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccn.setYRangeMax(state.EfieldCart2xMax); rwccn.setYRangeMin(0.0); rwccn.plotZeroLine(false); rwccn.plotRefPoint(false); rwccn.setPolar(state.IsPolar); rwccn.setPhiAngle((int)state.phi_angle); rwccn.setType(3); rwccn.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwcco.setYRangeMax(state.EfieldCart2yMax); rwcco.setYRangeMin(0.0); rwcco.plotZeroLine(false); rwcco.plotRefPoint(false); rwcco.setPolar(state.IsPolar); rwcco.setPhiAngle((int)state.phi_angle); rwcco.setType(4); rwcco.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccp.setYRangeMax(state.EfieldCart2zMax); rwccp.setYRangeMin(0.0); rwccp.plotZeroLine(false); rwccp.plotRefPoint(false); rwccp.setPolar(state.IsPolar); rwccp.setPhiAngle((int)state.phi_angle); rwccp.setType(5); rwccp.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccr.setYRangeMax(state.HfieldMax); rwccr.setYRangeMin(0.0); rwccr.plotZeroLine(false); rwccr.plotRefPoint(false); rwccr.setPolar(state.IsPolar); rwccr.setPhiAngle((int)state.phi_angle); rwccr.setType(6); rwccr.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccr2.setYRangeMax(state.HfieldRadMax); rwccr2.setYRangeMin(0.0); rwccr2.plotZeroLine(false); rwccr2.plotRefPoint(false); rwccr2.setPolar(state.IsPolar); rwccr2.setPhiAngle((int)state.phi_angle); rwccr2.setType(11); rwccr2.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccr3.setYRangeMax(state.HfieldThetaMax); rwccr3.setYRangeMin(0.0); rwccr3.plotZeroLine(false); rwccr3.plotRefPoint(false); rwccr3.setPolar(state.IsPolar); rwccr3.setPhiAngle((int)state.phi_angle); rwccr3.setType(12); rwccr3.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccs.setYRangeMax(state.HfieldphiMax); rwccs.setYRangeMin(0.0); rwccs.plotZeroLine(false); rwccs.plotRefPoint(false); rwccs.setPolar(state.IsPolar); rwccs.setPhiAngle((int)state.phi_angle); rwccs.setType(6); rwccs.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccs2.setYRangeMax(state.HfieldphiRadMax); rwccs2.setYRangeMin(0.0); rwccs2.plotZeroLine(false); rwccs2.plotRefPoint(false); rwccs2.setPolar(state.IsPolar); rwccs2.setPhiAngle((int)state.phi_angle); rwccs2.setType(11); rwccs2.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccs3.setYRangeMax(state.HfieldphiThetaMax); rwccs3.setYRangeMin(0.0); rwccs3.plotZeroLine(false); rwccs3.plotRefPoint(false); rwccs3.setPolar(state.IsPolar); rwccs3.setPhiAngle((int)state.phi_angle); rwccs3.setType(12); rwccs3.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); //------------------------------------------- new: H cartesian components rwcct.setYRangeMax(state.HfieldCartxMax); rwcct.setYRangeMin(0.0); rwcct.plotZeroLine(false); rwcct.plotRefPoint(false); rwcct.setPolar(state.IsPolar); rwcct.setPhiAngle((int)state.phi_angle); rwcct.setType(7); rwcct.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccu.setYRangeMax(state.HfieldCart2xMax); rwccu.setYRangeMin(0.0); rwccu.plotZeroLine(false); rwccu.plotRefPoint(false); rwccu.setPolar(state.IsPolar); rwccu.setPhiAngle((int)state.phi_angle); rwccu.setType(7); rwccu.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccv.setYRangeMax(state.HfieldCartyMax); rwccv.setYRangeMin(0.0); rwccv.plotZeroLine(false); rwccv.plotRefPoint(false); rwccv.setPolar(state.IsPolar); rwccv.setPhiAngle((int)state.phi_angle); rwccv.setType(8); rwccv.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccw.setYRangeMax(state.HfieldCart2yMax); rwccw.setYRangeMin(0.0); rwccw.plotZeroLine(false); rwccw.plotRefPoint(false); rwccw.setPolar(state.IsPolar); rwccw.setPhiAngle((int)state.phi_angle); rwccw.setType(8); rwccw.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); rwccx.setYRangeMax(state.HfieldCartzMax); rwccx.setYRangeMin(0.0); rwccx.plotZeroLine(false); rwccx.plotRefPoint(false); rwccx.setPolar(state.IsPolar); rwccx.setPhiAngle((int)state.phi_angle); rwccx.setType(9); rwccx.setLabels("\u03c6 = "+((int)state.phi_angle)+"\u00ba plane","V/m","\u03b8 [degrees]"); rwccy.setYRangeMax(state.HfieldCart2zMax); rwccy.setYRangeMin(0.0); rwccy.plotZeroLine(false); rwccy.plotRefPoint(false); rwccy.setPolar(state.IsPolar); rwccy.setPhiAngle((int)state.phi_angle); rwccy.setType(9); rwccy.setLabels("\u03b8 = 90.0\u00ba plane","V/m","\u03c6 [degrees]"); //--------------------------------------------------------- state.Is_theta = true; state.Is_radius = false; rwccf.plot(state.x_polar,state.ethetaM); rwcch.plot(state.x_polar,state.eradM); rwcch2.plot(state.x_polar,state.ephigenM); rwccg.plot(state.x_polar,state.ephiM); rwccj.plot(state.x_polar,state.ephiradM); rwccj2.plot(state.x_polar,state.ephiphiM); rwccr.plot(state.x_polar,state.hphigenM); rwccs.plot(state.x_polar,state.hphiM); rwcck.plot(state.x_polar,state.ex); rwccl.plot(state.x_polar,state.ey); rwccm.plot(state.x_polar,state.ez); rwccn.plot(state.x_polar,state.ephix); rwcco.plot(state.x_polar,state.ephiy); rwccp.plot(state.x_polar,state.ephiz); rwcct.plot(state.x_polar,state.hx); rwccu.plot(state.x_polar,state.hphix); rwccv.plot(state.x_polar,state.hy); rwccw.plot(state.x_polar,state.hphiy); rwccx.plot(state.x_polar,state.hz); rwccy.plot(state.x_polar,state.hphiz); rwccf.ignition(); rwccf.repaint(); rwccg.ignition(); rwccg.repaint(); rwcch.ignition(); rwcch.repaint(); rwccj.ignition(); rwccj.repaint(); rwcch2.ignition(); rwcch2.repaint(); rwccj2.ignition(); rwccj2.repaint(); rwcck.ignition(); rwcck.repaint(); rwccl.ignition(); rwccl.repaint(); rwccm.ignition(); rwccm.repaint(); rwccn.ignition(); rwccn.repaint(); rwcco.ignition(); rwcco.repaint(); rwccp.ignition(); rwccp.repaint(); rwccr.ignition(); rwccr.repaint(); rwccs.ignition(); rwccs.repaint(); rwccr2.ignition(); rwccr2.repaint(); rwccs2.ignition(); rwccs2.repaint(); rwccr3.ignition(); rwccr3.repaint(); rwccs3.ignition(); rwccs3.repaint(); rwcct.ignition(); rwcct.repaint(); rwccu.ignition(); rwccu.repaint(); rwccv.ignition(); rwccv.repaint(); rwccw.ignition(); rwccw.repaint(); rwccx.ignition(); rwccx.repaint(); rwccy.ignition(); rwccy.repaint(); rwc.setField(state.IsEfield); rwc.set3D(true); rwc.repaint(); rwc2.setFrequency(state.frequency); rwc2.setEpsilon(state.epsilon_r); rwc2.setWavelength(state.wavelength); rwc2.setTheta(state.theta_angle); rwc2.setPhi(state.phi_angle); rwc2.setDistance(state.point_distance); rwc2.repaint(); outputpanel2.rwocC.repaint(); outputpanel2.rwocD.repaint(); outputpanel2.tcanvas.repaint(); outputpanel3.rwocE.repaint(); outputpanel3.rwocF.repaint(); outputpanel3.tcanvas2.repaint(); outputpanel4.rwocG.repaint(); outputpanel4.rwocH.repaint(); outputpanel4.tcanvas3.repaint(); outputpanel5.rwocI.repaint(); outputpanel5.rwocJ.repaint(); outputpanel5.tcanvas4.repaint(); outputpanel4b.rwocGb.repaint(); outputpanel4b.rwocHb.repaint(); outputpanel4b.tcanvas3b.repaint(); outputpanel5b.rwocIb.repaint(); outputpanel5b.rwocJb.repaint(); outputpanel5b.tcanvas4b.repaint(); outputpanel6.rwocK.repaint(); outputpanel6.rwocL.repaint(); outputpanel6.tcanvas5.repaint(); outputpanel7.rwocM.repaint(); outputpanel7.rwocN.repaint(); outputpanel7.tcanvas6.repaint(); outputpanel8.rwocO.repaint(); outputpanel8.rwocP.repaint(); outputpanel8.tcanvas7.repaint(); outputpanel9.rwocQ.repaint(); outputpanel9.rwocR.repaint(); outputpanel9.tcanvas8.repaint(); outputpanel10.rwocS.repaint(); outputpanel10.rwocT.repaint(); outputpanel10.tcanvas9.repaint(); outputpanel11.rwocU.repaint(); outputpanel11.rwocV.repaint(); outputpanel11.tcanvas10.repaint(); outputpanel13.rwoc6P.repaint(); outputpanel13.rwoc7P.repaint(); outputpanel13.tcanvas12.repaint(); outputpanel14.rwoc8P.repaint(); outputpanel14.rwoc9P.repaint(); outputpanel14.tcanvas13.repaint(); outputpanel13b.rwoc6Pb.repaint(); outputpanel13b.rwoc7Pb.repaint(); outputpanel13b.tcanvas12b.repaint(); outputpanel14b.rwoc8Pb.repaint(); outputpanel14b.rwoc9Pb.repaint(); outputpanel14b.tcanvas13b.repaint(); outputpanel13c.rwoc6Pc.repaint(); outputpanel13c.rwoc7Pc.repaint(); outputpanel13c.tcanvas12c.repaint(); outputpanel14c.rwoc8Pc.repaint(); outputpanel14c.rwoc9Pc.repaint(); outputpanel14c.tcanvas13c.repaint(); outputpanel15.rwoc10P.repaint(); outputpanel15.rwoc11P.repaint(); outputpanel15.tcanvas14.repaint(); outputpanel16.rwoc12P.repaint(); outputpanel16.rwoc13P.repaint(); outputpanel16.tcanvas15.repaint(); outputpanel17.rwoc14P.repaint(); outputpanel17.rwoc15P.repaint(); outputpanel17.tcanvas16.repaint(); outputpanel18.rwoc16P.repaint(); outputpanel18.rwoc17P.repaint(); outputpanel18.tcanvas17.repaint(); outputpanel19.rwoc18P.repaint(); outputpanel19.rwoc19P.repaint(); outputpanel19.tcanvas18.repaint(); outputpanel20.rwoc20P.repaint(); outputpanel20.rwoc21P.repaint(); outputpanel20.tcanvas19.repaint(); inputpanel2.text4.setText(""+state.point_distance); inputpanel2.slider2.setValue((int)((state.point_distance-state.distance_minimum)*inputpanel2.ScrollMax/(state.distance_maximum-state.distance_minimum))); inputpanel2.repaint(); */