//Polarization_State.java import java.awt.Dimension; import java.awt.Toolkit; import java.util.*; public class Polarization_State { public double ampA, ampB, phaseA, phaseB; //Old State public double ampAA, ampBB, phaseAA, phaseBB; //New State public double wt, dwt; public boolean isTracerOn; public int NSteps; public boolean RESET; public int SleepTime = 35; public boolean LicenseExpired; public boolean IsWindows = false; public int this_month, today_week, this_year, this_hour, this_minute, today_month, today_year,this_zone, saving_time; GregorianCalendar Greg = new GregorianCalendar(); //THIS IS THE PARAMETER FOR ZOOM =========================================== public static int base_width = 631; public static int base_height = 460; public double Xfactor = 0.80; //public double sfactor = 1.25; Dimension screenSize = Toolkit.getDefaultToolkit().getScreenSize(); public int screenHeight = screenSize.height; public int screenWidth = screenSize.width; public int sfactor1 = screenSize.height; public int sfactor2 = screenSize.width; //public int screenHeight = 768; //public int screenWidth = 1360; //public int sfactor1 = 768; //public int sfactor2 = 1360; //public int screenHeight = 800; //public int screenWidth = 1280; //public int sfactor1 = 800; //public int sfactor2 = 1280; //public int screenHeight = 720; //public int screenWidth = 1280; //public int sfactor1 = 720; //public int sfactor2 = 1280; //========================================================================== public double sfactor3 = Math.min(sfactor1, sfactor2); public double sfactor = MaestroA.rounder(Xfactor*(double)(sfactor3/base_height),2); public int ss2 = (int)Math.ceil(2*sfactor); public int s1 = (int)Math.ceil(1*sfactor); public int s2 = (int)Math.ceil(2*sfactor); public int s3 = (int)Math.ceil(3*sfactor); public int s4 = (int)Math.ceil(4*sfactor); public int s5 = (int)Math.ceil(5*sfactor); public int s6 = (int)Math.ceil(6*sfactor); public int s7 = (int)Math.ceil(7*sfactor); public int s8 = (int)Math.ceil(8*sfactor); public int s9 = (int)Math.ceil(9*sfactor); public int s10 = (int)Math.ceil(10*sfactor); public int s11 = (int)Math.ceil(11*sfactor); public int s12 = (int)Math.ceil(12*sfactor); public int s13 = (int)Math.ceil(13*sfactor); public int s14 = (int)Math.ceil(14*sfactor); public int s15 = (int)Math.ceil(15*sfactor); public int s16 = (int)Math.ceil(16*sfactor); public int s17 = (int)Math.ceil(17*sfactor); public int s18 = (int)Math.ceil(18*sfactor); public int s19 = (int)Math.ceil(19*sfactor); public int s20 = (int)Math.ceil(20*sfactor); public int s21 = (int)Math.ceil(21*sfactor); public int s22 = (int)Math.ceil(22*sfactor); public int s23 = (int)Math.ceil(23*sfactor); public int s24 = (int)Math.ceil(24*sfactor); public int s25 = (int)Math.ceil(25*sfactor); public int s26 = (int)Math.ceil(26*sfactor); public int s27 = (int)Math.ceil(27*sfactor); public int s28 = (int)Math.ceil(28*sfactor); public int s29 = (int)Math.ceil(29*sfactor); public int s30 = (int)Math.ceil(30*sfactor); public int s31 = (int)Math.ceil(31*sfactor); public int s32 = (int)Math.ceil(32*sfactor); public int s33 = (int)Math.ceil(33*sfactor); public int s34 = (int)Math.ceil(34*sfactor); public int s35 = (int)Math.ceil(35*sfactor); public int s36 = (int)Math.ceil(36*sfactor); public int s37 = (int)Math.ceil(37*sfactor); public int s38 = (int)Math.ceil(38*sfactor); public int s39 = (int)Math.ceil(39*sfactor); public int s40 = (int)Math.ceil(40*sfactor); public int s41 = (int)Math.ceil(41*sfactor); public int s42 = (int)Math.ceil(42*sfactor); public int s43 = (int)Math.ceil(43*sfactor); public int s44 = (int)Math.ceil(44*sfactor); public int s45 = (int)Math.ceil(45*sfactor); public int s46 = (int)Math.ceil(46*sfactor); public int s47 = (int)Math.ceil(47*sfactor); public int s48 = (int)Math.ceil(48*sfactor); public int s49 = (int)Math.ceil(49*sfactor); public int s50 = (int)Math.ceil(50*sfactor); public int s51 = (int)Math.ceil(51*sfactor); public int s52 = (int)Math.ceil(52*sfactor); public int s53 = (int)Math.ceil(53*sfactor); public int s54 = (int)Math.ceil(54*sfactor); public int s55 = (int)Math.ceil(55*sfactor); public int s56 = (int)Math.ceil(56*sfactor); public int s57 = (int)Math.ceil(57*sfactor); public int s58 = (int)Math.ceil(58*sfactor); public int s59 = (int)Math.ceil(59*sfactor); public int s60 = (int)Math.ceil(60*sfactor); public int s61 = (int)Math.ceil(61*sfactor); public int s62 = (int)Math.ceil(62*sfactor); public int s63 = (int)Math.ceil(63*sfactor); public int s64 = (int)Math.ceil(64*sfactor); public int s65 = (int)Math.ceil(65*sfactor); public int s66 = (int)Math.ceil(66*sfactor); public int s67 = (int)Math.ceil(67*sfactor); public int s68 = (int)Math.ceil(68*sfactor); public int s69 = (int)Math.ceil(69*sfactor); public int s70 = (int)Math.ceil(70*sfactor); public int s71 = (int)Math.ceil(71*sfactor); public int s72 = (int)Math.ceil(72*sfactor); public int s73 = (int)Math.ceil(73*sfactor); public int s74 = (int)Math.ceil(74*sfactor); public int s75 = (int)Math.ceil(75*sfactor); public int s76 = (int)Math.ceil(76*sfactor); public int s77 = (int)Math.ceil(77*sfactor); public int s78 = (int)Math.ceil(78*sfactor); public int s79 = (int)Math.ceil(79*sfactor); public int s80 = (int)Math.ceil(80*sfactor); public int s81 = (int)Math.ceil(81*sfactor); public int s82 = (int)Math.ceil(82*sfactor); public int s83 = (int)Math.ceil(83*sfactor); public int s84 = (int)Math.ceil(84*sfactor); public int s85 = (int)Math.ceil(85*sfactor); public int s86 = (int)Math.ceil(86*sfactor); public int s87 = (int)Math.ceil(87*sfactor); public int s88 = (int)Math.ceil(88*sfactor); public int s89 = (int)Math.ceil(89*sfactor); public int s90 = (int)Math.ceil(90*sfactor); public int s91 = (int)Math.ceil(91*sfactor); public int s92 = (int)Math.ceil(92*sfactor); public int s93 = (int)Math.ceil(93*sfactor); public int s94 = (int)Math.ceil(94*sfactor); public int s95 = (int)Math.ceil(95*sfactor); public int s96 = (int)Math.ceil(96*sfactor); public int s97 = (int)Math.ceil(97*sfactor); public int s98 = (int)Math.ceil(98*sfactor); public int s99 = (int)Math.ceil(99*sfactor); public int s100 = (int)Math.ceil(100*sfactor); public int s101 = (int)Math.ceil(101*sfactor); public int s102 = (int)Math.ceil(102*sfactor); public int s103 = (int)Math.ceil(103*sfactor); public int s104 = (int)Math.ceil(104*sfactor); public int s105 = (int)Math.ceil(105*sfactor); public int s106 = (int)Math.ceil(106*sfactor); public int s107 = (int)Math.ceil(107*sfactor); public int s108 = (int)Math.ceil(108*sfactor); public int s109 = (int)Math.ceil(109*sfactor); public int s110 = (int)Math.ceil(110*sfactor); public int s111 = (int)Math.ceil(111*sfactor); public int s112 = (int)Math.ceil(112*sfactor); public int s113 = (int)Math.ceil(113*sfactor); public int s114 = (int)Math.ceil(114*sfactor); public int s115 = (int)Math.ceil(115*sfactor); public int s116 = (int)Math.ceil(116*sfactor); public int s117 = (int)Math.ceil(117*sfactor); public int s118 = (int)Math.ceil(118*sfactor); public int s119 = (int)Math.ceil(119*sfactor); public int s120 = (int)Math.ceil(120*sfactor); public int s121 = (int)Math.ceil(121*sfactor); public int s122 = (int)Math.ceil(122*sfactor); public int s123 = (int)Math.ceil(123*sfactor); public int s124 = (int)Math.ceil(124*sfactor); public int s125 = (int)Math.ceil(125*sfactor); public int s126 = (int)Math.ceil(126*sfactor); public int s127 = (int)Math.ceil(127*sfactor); public int s128 = (int)Math.ceil(128*sfactor); public int s129 = (int)Math.ceil(129*sfactor); public int s130 = (int)Math.ceil(130*sfactor); public int s131 = (int)Math.ceil(131*sfactor); public int s132 = (int)Math.ceil(132*sfactor); public int s133 = (int)Math.ceil(133*sfactor); public int s134 = (int)Math.ceil(134*sfactor); public int s135 = (int)Math.ceil(135*sfactor); public int s136 = (int)Math.ceil(136*sfactor); public int s137 = (int)Math.ceil(137*sfactor); public int s138 = (int)Math.ceil(138*sfactor); public int s139 = (int)Math.ceil(139*sfactor); public int s140 = (int)Math.ceil(140*sfactor); public int s141 = (int)Math.ceil(141*sfactor); public int s142 = (int)Math.ceil(142*sfactor); public int s143 = (int)Math.ceil(143*sfactor); public int s144 = (int)Math.ceil(144*sfactor); public int s145 = (int)Math.ceil(145*sfactor); public int s146 = (int)Math.ceil(146*sfactor); public int s147 = (int)Math.ceil(147*sfactor); public int s148 = (int)Math.ceil(148*sfactor); public int s149 = (int)Math.ceil(149*sfactor); public int s150 = (int)Math.ceil(150*sfactor); public int s151 = (int)Math.ceil(151*sfactor); public int s152 = (int)Math.ceil(152*sfactor); public int s153 = (int)Math.ceil(153*sfactor); public int s154 = (int)Math.ceil(154*sfactor); public int s155 = (int)Math.ceil(155*sfactor); public int s156 = (int)Math.ceil(156*sfactor); public int s157 = (int)Math.ceil(157*sfactor); public int s158 = (int)Math.ceil(158*sfactor); public int s159 = (int)Math.ceil(159*sfactor); public int s160 = (int)Math.ceil(160*sfactor); public int s161 = (int)Math.ceil(161*sfactor); public int s162 = (int)Math.ceil(162*sfactor); public int s163 = (int)Math.ceil(163*sfactor); public int s164 = (int)Math.ceil(164*sfactor); public int s165 = (int)Math.ceil(165*sfactor); public int s166 = (int)Math.ceil(166*sfactor); public int s167 = (int)Math.ceil(167*sfactor); public int s168 = (int)Math.ceil(168*sfactor); public int s169 = (int)Math.ceil(169*sfactor); public int s170 = (int)Math.ceil(170*sfactor); public int s171 = (int)Math.ceil(171*sfactor); public int s172 = (int)Math.ceil(172*sfactor); public int s173 = (int)Math.ceil(173*sfactor); public int s174 = (int)Math.ceil(174*sfactor); public int s175 = (int)Math.ceil(175*sfactor); public int s176 = (int)Math.ceil(176*sfactor); public int s177 = (int)Math.ceil(177*sfactor); public int s178 = (int)Math.ceil(178*sfactor); public int s179 = (int)Math.ceil(179*sfactor); public int s180 = (int)Math.ceil(180*sfactor); public int s181 = (int)Math.ceil(181*sfactor); public int s182 = (int)Math.ceil(182*sfactor); public int s183 = (int)Math.ceil(183*sfactor); public int s184 = (int)Math.ceil(184*sfactor); public int s185 = (int)Math.ceil(185*sfactor); public int s186 = (int)Math.ceil(186*sfactor); public int s187 = (int)Math.ceil(187*sfactor); public int s188 = (int)Math.ceil(188*sfactor); public int s189 = (int)Math.ceil(189*sfactor); public int s190 = (int)Math.ceil(190*sfactor); public int s191 = (int)Math.ceil(191*sfactor); public int s192 = (int)Math.ceil(192*sfactor); public int s193 = (int)Math.ceil(193*sfactor); public int s194 = (int)Math.ceil(194*sfactor); public int s195 = (int)Math.ceil(195*sfactor); public int s196 = (int)Math.ceil(196*sfactor); public int s197 = (int)Math.ceil(197*sfactor); public int s198 = (int)Math.ceil(198*sfactor); public int s199 = (int)Math.ceil(199*sfactor); public int s200 = (int)Math.ceil(200*sfactor); public int s250 = (int)Math.ceil(250*sfactor); public int s300 = (int)Math.ceil(300*sfactor); public int s350 = (int)Math.ceil(350*sfactor); public int s400 = (int)Math.ceil(400*sfactor); public int s450 = (int)Math.ceil(450*sfactor); public int s500 = (int)Math.ceil(500*sfactor); public int s550 = (int)Math.ceil(550*sfactor); public int s600 = (int)Math.ceil(600*sfactor); public int s700 = (int)Math.ceil(700*sfactor); public int s800 = (int)Math.ceil(800*sfactor); public int s900 = (int)Math.ceil(900*sfactor); public int s1000 = (int)Math.ceil(1000*sfactor); //------------------------------------------------------------------------------ // Look-up table for automatic adjustment of fonts //------------------------------------------------------------------------------ public int font8 = (int)Math.floor(8*sfactor); public int font9 = (int)Math.floor(9*sfactor); public int font10 = (int)Math.floor(10*sfactor); public int font11 = (int)Math.floor(11*sfactor); public int font12 = (int)Math.floor(12*sfactor); public int font13 = (int)Math.floor(13*sfactor); public int font14 = (int)Math.floor(14*sfactor); public int font15 = (int)Math.floor(15*sfactor); public int font16 = (int)Math.floor(16*sfactor); public int font17 = (int)Math.floor(17*sfactor); public int font18 = (int)Math.floor(18*sfactor); public int font19 = (int)Math.floor(19*sfactor); public int font20 = (int)Math.floor(20*sfactor); public int font21 = (int)Math.floor(21*sfactor); public int font22 = (int)Math.floor(22*sfactor); public int font23 = (int)Math.floor(23*sfactor); public int font24 = (int)Math.floor(24*sfactor); public int font25 = (int)Math.floor(25*sfactor); public int font26 = (int)Math.floor(26*sfactor); public int font27 = (int)Math.floor(27*sfactor); public int font28 = (int)Math.floor(28*sfactor); public int font29 = (int)Math.floor(29*sfactor); public int font30 = (int)Math.floor(30*sfactor); public int font31 = (int)Math.floor(31*sfactor); public int font32 = (int)Math.floor(32*sfactor); public int font33 = (int)Math.floor(33*sfactor); public int font34 = (int)Math.floor(34*sfactor); public int font35 = (int)Math.floor(35*sfactor); public int font36 = (int)Math.floor(36*sfactor); public int font37 = (int)Math.floor(37*sfactor); public int font38 = (int)Math.floor(38*sfactor); public int font39 = (int)Math.floor(39*sfactor); public int font40 = (int)Math.floor(40*sfactor); //========================================================================== public Polarization_State(){ NSteps = 180; ampA = 1.0; ampB = 1.0; phaseA = 0.0; phaseB = 0.0; push(); wt = 0.0; dwt = Math.PI*2/(NSteps); isTracerOn = false; RESET = false; this_month = Greg.get(Calendar.MONTH); //System.out.println(" This is the month = "+this_month); today_week = Greg.get(Calendar.DAY_OF_WEEK); //System.out.println(" This is the day_week = "+today_week); this_year = Greg.get(Calendar.YEAR); this_hour = Greg.get(Calendar.HOUR_OF_DAY); //System.out.println(" This is the year = "+this_year); this_minute = Greg.get(Calendar.MINUTE); //System.out.println(" This is the minute = "+this_minute); today_month = Greg.get(Calendar.DAY_OF_MONTH); //System.out.println(" This is the day_month = "+today_month); today_year = Greg.get(Calendar.DAY_OF_YEAR); //System.out.println(" This is the day_year = "+today_year); this_zone = Greg.get(Calendar.ZONE_OFFSET); //System.out.println(" This is the zone_offset = "+this_zone/3600000); saving_time = Greg.get(Calendar.DST_OFFSET); //System.out.println(" This is the dst_offset = "+saving_time/3600000); } public void refresh_size(){ if(sfactor < 1.3){ ss2 = (int)Math.floor(2*sfactor); } else{ ss2 = (int)Math.ceil(2*sfactor); } //---------------------------------------------------------------------- s1 = (int)Math.ceil(1*sfactor); s2 = (int)Math.ceil(2*sfactor); s3 = (int)Math.ceil(3*sfactor); s4 = (int)Math.ceil(4*sfactor); s5 = (int)Math.ceil(5*sfactor); s6 = (int)Math.ceil(6*sfactor); s7 = (int)Math.ceil(7*sfactor); s8 = (int)Math.ceil(8*sfactor); s9 = (int)Math.ceil(9*sfactor); s10 = (int)Math.ceil(10*sfactor); s11 = (int)Math.ceil(11*sfactor); s12 = (int)Math.ceil(12*sfactor); s13 = (int)Math.ceil(13*sfactor); s14 = (int)Math.ceil(14*sfactor); s15 = (int)Math.ceil(15*sfactor); s16 = (int)Math.ceil(16*sfactor); s17 = (int)Math.ceil(17*sfactor); s18 = (int)Math.ceil(18*sfactor); s19 = (int)Math.ceil(19*sfactor); s20 = (int)Math.ceil(20*sfactor); s21 = (int)Math.ceil(21*sfactor); s22 = (int)Math.ceil(22*sfactor); s23 = (int)Math.ceil(23*sfactor); s24 = (int)Math.ceil(24*sfactor); s25 = (int)Math.ceil(25*sfactor); s26 = (int)Math.ceil(26*sfactor); s27 = (int)Math.ceil(27*sfactor); s28 = (int)Math.ceil(28*sfactor); s29 = (int)Math.ceil(29*sfactor); s30 = (int)Math.ceil(30*sfactor); s31 = (int)Math.ceil(31*sfactor); s32 = (int)Math.ceil(32*sfactor); s33 = (int)Math.ceil(33*sfactor); s34 = (int)Math.ceil(34*sfactor); s35 = (int)Math.ceil(35*sfactor); s36 = (int)Math.ceil(36*sfactor); s37 = (int)Math.ceil(37*sfactor); s38 = (int)Math.ceil(38*sfactor); s39 = (int)Math.ceil(39*sfactor); s40 = (int)Math.ceil(40*sfactor); s41 = (int)Math.ceil(41*sfactor); s42 = (int)Math.ceil(42*sfactor); s43 = (int)Math.ceil(43*sfactor); s44 = (int)Math.ceil(44*sfactor); s45 = (int)Math.ceil(45*sfactor); s46 = (int)Math.ceil(46*sfactor); s47 = (int)Math.ceil(47*sfactor); s48 = (int)Math.ceil(48*sfactor); s49 = (int)Math.ceil(49*sfactor); s50 = (int)Math.ceil(50*sfactor); s51 = (int)Math.ceil(51*sfactor); s52 = (int)Math.ceil(52*sfactor); s53 = (int)Math.ceil(53*sfactor); s54 = (int)Math.ceil(54*sfactor); s55 = (int)Math.ceil(55*sfactor); s56 = (int)Math.ceil(56*sfactor); s57 = (int)Math.ceil(57*sfactor); s58 = (int)Math.ceil(58*sfactor); s59 = (int)Math.ceil(59*sfactor); s60 = (int)Math.ceil(60*sfactor); s61 = (int)Math.ceil(61*sfactor); s62 = (int)Math.ceil(62*sfactor); s63 = (int)Math.ceil(63*sfactor); s64 = (int)Math.ceil(64*sfactor); s65 = (int)Math.ceil(65*sfactor); s66 = (int)Math.ceil(66*sfactor); s67 = (int)Math.ceil(67*sfactor); s68 = (int)Math.ceil(68*sfactor); s69 = (int)Math.ceil(69*sfactor); s70 = (int)Math.ceil(70*sfactor); s71 = (int)Math.ceil(71*sfactor); s72 = (int)Math.ceil(72*sfactor); s73 = (int)Math.ceil(73*sfactor); s74 = (int)Math.ceil(74*sfactor); s75 = (int)Math.ceil(75*sfactor); s76 = (int)Math.ceil(76*sfactor); s77 = (int)Math.ceil(77*sfactor); s78 = (int)Math.ceil(78*sfactor); s79 = (int)Math.ceil(79*sfactor); s80 = (int)Math.ceil(80*sfactor); s81 = (int)Math.ceil(81*sfactor); s82 = (int)Math.ceil(82*sfactor); s83 = (int)Math.ceil(83*sfactor); s84 = (int)Math.ceil(84*sfactor); s85 = (int)Math.ceil(85*sfactor); s86 = (int)Math.ceil(86*sfactor); s87 = (int)Math.ceil(87*sfactor); s88 = (int)Math.ceil(88*sfactor); s89 = (int)Math.ceil(89*sfactor); s90 = (int)Math.ceil(90*sfactor); s91 = (int)Math.ceil(91*sfactor); s92 = (int)Math.ceil(92*sfactor); s93 = (int)Math.ceil(93*sfactor); s94 = (int)Math.ceil(94*sfactor); s95 = (int)Math.ceil(95*sfactor); s96 = (int)Math.ceil(96*sfactor); s97 = (int)Math.ceil(97*sfactor); s98 = (int)Math.ceil(98*sfactor); s99 = (int)Math.ceil(99*sfactor); s100 = (int)Math.ceil(100*sfactor); s101 = (int)Math.ceil(101*sfactor); s102 = (int)Math.ceil(102*sfactor); s103 = (int)Math.ceil(103*sfactor); s104 = (int)Math.ceil(104*sfactor); s105 = (int)Math.ceil(105*sfactor); s106 = (int)Math.ceil(106*sfactor); s107 = (int)Math.ceil(107*sfactor); s108 = (int)Math.ceil(108*sfactor); s109 = (int)Math.ceil(109*sfactor); s110 = (int)Math.ceil(110*sfactor); s111 = (int)Math.ceil(111*sfactor); s112 = (int)Math.ceil(112*sfactor); s113 = (int)Math.ceil(113*sfactor); s114 = (int)Math.ceil(114*sfactor); s115 = (int)Math.ceil(115*sfactor); s116 = (int)Math.ceil(116*sfactor); s117 = (int)Math.ceil(117*sfactor); s118 = (int)Math.ceil(118*sfactor); s119 = (int)Math.ceil(119*sfactor); s120 = (int)Math.ceil(120*sfactor); s121 = (int)Math.ceil(121*sfactor); s122 = (int)Math.ceil(122*sfactor); s123 = (int)Math.ceil(123*sfactor); s124 = (int)Math.ceil(124*sfactor); s125 = (int)Math.ceil(125*sfactor); s126 = (int)Math.ceil(126*sfactor); s127 = (int)Math.ceil(127*sfactor); s128 = (int)Math.ceil(128*sfactor); s129 = (int)Math.ceil(129*sfactor); s130 = (int)Math.ceil(130*sfactor); s131 = (int)Math.ceil(131*sfactor); s132 = (int)Math.ceil(132*sfactor); s133 = (int)Math.ceil(133*sfactor); s134 = (int)Math.ceil(134*sfactor); s135 = (int)Math.ceil(135*sfactor); s136 = (int)Math.ceil(136*sfactor); s137 = (int)Math.ceil(137*sfactor); s138 = (int)Math.ceil(138*sfactor); s139 = (int)Math.ceil(139*sfactor); s140 = (int)Math.ceil(140*sfactor); s141 = (int)Math.ceil(141*sfactor); s142 = (int)Math.ceil(142*sfactor); s143 = (int)Math.ceil(143*sfactor); s144 = (int)Math.ceil(144*sfactor); s145 = (int)Math.ceil(145*sfactor); s146 = (int)Math.ceil(146*sfactor); s147 = (int)Math.ceil(147*sfactor); s148 = (int)Math.ceil(148*sfactor); s149 = (int)Math.ceil(149*sfactor); s150 = (int)Math.ceil(150*sfactor); s151 = (int)Math.ceil(151*sfactor); s152 = (int)Math.ceil(152*sfactor); s153 = (int)Math.ceil(153*sfactor); s154 = (int)Math.ceil(154*sfactor); s155 = (int)Math.ceil(155*sfactor); s156 = (int)Math.ceil(156*sfactor); s157 = (int)Math.ceil(157*sfactor); s158 = (int)Math.ceil(158*sfactor); s159 = (int)Math.ceil(159*sfactor); s160 = (int)Math.ceil(160*sfactor); s161 = (int)Math.ceil(161*sfactor); s162 = (int)Math.ceil(162*sfactor); s163 = (int)Math.ceil(163*sfactor); s164 = (int)Math.ceil(164*sfactor); s165 = (int)Math.ceil(165*sfactor); s166 = (int)Math.ceil(166*sfactor); s167 = (int)Math.ceil(167*sfactor); s168 = (int)Math.ceil(168*sfactor); s169 = (int)Math.ceil(169*sfactor); s170 = (int)Math.ceil(170*sfactor); s171 = (int)Math.ceil(171*sfactor); s172 = (int)Math.ceil(172*sfactor); s173 = (int)Math.ceil(173*sfactor); s174 = (int)Math.ceil(174*sfactor); s175 = (int)Math.ceil(175*sfactor); s176 = (int)Math.ceil(176*sfactor); s177 = (int)Math.ceil(177*sfactor); s178 = (int)Math.ceil(178*sfactor); s179 = (int)Math.ceil(179*sfactor); s180 = (int)Math.ceil(180*sfactor); s181 = (int)Math.ceil(181*sfactor); s182 = (int)Math.ceil(182*sfactor); s183 = (int)Math.ceil(183*sfactor); s184 = (int)Math.ceil(184*sfactor); s185 = (int)Math.ceil(185*sfactor); s186 = (int)Math.ceil(186*sfactor); s187 = (int)Math.ceil(187*sfactor); s188 = (int)Math.ceil(188*sfactor); s189 = (int)Math.ceil(189*sfactor); s190 = (int)Math.ceil(190*sfactor); s191 = (int)Math.ceil(191*sfactor); s192 = (int)Math.ceil(192*sfactor); s193 = (int)Math.ceil(193*sfactor); s194 = (int)Math.ceil(194*sfactor); s195 = (int)Math.ceil(195*sfactor); s196 = (int)Math.ceil(196*sfactor); s197 = (int)Math.ceil(197*sfactor); s198 = (int)Math.ceil(198*sfactor); s199 = (int)Math.ceil(199*sfactor); s200 = (int)Math.ceil(200*sfactor); s250 = (int)Math.ceil(250*sfactor); s300 = (int)Math.ceil(300*sfactor); s350 = (int)Math.ceil(350*sfactor); s400 = (int)Math.ceil(400*sfactor); s450 = (int)Math.ceil(450*sfactor); s500 = (int)Math.ceil(500*sfactor); s550 = (int)Math.ceil(550*sfactor); s600 = (int)Math.ceil(600*sfactor); s700 = (int)Math.ceil(700*sfactor); s800 = (int)Math.ceil(800*sfactor); s900 = (int)Math.ceil(900*sfactor); s1000 = (int)Math.ceil(1000*sfactor); //---------------------------------------------------------------------- font8 = (int)Math.floor(8*sfactor); font9 = (int)Math.floor(9*sfactor); font10 = (int)Math.floor(10*sfactor); font11 = (int)Math.floor(11*sfactor); font12 = (int)Math.floor(12*sfactor); font13 = (int)Math.floor(13*sfactor); font14 = (int)Math.floor(14*sfactor); font15 = (int)Math.floor(15*sfactor); font16 = (int)Math.floor(16*sfactor); font17 = (int)Math.floor(17*sfactor); font18 = (int)Math.floor(18*sfactor); font19 = (int)Math.floor(19*sfactor); font20 = (int)Math.floor(20*sfactor); font21 = (int)Math.floor(21*sfactor); font22 = (int)Math.floor(22*sfactor); font23 = (int)Math.floor(23*sfactor); font24 = (int)Math.floor(24*sfactor); font25 = (int)Math.floor(25*sfactor); font26 = (int)Math.floor(26*sfactor); font27 = (int)Math.floor(27*sfactor); font28 = (int)Math.floor(28*sfactor); font29 = (int)Math.floor(29*sfactor); font30 = (int)Math.floor(30*sfactor); font31 = (int)Math.floor(31*sfactor); font32 = (int)Math.floor(32*sfactor); font33 = (int)Math.floor(33*sfactor); font34 = (int)Math.floor(34*sfactor); font35 = (int)Math.floor(35*sfactor); font36 = (int)Math.floor(36*sfactor); font37 = (int)Math.floor(37*sfactor); font38 = (int)Math.floor(38*sfactor); font39 = (int)Math.floor(39*sfactor); font40 = (int)Math.floor(40*sfactor); } public double getMagnitude(int tmp){ String lcOSName = System.getProperty("os.name").toLowerCase(); boolean MAC_OS_X = lcOSName.startsWith("mac os x"); boolean WINDOWS = lcOSName.startsWith("windows"); if(WINDOWS){ IsWindows = true; } else{ IsWindows = false; } //System.out.println(lcOSName); double dtmp = 0.0; if(tmp == 1){ dtmp = Math.sqrt(Math.pow(ampA*Math.cos(phaseA+wt),2.0)+ Math.pow(ampB*Math.cos(phaseB+wt),2.0)); } else if(tmp == 2){ dtmp = Math.sqrt(Math.pow(ampAA*Math.cos(phaseAA+wt),2.0)+ Math.pow(ampBB*Math.cos(phaseBB+wt),2.0)); } else { dtmp = 0.0; } return dtmp; } public synchronized void increment(){ wt+=dwt; if(wt > Math.PI * 2){ wt -= 2 * Math.PI; } } public synchronized void push(){ ampAA = ampA; ampBB = ampB; phaseAA = phaseA; phaseBB = phaseB; } public String getInfo(){ String tmp; double difphase, difamp; double tol=1.0E-5; difphase=phaseB-phaseA; difamp=ampA-ampB; // Linear Polarization if (difphase == 0.0 || Math.abs(difphase) == Math.PI || Math.abs(difphase) == 2.0*Math.PI || ampA ==0.0 || ampB ==0 ){ tmp = "The polarization is LINEAR"; } // Circular Polarization else if (Math.abs(difamp) < tol && (Math.abs(Math.abs(difphase)-Math.PI/2.0)< tol || Math.abs(Math.abs(difphase)-1.5*Math.PI) < tol)) { if(difphase == -Math.PI/2.0 || difphase == 1.5*Math.PI){ tmp = "The polarization is CIRCULAR ( right-handed )"; } else{ tmp = "The polarization is CIRCULAR ( left-handed )"; } } else{ if((difphase<0.0 && difphase > -Math.PI) || (difphase < 2.0*Math.PI && difphase > Math.PI)) { tmp = "The polarization is ELLIPTICAL ( right-handed )"; } else{ tmp = "The polarization is ELLIPTICAL ( left-handed )"; } } return tmp; } public synchronized void reset(){ RESET = true; wt = 0.0; } public synchronized void preset(){ RESET = false; } }