//Trans_State.java import java.awt.Dimension; import java.awt.Toolkit; import java.util.*; public class Trans_State{ public double xpos, xpos_meters; //public double lineLength; public double lineLength, lineLength_meters, location1, location2, location3, lineLength_part1, lineLength_part2; public int linecounter1 = 1000, linecounter2 = 0; public int PlotTimeScale; public int plotFlag; public int ShuntPlace; public double frequency_ref, frequency, f_ratio; public double epsilon_r,mu_r; public double lineZ0; public double ZIMP[], eps_r[], lambda[], lambda_ref[]; public double Section_length[], Section_length_ref[], Section_length_meters[]; public double locations[], locations_ref[], locations_meters[]; //Vin and Iin are voltage and current at the cursor public Complex Zin, Yin, Gammain, GammaL, Gammainput, Vin, Iin, VPlus, VPmax; public double VSWR, VSWRin, wavelength, wavelength_new, ZIMPmin, targetVSWR, targetGamma; public double Transformer_meters; public Complex ZL, ZL_ref, maximum1; public Complex ZS, ZS_ref, YS, YS_ref; public Complex YL, YL_ref, maximum2; public Complex ZGref, YGref; public Generator generator; public double Pw[], Ptest; public Stub stub[]; public boolean is_Load_Ztype, is_Shunt_Ztype, zoom_f, LockCursor; //flags to remember which plot was on public boolean WasVoltage, WasCurrent, WasPower; public boolean WasSWP, WasVoltPhasor, WasCurPhasor, WasZ, WasY, WasGamma; //Plot Parameters Complex Voltage[], Current[], Impedance[], Admittance[]; Complex RefCoef[], Power[]; double x[]; double y1[]; double y2[]; // Voltage envelope double yV1[], yV2[]; public static final int NPoints=1000; public int NTime, ctime, dtime; Complex timeFactor; //jwt is the time factor. Complex Gamma0, Gamma1, Gamma2, Gamma3, Gamma4, Gamma5, Gamma6, Gamma7, Gamma8, Gamma9; //Reflection Coefficients at interfaces Complex Y0, Y1, Y2, Y3, Y4, Y5, Y6, Y7, Y8, Y9; //Admittances at each interface Complex Zinput, Yinput; //Impedance and Admittance at the input terminals public double ZBoundHigh, ZBoundLow; int SPos0, SPos1, SPos2, SPos3, SPos4; //Integer representation of the position of the three stubs int SPos5, SPos6, SPos7, SPos8, SPos9; //Integer representation of the position of the three stubs public int iarray[]; Complex VPP[]; private static final Complex one = new Complex(1.0,0.0); //private static final double epsilon0 = 8.8541878176E-12; // Units: F/m exact value private static final double epsilon0 = 8.841941286E-12; //8.8541878176E-12; //Units: F/m Approximate value private static final double mu0 = 1.25663706144E-6; //Units H/m private static final double light_velocity = Math.sqrt(1.0/(epsilon0*mu0)); // Units m/s public boolean IsLoadShort, IsLoadOpen, IsLoadRegular, IsLoadImaginary; public boolean IsIncident, IsReflected, IsTotal, IsTcpVisible, IwantTraceOn, TraceWasOn; public boolean LicenseExpired; public boolean IsWindows = false; public boolean IsMac = 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 = 1146; public static int base_height = 655; public double Xfactor = 0.86; //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 = 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); // Look-up table to simplify zoom 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 s201 = (int)Math.ceil(201*sfactor); public int s202 = (int)Math.ceil(202*sfactor); public int s203 = (int)Math.ceil(203*sfactor); public int s204 = (int)Math.ceil(204*sfactor); public int s205 = (int)Math.ceil(205*sfactor); public int s206 = (int)Math.ceil(206*sfactor); public int s207 = (int)Math.ceil(207*sfactor); public int s208 = (int)Math.ceil(208*sfactor); public int s209 = (int)Math.ceil(209*sfactor); public int s210 = (int)Math.ceil(210*sfactor); public int s211 = (int)Math.ceil(211*sfactor); public int s212 = (int)Math.ceil(212*sfactor); public int s213 = (int)Math.ceil(213*sfactor); public int s214 = (int)Math.ceil(214*sfactor); public int s215 = (int)Math.ceil(215*sfactor); public int s216 = (int)Math.ceil(216*sfactor); public int s217 = (int)Math.ceil(217*sfactor); public int s218 = (int)Math.ceil(218*sfactor); public int s219 = (int)Math.ceil(219*sfactor); public int s220 = (int)Math.ceil(220*sfactor); public int s221 = (int)Math.ceil(221*sfactor); public int s222 = (int)Math.ceil(222*sfactor); public int s223 = (int)Math.ceil(223*sfactor); public int s224 = (int)Math.ceil(224*sfactor); public int s225 = (int)Math.ceil(225*sfactor); public int s226 = (int)Math.ceil(226*sfactor); public int s227 = (int)Math.ceil(227*sfactor); public int s228 = (int)Math.ceil(228*sfactor); public int s229 = (int)Math.ceil(229*sfactor); public int s230 = (int)Math.ceil(230*sfactor); public int s231 = (int)Math.ceil(231*sfactor); public int s232 = (int)Math.ceil(232*sfactor); public int s233 = (int)Math.ceil(233*sfactor); public int s234 = (int)Math.ceil(234*sfactor); public int s235 = (int)Math.ceil(235*sfactor); public int s236 = (int)Math.ceil(236*sfactor); public int s237 = (int)Math.ceil(237*sfactor); public int s238 = (int)Math.ceil(238*sfactor); public int s239 = (int)Math.ceil(239*sfactor); public int s240 = (int)Math.ceil(240*sfactor); public int s241 = (int)Math.ceil(241*sfactor); public int s242 = (int)Math.ceil(242*sfactor); public int s243 = (int)Math.ceil(243*sfactor); public int s244 = (int)Math.ceil(244*sfactor); public int s245 = (int)Math.ceil(245*sfactor); public int s246 = (int)Math.ceil(246*sfactor); public int s247 = (int)Math.ceil(247*sfactor); public int s248 = (int)Math.ceil(248*sfactor); public int s249 = (int)Math.ceil(249*sfactor); public int s250 = (int)Math.ceil(250*sfactor); public int s251 = (int)Math.ceil(251*sfactor); public int s252 = (int)Math.ceil(252*sfactor); public int s253 = (int)Math.ceil(253*sfactor); public int s254 = (int)Math.ceil(254*sfactor); public int s255 = (int)Math.ceil(255*sfactor); public int s256 = (int)Math.ceil(256*sfactor); public int s257 = (int)Math.ceil(257*sfactor); public int s258 = (int)Math.ceil(258*sfactor); public int s259 = (int)Math.ceil(259*sfactor); public int s260 = (int)Math.ceil(260*sfactor); public int s261 = (int)Math.ceil(261*sfactor); public int s262 = (int)Math.ceil(262*sfactor); public int s263 = (int)Math.ceil(263*sfactor); public int s264 = (int)Math.ceil(264*sfactor); public int s265 = (int)Math.ceil(265*sfactor); public int s266 = (int)Math.ceil(266*sfactor); public int s267 = (int)Math.ceil(267*sfactor); public int s268 = (int)Math.ceil(268*sfactor); public int s269 = (int)Math.ceil(269*sfactor); public int s270 = (int)Math.ceil(270*sfactor); public int s271 = (int)Math.ceil(271*sfactor); public int s272 = (int)Math.ceil(272*sfactor); public int s273 = (int)Math.ceil(273*sfactor); public int s274 = (int)Math.ceil(274*sfactor); public int s275 = (int)Math.ceil(275*sfactor); public int s276 = (int)Math.ceil(276*sfactor); public int s277 = (int)Math.ceil(277*sfactor); public int s278 = (int)Math.ceil(278*sfactor); public int s279 = (int)Math.ceil(279*sfactor); public int s280 = (int)Math.ceil(280*sfactor); public int s281 = (int)Math.ceil(281*sfactor); public int s282 = (int)Math.ceil(282*sfactor); public int s283 = (int)Math.ceil(283*sfactor); public int s284 = (int)Math.ceil(284*sfactor); public int s285 = (int)Math.ceil(285*sfactor); public int s286 = (int)Math.ceil(286*sfactor); public int s287 = (int)Math.ceil(287*sfactor); public int s288 = (int)Math.ceil(288*sfactor); public int s289 = (int)Math.ceil(289*sfactor); public int s290 = (int)Math.ceil(290*sfactor); public int s291 = (int)Math.ceil(291*sfactor); public int s292 = (int)Math.ceil(292*sfactor); public int s293 = (int)Math.ceil(293*sfactor); public int s294 = (int)Math.ceil(294*sfactor); public int s295 = (int)Math.ceil(295*sfactor); public int s296 = (int)Math.ceil(296*sfactor); public int s297 = (int)Math.ceil(297*sfactor); public int s298 = (int)Math.ceil(298*sfactor); public int s299 = (int)Math.ceil(299*sfactor); public int s300 = (int)Math.ceil(300*sfactor); public int s301 = (int)Math.ceil(301*sfactor); public int s302 = (int)Math.ceil(302*sfactor); public int s303 = (int)Math.ceil(303*sfactor); public int s304 = (int)Math.ceil(304*sfactor); public int s305 = (int)Math.ceil(305*sfactor); public int s306 = (int)Math.ceil(306*sfactor); public int s307 = (int)Math.ceil(307*sfactor); public int s308 = (int)Math.ceil(308*sfactor); public int s309 = (int)Math.ceil(309*sfactor); public int s310 = (int)Math.ceil(310*sfactor); public int s311 = (int)Math.ceil(311*sfactor); public int s312 = (int)Math.ceil(312*sfactor); public int s313 = (int)Math.ceil(313*sfactor); public int s314 = (int)Math.ceil(314*sfactor); public int s315 = (int)Math.ceil(315*sfactor); public int s316 = (int)Math.ceil(316*sfactor); public int s317 = (int)Math.ceil(317*sfactor); public int s318 = (int)Math.ceil(318*sfactor); public int s319 = (int)Math.ceil(319*sfactor); public int s320 = (int)Math.ceil(320*sfactor); public int s321 = (int)Math.ceil(321*sfactor); public int s322 = (int)Math.ceil(322*sfactor); public int s323 = (int)Math.ceil(323*sfactor); public int s324 = (int)Math.ceil(324*sfactor); public int s325 = (int)Math.ceil(325*sfactor); public int s326 = (int)Math.ceil(326*sfactor); public int s327 = (int)Math.ceil(327*sfactor); public int s328 = (int)Math.ceil(328*sfactor); public int s329 = (int)Math.ceil(329*sfactor); public int s330 = (int)Math.ceil(330*sfactor); public int s331 = (int)Math.ceil(331*sfactor); public int s332 = (int)Math.ceil(332*sfactor); public int s333 = (int)Math.ceil(333*sfactor); public int s334 = (int)Math.ceil(334*sfactor); public int s335 = (int)Math.ceil(335*sfactor); public int s336 = (int)Math.ceil(336*sfactor); public int s337 = (int)Math.ceil(337*sfactor); public int s338 = (int)Math.ceil(338*sfactor); public int s339 = (int)Math.ceil(339*sfactor); public int s340 = (int)Math.ceil(340*sfactor); public int s341 = (int)Math.ceil(341*sfactor); public int s342 = (int)Math.ceil(342*sfactor); public int s343 = (int)Math.ceil(343*sfactor); public int s344 = (int)Math.ceil(344*sfactor); public int s345 = (int)Math.ceil(345*sfactor); public int s346 = (int)Math.ceil(346*sfactor); public int s347 = (int)Math.ceil(347*sfactor); public int s348 = (int)Math.ceil(348*sfactor); public int s349 = (int)Math.ceil(349*sfactor); public int s350 = (int)Math.ceil(350*sfactor); public int s351 = (int)Math.ceil(351*sfactor); public int s352 = (int)Math.ceil(352*sfactor); public int s353 = (int)Math.ceil(353*sfactor); public int s354 = (int)Math.ceil(354*sfactor); public int s355 = (int)Math.ceil(355*sfactor); public int s356 = (int)Math.ceil(356*sfactor); public int s357 = (int)Math.ceil(357*sfactor); public int s358 = (int)Math.ceil(358*sfactor); public int s359 = (int)Math.ceil(359*sfactor); public int s360 = (int)Math.ceil(360*sfactor); public int s361 = (int)Math.ceil(361*sfactor); public int s362 = (int)Math.ceil(362*sfactor); public int s363 = (int)Math.ceil(363*sfactor); public int s364 = (int)Math.ceil(364*sfactor); public int s365 = (int)Math.ceil(365*sfactor); public int s366 = (int)Math.ceil(366*sfactor); public int s367 = (int)Math.ceil(367*sfactor); public int s368 = (int)Math.ceil(368*sfactor); public int s369 = (int)Math.ceil(369*sfactor); public int s370 = (int)Math.ceil(370*sfactor); public int s371 = (int)Math.ceil(371*sfactor); public int s372 = (int)Math.ceil(372*sfactor); public int s373 = (int)Math.ceil(373*sfactor); public int s374 = (int)Math.ceil(374*sfactor); public int s375 = (int)Math.ceil(375*sfactor); public int s376 = (int)Math.ceil(376*sfactor); public int s377 = (int)Math.ceil(377*sfactor); public int s378 = (int)Math.ceil(378*sfactor); public int s379 = (int)Math.ceil(379*sfactor); public int s380 = (int)Math.ceil(380*sfactor); public int s381 = (int)Math.ceil(381*sfactor); public int s382 = (int)Math.ceil(382*sfactor); public int s383 = (int)Math.ceil(383*sfactor); public int s384 = (int)Math.ceil(384*sfactor); public int s385 = (int)Math.ceil(385*sfactor); public int s386 = (int)Math.ceil(386*sfactor); public int s387 = (int)Math.ceil(387*sfactor); public int s388 = (int)Math.ceil(388*sfactor); public int s389 = (int)Math.ceil(389*sfactor); public int s390 = (int)Math.ceil(390*sfactor); public int s391 = (int)Math.ceil(391*sfactor); public int s392 = (int)Math.ceil(392*sfactor); public int s393 = (int)Math.ceil(393*sfactor); public int s394 = (int)Math.ceil(394*sfactor); public int s395 = (int)Math.ceil(395*sfactor); public int s396 = (int)Math.ceil(396*sfactor); public int s397 = (int)Math.ceil(397*sfactor); public int s398 = (int)Math.ceil(398*sfactor); public int s399 = (int)Math.ceil(399*sfactor); public int s400 = (int)Math.ceil(400*sfactor); public int s401 = (int)Math.ceil(401*sfactor); public int s402 = (int)Math.ceil(402*sfactor); public int s403 = (int)Math.ceil(403*sfactor); public int s404 = (int)Math.ceil(404*sfactor); public int s405 = (int)Math.ceil(405*sfactor); public int s406 = (int)Math.ceil(406*sfactor); public int s407 = (int)Math.ceil(407*sfactor); public int s408 = (int)Math.ceil(408*sfactor); public int s409 = (int)Math.ceil(409*sfactor); public int s410 = (int)Math.ceil(410*sfactor); public int s411 = (int)Math.ceil(411*sfactor); public int s412 = (int)Math.ceil(412*sfactor); public int s413 = (int)Math.ceil(413*sfactor); public int s414 = (int)Math.ceil(414*sfactor); public int s415 = (int)Math.ceil(415*sfactor); public int s416 = (int)Math.ceil(416*sfactor); public int s417 = (int)Math.ceil(417*sfactor); public int s418 = (int)Math.ceil(418*sfactor); public int s419 = (int)Math.ceil(419*sfactor); public int s420 = (int)Math.ceil(420*sfactor); public int s421 = (int)Math.ceil(421*sfactor); public int s422 = (int)Math.ceil(422*sfactor); public int s423 = (int)Math.ceil(423*sfactor); public int s424 = (int)Math.ceil(424*sfactor); public int s425 = (int)Math.ceil(425*sfactor); public int s426 = (int)Math.ceil(426*sfactor); public int s427 = (int)Math.ceil(427*sfactor); public int s428 = (int)Math.ceil(428*sfactor); public int s429 = (int)Math.ceil(429*sfactor); public int s430 = (int)Math.ceil(430*sfactor); public int s431 = (int)Math.ceil(431*sfactor); public int s432 = (int)Math.ceil(432*sfactor); public int s433 = (int)Math.ceil(433*sfactor); public int s434 = (int)Math.ceil(434*sfactor); public int s435 = (int)Math.ceil(435*sfactor); public int s436 = (int)Math.ceil(36*sfactor); public int s437 = (int)Math.ceil(37*sfactor); public int s438 = (int)Math.ceil(38*sfactor); public int s439 = (int)Math.ceil(439*sfactor); public int s440 = (int)Math.ceil(440*sfactor); public int s441 = (int)Math.ceil(441*sfactor); public int s442 = (int)Math.ceil(442*sfactor); public int s443 = (int)Math.ceil(443*sfactor); public int s444 = (int)Math.ceil(444*sfactor); public int s445 = (int)Math.ceil(445*sfactor); public int s446 = (int)Math.ceil(446*sfactor); public int s447 = (int)Math.ceil(447*sfactor); public int s448 = (int)Math.ceil(448*sfactor); public int s449 = (int)Math.ceil(449*sfactor); public int s450 = (int)Math.ceil(450*sfactor); public int s451 = (int)Math.ceil(451*sfactor); public int s452 = (int)Math.ceil(452*sfactor); public int s453 = (int)Math.ceil(453*sfactor); public int s454 = (int)Math.ceil(454*sfactor); public int s455 = (int)Math.ceil(455*sfactor); public int s456 = (int)Math.ceil(456*sfactor); public int s457 = (int)Math.ceil(457*sfactor); public int s458 = (int)Math.ceil(458*sfactor); public int s459 = (int)Math.ceil(459*sfactor); public int s460 = (int)Math.ceil(460*sfactor); public int s461 = (int)Math.ceil(461*sfactor); public int s462 = (int)Math.ceil(462*sfactor); public int s463 = (int)Math.ceil(463*sfactor); public int s464 = (int)Math.ceil(464*sfactor); public int s465 = (int)Math.ceil(465*sfactor); public int s466 = (int)Math.ceil(466*sfactor); public int s467 = (int)Math.ceil(467*sfactor); public int s468 = (int)Math.ceil(468*sfactor); public int s469 = (int)Math.ceil(469*sfactor); public int s470 = (int)Math.ceil(470*sfactor); public int s471 = (int)Math.ceil(471*sfactor); public int s472 = (int)Math.ceil(472*sfactor); public int s473 = (int)Math.ceil(473*sfactor); public int s474 = (int)Math.ceil(474*sfactor); public int s475 = (int)Math.ceil(475*sfactor); public int s476 = (int)Math.ceil(476*sfactor); public int s477 = (int)Math.ceil(477*sfactor); public int s478 = (int)Math.ceil(478*sfactor); public int s479 = (int)Math.ceil(479*sfactor); public int s480 = (int)Math.ceil(480*sfactor); public int s481 = (int)Math.ceil(481*sfactor); public int s482 = (int)Math.ceil(482*sfactor); public int s483 = (int)Math.ceil(483*sfactor); public int s484 = (int)Math.ceil(484*sfactor); public int s485 = (int)Math.ceil(485*sfactor); public int s486 = (int)Math.ceil(486*sfactor); public int s487 = (int)Math.ceil(487*sfactor); public int s488 = (int)Math.ceil(488*sfactor); public int s489 = (int)Math.ceil(489*sfactor); public int s490 = (int)Math.ceil(490*sfactor); public int s491 = (int)Math.ceil(491*sfactor); public int s492 = (int)Math.ceil(492*sfactor); public int s493 = (int)Math.ceil(493*sfactor); public int s494 = (int)Math.ceil(494*sfactor); public int s495 = (int)Math.ceil(495*sfactor); public int s496 = (int)Math.ceil(496*sfactor); public int s497 = (int)Math.ceil(497*sfactor); public int s498 = (int)Math.ceil(498*sfactor); public int s499 = (int)Math.ceil(499*sfactor); public int s500 = (int)Math.ceil(500*sfactor); public int s501 = (int)Math.ceil(501*sfactor); public int s502 = (int)Math.ceil(502*sfactor); public int s503 = (int)Math.ceil(503*sfactor); public int s504 = (int)Math.ceil(504*sfactor); public int s505 = (int)Math.ceil(505*sfactor); public int s506 = (int)Math.ceil(506*sfactor); public int s507 = (int)Math.ceil(507*sfactor); public int s508 = (int)Math.ceil(508*sfactor); public int s509 = (int)Math.ceil(509*sfactor); public int s510 = (int)Math.ceil(510*sfactor); public int s511 = (int)Math.ceil(511*sfactor); public int s512 = (int)Math.ceil(512*sfactor); public int s513 = (int)Math.ceil(513*sfactor); public int s514 = (int)Math.ceil(514*sfactor); public int s515 = (int)Math.ceil(515*sfactor); public int s516 = (int)Math.ceil(516*sfactor); public int s517 = (int)Math.ceil(517*sfactor); public int s518 = (int)Math.ceil(518*sfactor); public int s519 = (int)Math.ceil(519*sfactor); public int s520 = (int)Math.ceil(520*sfactor); public int s521 = (int)Math.ceil(521*sfactor); public int s522 = (int)Math.ceil(522*sfactor); public int s523 = (int)Math.ceil(523*sfactor); public int s524 = (int)Math.ceil(524*sfactor); public int s525 = (int)Math.ceil(525*sfactor); public int s526 = (int)Math.ceil(526*sfactor); public int s527 = (int)Math.ceil(527*sfactor); public int s528 = (int)Math.ceil(528*sfactor); public int s529 = (int)Math.ceil(529*sfactor); public int s530 = (int)Math.ceil(530*sfactor); public int s531 = (int)Math.ceil(531*sfactor); public int s532 = (int)Math.ceil(532*sfactor); public int s533 = (int)Math.ceil(533*sfactor); public int s534 = (int)Math.ceil(534*sfactor); public int s535 = (int)Math.ceil(535*sfactor); public int s536 = (int)Math.ceil(536*sfactor); public int s537 = (int)Math.ceil(537*sfactor); public int s538 = (int)Math.ceil(538*sfactor); public int s539 = (int)Math.ceil(539*sfactor); public int s540 = (int)Math.ceil(540*sfactor); public int s541 = (int)Math.ceil(541*sfactor); public int s542 = (int)Math.ceil(542*sfactor); public int s543 = (int)Math.ceil(543*sfactor); public int s544 = (int)Math.ceil(544*sfactor); public int s545 = (int)Math.ceil(545*sfactor); public int s546 = (int)Math.ceil(546*sfactor); public int s547 = (int)Math.ceil(547*sfactor); public int s548 = (int)Math.ceil(548*sfactor); public int s549 = (int)Math.ceil(549*sfactor); public int s550 = (int)Math.ceil(550*sfactor); public int s551 = (int)Math.ceil(551*sfactor); public int s552 = (int)Math.ceil(552*sfactor); public int s553 = (int)Math.ceil(553*sfactor); public int s554 = (int)Math.ceil(554*sfactor); public int s555 = (int)Math.ceil(555*sfactor); public int s556 = (int)Math.ceil(556*sfactor); public int s557 = (int)Math.ceil(557*sfactor); public int s558 = (int)Math.ceil(558*sfactor); public int s559 = (int)Math.ceil(559*sfactor); public int s560 = (int)Math.ceil(560*sfactor); public int s561 = (int)Math.ceil(561*sfactor); public int s562 = (int)Math.ceil(562*sfactor); public int s563 = (int)Math.ceil(563*sfactor); public int s564 = (int)Math.ceil(564*sfactor); public int s565 = (int)Math.ceil(565*sfactor); public int s566 = (int)Math.ceil(566*sfactor); public int s567 = (int)Math.ceil(567*sfactor); public int s568 = (int)Math.ceil(568*sfactor); public int s569 = (int)Math.ceil(569*sfactor); public int s570 = (int)Math.ceil(570*sfactor); public int s571 = (int)Math.ceil(571*sfactor); public int s572 = (int)Math.ceil(572*sfactor); public int s573 = (int)Math.ceil(573*sfactor); public int s574 = (int)Math.ceil(574*sfactor); public int s575 = (int)Math.ceil(575*sfactor); public int s576 = (int)Math.ceil(576*sfactor); public int s577 = (int)Math.ceil(577*sfactor); public int s578 = (int)Math.ceil(578*sfactor); public int s579 = (int)Math.ceil(579*sfactor); public int s580 = (int)Math.ceil(580*sfactor); public int s581 = (int)Math.ceil(581*sfactor); public int s582 = (int)Math.ceil(582*sfactor); public int s583 = (int)Math.ceil(583*sfactor); public int s584 = (int)Math.ceil(584*sfactor); public int s585 = (int)Math.ceil(585*sfactor); public int s586 = (int)Math.ceil(586*sfactor); public int s587 = (int)Math.ceil(587*sfactor); public int s588 = (int)Math.ceil(588*sfactor); public int s589 = (int)Math.ceil(589*sfactor); public int s590 = (int)Math.ceil(590*sfactor); public int s591 = (int)Math.ceil(591*sfactor); public int s592 = (int)Math.ceil(592*sfactor); public int s593 = (int)Math.ceil(593*sfactor); public int s594 = (int)Math.ceil(594*sfactor); public int s595 = (int)Math.ceil(595*sfactor); public int s596 = (int)Math.ceil(596*sfactor); public int s597 = (int)Math.ceil(597*sfactor); public int s598 = (int)Math.ceil(598*sfactor); public int s599 = (int)Math.ceil(599*sfactor); public int s600 = (int)Math.ceil(600*sfactor); public int s601 = (int)Math.ceil(601*sfactor); public int s602 = (int)Math.ceil(602*sfactor); public int s603 = (int)Math.ceil(603*sfactor); public int s604 = (int)Math.ceil(604*sfactor); public int s605 = (int)Math.ceil(605*sfactor); public int s606 = (int)Math.ceil(606*sfactor); public int s607 = (int)Math.ceil(607*sfactor); public int s608 = (int)Math.ceil(608*sfactor); public int s609 = (int)Math.ceil(609*sfactor); public int s610 = (int)Math.ceil(610*sfactor); public int s611 = (int)Math.ceil(611*sfactor); public int s612 = (int)Math.ceil(612*sfactor); public int s613 = (int)Math.ceil(613*sfactor); public int s614 = (int)Math.ceil(614*sfactor); public int s615 = (int)Math.ceil(615*sfactor); public int s616 = (int)Math.ceil(616*sfactor); public int s617 = (int)Math.ceil(617*sfactor); public int s618 = (int)Math.ceil(618*sfactor); public int s619 = (int)Math.ceil(619*sfactor); public int s620 = (int)Math.ceil(620*sfactor); public int s621 = (int)Math.ceil(621*sfactor); public int s622 = (int)Math.ceil(622*sfactor); public int s623 = (int)Math.ceil(623*sfactor); public int s624 = (int)Math.ceil(624*sfactor); public int s625 = (int)Math.ceil(625*sfactor); public int s626 = (int)Math.ceil(626*sfactor); public int s627 = (int)Math.ceil(627*sfactor); public int s628 = (int)Math.ceil(628*sfactor); public int s629 = (int)Math.ceil(629*sfactor); public int s630 = (int)Math.ceil(630*sfactor); public int s631 = (int)Math.ceil(631*sfactor); public int s632 = (int)Math.ceil(632*sfactor); public int s633 = (int)Math.ceil(633*sfactor); public int s634 = (int)Math.ceil(634*sfactor); public int s635 = (int)Math.ceil(635*sfactor); public int s636 = (int)Math.ceil(636*sfactor); public int s637 = (int)Math.ceil(637*sfactor); public int s638 = (int)Math.ceil(638*sfactor); public int s639 = (int)Math.ceil(639*sfactor); public int s640 = (int)Math.ceil(640*sfactor); public int s641 = (int)Math.ceil(641*sfactor); public int s642 = (int)Math.ceil(642*sfactor); public int s643 = (int)Math.ceil(643*sfactor); public int s644 = (int)Math.ceil(644*sfactor); public int s645 = (int)Math.ceil(645*sfactor); public int s646 = (int)Math.ceil(646*sfactor); public int s647 = (int)Math.ceil(647*sfactor); public int s648 = (int)Math.ceil(648*sfactor); public int s649 = (int)Math.ceil(649*sfactor); public int s650 = (int)Math.ceil(650*sfactor); public int s651 = (int)Math.ceil(651*sfactor); public int s652 = (int)Math.ceil(652*sfactor); public int s653 = (int)Math.ceil(653*sfactor); public int s654 = (int)Math.ceil(54*sfactor); public int s655 = (int)Math.ceil(655*sfactor); public int s656 = (int)Math.ceil(656*sfactor); public int s657 = (int)Math.ceil(657*sfactor); public int s658 = (int)Math.ceil(658*sfactor); public int s659 = (int)Math.ceil(659*sfactor); public int s660 = (int)Math.ceil(660*sfactor); public int s661 = (int)Math.ceil(661*sfactor); public int s662 = (int)Math.ceil(662*sfactor); public int s663 = (int)Math.ceil(663*sfactor); public int s664 = (int)Math.ceil(664*sfactor); public int s665 = (int)Math.ceil(665*sfactor); public int s666 = (int)Math.ceil(666*sfactor); public int s667 = (int)Math.ceil(667*sfactor); public int s668 = (int)Math.ceil(668*sfactor); public int s669 = (int)Math.ceil(669*sfactor); public int s670 = (int)Math.ceil(670*sfactor); public int s671 = (int)Math.ceil(671*sfactor); public int s672 = (int)Math.ceil(672*sfactor); public int s673 = (int)Math.ceil(673*sfactor); public int s674 = (int)Math.ceil(674*sfactor); public int s675 = (int)Math.ceil(675*sfactor); public int s676 = (int)Math.ceil(676*sfactor); public int s677 = (int)Math.ceil(677*sfactor); public int s678 = (int)Math.ceil(678*sfactor); public int s679 = (int)Math.ceil(679*sfactor); public int s680 = (int)Math.ceil(680*sfactor); public int s681 = (int)Math.ceil(681*sfactor); public int s682 = (int)Math.ceil(682*sfactor); public int s683 = (int)Math.ceil(683*sfactor); public int s684 = (int)Math.ceil(684*sfactor); public int s685 = (int)Math.ceil(685*sfactor); public int s686 = (int)Math.ceil(686*sfactor); public int s687 = (int)Math.ceil(687*sfactor); public int s688 = (int)Math.ceil(688*sfactor); public int s689 = (int)Math.ceil(689*sfactor); public int s690 = (int)Math.ceil(690*sfactor); public int s691 = (int)Math.ceil(691*sfactor); public int s692 = (int)Math.ceil(692*sfactor); public int s693 = (int)Math.ceil(693*sfactor); public int s694 = (int)Math.ceil(694*sfactor); public int s695 = (int)Math.ceil(695*sfactor); public int s696 = (int)Math.ceil(696*sfactor); public int s697 = (int)Math.ceil(697*sfactor); public int s698 = (int)Math.ceil(698*sfactor); public int s699 = (int)Math.ceil(699*sfactor); public int s700 = (int)Math.ceil(700*sfactor); public int s701 = (int)Math.ceil(701*sfactor); public int s702 = (int)Math.ceil(702*sfactor); public int s703 = (int)Math.ceil(703*sfactor); public int s704 = (int)Math.ceil(704*sfactor); public int s705 = (int)Math.ceil(705*sfactor); public int s706 = (int)Math.ceil(706*sfactor); public int s707 = (int)Math.ceil(707*sfactor); public int s708 = (int)Math.ceil(708*sfactor); public int s709 = (int)Math.ceil(709*sfactor); public int s710 = (int)Math.ceil(710*sfactor); public int s711 = (int)Math.ceil(711*sfactor); public int s712 = (int)Math.ceil(712*sfactor); public int s713 = (int)Math.ceil(713*sfactor); public int s714 = (int)Math.ceil(714*sfactor); public int s715 = (int)Math.ceil(715*sfactor); public int s716 = (int)Math.ceil(716*sfactor); public int s717 = (int)Math.ceil(717*sfactor); public int s718 = (int)Math.ceil(718*sfactor); public int s719 = (int)Math.ceil(719*sfactor); public int s720 = (int)Math.ceil(720*sfactor); public int s721 = (int)Math.ceil(721*sfactor); public int s722 = (int)Math.ceil(722*sfactor); public int s723 = (int)Math.ceil(723*sfactor); public int s724 = (int)Math.ceil(724*sfactor); public int s725 = (int)Math.ceil(725*sfactor); public int s726 = (int)Math.ceil(726*sfactor); public int s727 = (int)Math.ceil(727*sfactor); public int s728 = (int)Math.ceil(728*sfactor); public int s729 = (int)Math.ceil(729*sfactor); public int s730 = (int)Math.ceil(730*sfactor); public int s731 = (int)Math.ceil(731*sfactor); public int s732 = (int)Math.ceil(732*sfactor); public int s733 = (int)Math.ceil(733*sfactor); public int s734 = (int)Math.ceil(734*sfactor); public int s735 = (int)Math.ceil(735*sfactor); public int s736 = (int)Math.ceil(736*sfactor); public int s737 = (int)Math.ceil(737*sfactor); public int s738 = (int)Math.ceil(738*sfactor); public int s739 = (int)Math.ceil(739*sfactor); public int s740 = (int)Math.ceil(740*sfactor); public int s741 = (int)Math.ceil(741*sfactor); public int s742 = (int)Math.ceil(742*sfactor); public int s743 = (int)Math.ceil(743*sfactor); public int s744 = (int)Math.ceil(744*sfactor); public int s745 = (int)Math.ceil(745*sfactor); public int s746 = (int)Math.ceil(746*sfactor); public int s747 = (int)Math.ceil(747*sfactor); public int s748 = (int)Math.ceil(748*sfactor); public int s749 = (int)Math.ceil(749*sfactor); public int s750 = (int)Math.ceil(750*sfactor); public int s751 = (int)Math.ceil(751*sfactor); public int s752 = (int)Math.ceil(752*sfactor); public int s753 = (int)Math.ceil(753*sfactor); public int s754 = (int)Math.ceil(754*sfactor); public int s755 = (int)Math.ceil(755*sfactor); public int s756 = (int)Math.ceil(756*sfactor); public int s757 = (int)Math.ceil(757*sfactor); public int s758 = (int)Math.ceil(758*sfactor); public int s759 = (int)Math.ceil(759*sfactor); public int s760 = (int)Math.ceil(760*sfactor); public int s761 = (int)Math.ceil(761*sfactor); public int s762 = (int)Math.ceil(762*sfactor); public int s763 = (int)Math.ceil(763*sfactor); public int s764 = (int)Math.ceil(764*sfactor); public int s765 = (int)Math.ceil(765*sfactor); public int s766 = (int)Math.ceil(766*sfactor); public int s767 = (int)Math.ceil(767*sfactor); public int s768 = (int)Math.ceil(768*sfactor); public int s769 = (int)Math.ceil(769*sfactor); public int s770 = (int)Math.ceil(770*sfactor); public int s771 = (int)Math.ceil(771*sfactor); public int s772 = (int)Math.ceil(772*sfactor); public int s773 = (int)Math.ceil(773*sfactor); public int s774 = (int)Math.ceil(774*sfactor); public int s775 = (int)Math.ceil(775*sfactor); public int s776 = (int)Math.ceil(776*sfactor); public int s777 = (int)Math.ceil(777*sfactor); public int s778 = (int)Math.ceil(778*sfactor); public int s779 = (int)Math.ceil(779*sfactor); public int s780 = (int)Math.ceil(780*sfactor); public int s781 = (int)Math.ceil(781*sfactor); public int s782 = (int)Math.ceil(782*sfactor); public int s783 = (int)Math.ceil(783*sfactor); public int s784 = (int)Math.ceil(784*sfactor); public int s785 = (int)Math.ceil(785*sfactor); public int s786 = (int)Math.ceil(786*sfactor); public int s787 = (int)Math.ceil(787*sfactor); public int s788 = (int)Math.ceil(788*sfactor); public int s789 = (int)Math.ceil(789*sfactor); public int s790 = (int)Math.ceil(790*sfactor); public int s791 = (int)Math.ceil(791*sfactor); public int s792 = (int)Math.ceil(792*sfactor); public int s793 = (int)Math.ceil(793*sfactor); public int s794 = (int)Math.ceil(794*sfactor); public int s795 = (int)Math.ceil(795*sfactor); public int s796 = (int)Math.ceil(796*sfactor); public int s797 = (int)Math.ceil(797*sfactor); public int s798 = (int)Math.ceil(798*sfactor); public int s799 = (int)Math.ceil(799*sfactor); public int s800 = (int)Math.ceil(800*sfactor); public int s801 = (int)Math.ceil(801*sfactor); public int s802 = (int)Math.ceil(802*sfactor); public int s803 = (int)Math.ceil(803*sfactor); public int s804 = (int)Math.ceil(804*sfactor); public int s805 = (int)Math.ceil(805*sfactor); public int s806 = (int)Math.ceil(806*sfactor); public int s807 = (int)Math.ceil(807*sfactor); public int s808 = (int)Math.ceil(808*sfactor); public int s809 = (int)Math.ceil(809*sfactor); public int s810 = (int)Math.ceil(810*sfactor); public int s811 = (int)Math.ceil(811*sfactor); public int s812 = (int)Math.ceil(812*sfactor); public int s813 = (int)Math.ceil(813*sfactor); public int s814 = (int)Math.ceil(814*sfactor); public int s815 = (int)Math.ceil(815*sfactor); public int s816 = (int)Math.ceil(816*sfactor); public int s817 = (int)Math.ceil(817*sfactor); public int s818 = (int)Math.ceil(818*sfactor); public int s819 = (int)Math.ceil(819*sfactor); public int s820 = (int)Math.ceil(820*sfactor); public int s821 = (int)Math.ceil(821*sfactor); public int s822 = (int)Math.ceil(822*sfactor); public int s823 = (int)Math.ceil(823*sfactor); public int s824 = (int)Math.ceil(824*sfactor); public int s825 = (int)Math.ceil(825*sfactor); public int s826 = (int)Math.ceil(826*sfactor); public int s827 = (int)Math.ceil(827*sfactor); public int s828 = (int)Math.ceil(828*sfactor); public int s829 = (int)Math.ceil(829*sfactor); public int s830 = (int)Math.ceil(830*sfactor); public int s831 = (int)Math.ceil(831*sfactor); public int s832 = (int)Math.ceil(832*sfactor); public int s833 = (int)Math.ceil(833*sfactor); public int s834 = (int)Math.ceil(834*sfactor); public int s835 = (int)Math.ceil(835*sfactor); public int s836 = (int)Math.ceil(836*sfactor); public int s837 = (int)Math.ceil(837*sfactor); public int s838 = (int)Math.ceil(838*sfactor); public int s839 = (int)Math.ceil(839*sfactor); public int s840 = (int)Math.ceil(840*sfactor); public int s841 = (int)Math.ceil(841*sfactor); public int s842 = (int)Math.ceil(842*sfactor); public int s843 = (int)Math.ceil(843*sfactor); public int s844 = (int)Math.ceil(844*sfactor); public int s845 = (int)Math.ceil(845*sfactor); public int s846 = (int)Math.ceil(846*sfactor); public int s847 = (int)Math.ceil(847*sfactor); public int s848 = (int)Math.ceil(848*sfactor); public int s849 = (int)Math.ceil(849*sfactor); public int s850 = (int)Math.ceil(850*sfactor); public int s851 = (int)Math.ceil(851*sfactor); public int s852 = (int)Math.ceil(852*sfactor); public int s853 = (int)Math.ceil(853*sfactor); public int s854 = (int)Math.ceil(854*sfactor); public int s855 = (int)Math.ceil(855*sfactor); public int s856 = (int)Math.ceil(856*sfactor); public int s857 = (int)Math.ceil(857*sfactor); public int s858 = (int)Math.ceil(858*sfactor); public int s859 = (int)Math.ceil(859*sfactor); public int s860 = (int)Math.ceil(860*sfactor); public int s861 = (int)Math.ceil(861*sfactor); public int s862 = (int)Math.ceil(862*sfactor); public int s863 = (int)Math.ceil(863*sfactor); public int s864 = (int)Math.ceil(864*sfactor); public int s865 = (int)Math.ceil(865*sfactor); public int s866 = (int)Math.ceil(866*sfactor); public int s867 = (int)Math.ceil(867*sfactor); public int s868 = (int)Math.ceil(868*sfactor); public int s869 = (int)Math.ceil(869*sfactor); public int s870 = (int)Math.ceil(870*sfactor); public int s871 = (int)Math.ceil(871*sfactor); public int s872 = (int)Math.ceil(872*sfactor); public int s873 = (int)Math.ceil(873*sfactor); public int s874 = (int)Math.ceil(874*sfactor); public int s875 = (int)Math.ceil(875*sfactor); public int s876 = (int)Math.ceil(876*sfactor); public int s877 = (int)Math.ceil(877*sfactor); public int s878 = (int)Math.ceil(878*sfactor); public int s879 = (int)Math.ceil(879*sfactor); public int s880 = (int)Math.ceil(880*sfactor); public int s881 = (int)Math.ceil(881*sfactor); public int s882 = (int)Math.ceil(882*sfactor); public int s883 = (int)Math.ceil(883*sfactor); public int s884 = (int)Math.ceil(884*sfactor); public int s885 = (int)Math.ceil(885*sfactor); public int s886 = (int)Math.ceil(886*sfactor); public int s887 = (int)Math.ceil(887*sfactor); public int s888 = (int)Math.ceil(888*sfactor); public int s889 = (int)Math.ceil(889*sfactor); public int s890 = (int)Math.ceil(890*sfactor); public int s891 = (int)Math.ceil(891*sfactor); public int s892 = (int)Math.ceil(892*sfactor); public int s893 = (int)Math.ceil(893*sfactor); public int s894 = (int)Math.ceil(894*sfactor); public int s895 = (int)Math.ceil(895*sfactor); public int s896 = (int)Math.ceil(896*sfactor); public int s897 = (int)Math.ceil(897*sfactor); public int s898 = (int)Math.ceil(898*sfactor); public int s899 = (int)Math.ceil(899*sfactor); public int s900 = (int)Math.ceil(900*sfactor); public int s901 = (int)Math.ceil(901*sfactor); public int s902 = (int)Math.ceil(902*sfactor); public int s903 = (int)Math.ceil(903*sfactor); public int s904 = (int)Math.ceil(904*sfactor); public int s905 = (int)Math.ceil(905*sfactor); public int s906 = (int)Math.ceil(906*sfactor); public int s907 = (int)Math.ceil(907*sfactor); public int s908 = (int)Math.ceil(908*sfactor); public int s909 = (int)Math.ceil(909*sfactor); public int s910 = (int)Math.ceil(910*sfactor); public int s911 = (int)Math.ceil(911*sfactor); public int s912 = (int)Math.ceil(912*sfactor); public int s913 = (int)Math.ceil(913*sfactor); public int s914 = (int)Math.ceil(914*sfactor); public int s915 = (int)Math.ceil(915*sfactor); public int s916 = (int)Math.ceil(916*sfactor); public int s917 = (int)Math.ceil(917*sfactor); public int s918 = (int)Math.ceil(918*sfactor); public int s919 = (int)Math.ceil(919*sfactor); public int s920 = (int)Math.ceil(920*sfactor); public int s921 = (int)Math.ceil(921*sfactor); public int s922 = (int)Math.ceil(922*sfactor); public int s923 = (int)Math.ceil(923*sfactor); public int s924 = (int)Math.ceil(924*sfactor); public int s925 = (int)Math.ceil(925*sfactor); public int s926 = (int)Math.ceil(926*sfactor); public int s927 = (int)Math.ceil(927*sfactor); public int s928 = (int)Math.ceil(928*sfactor); public int s929 = (int)Math.ceil(929*sfactor); public int s930 = (int)Math.ceil(930*sfactor); public int s931 = (int)Math.ceil(931*sfactor); public int s932 = (int)Math.ceil(932*sfactor); public int s933 = (int)Math.ceil(933*sfactor); public int s934 = (int)Math.ceil(934*sfactor); public int s935 = (int)Math.ceil(935*sfactor); public int s936 = (int)Math.ceil(936*sfactor); public int s937 = (int)Math.ceil(937*sfactor); public int s938 = (int)Math.ceil(938*sfactor); public int s939 = (int)Math.ceil(939*sfactor); public int s940 = (int)Math.ceil(940*sfactor); public int s941 = (int)Math.ceil(941*sfactor); public int s942 = (int)Math.ceil(942*sfactor); public int s943 = (int)Math.ceil(943*sfactor); public int s944 = (int)Math.ceil(944*sfactor); public int s945 = (int)Math.ceil(945*sfactor); public int s946 = (int)Math.ceil(946*sfactor); public int s947 = (int)Math.ceil(947*sfactor); public int s948 = (int)Math.ceil(948*sfactor); public int s949 = (int)Math.ceil(949*sfactor); public int s950 = (int)Math.ceil(950*sfactor); public int s951 = (int)Math.ceil(951*sfactor); public int s952 = (int)Math.ceil(952*sfactor); public int s953 = (int)Math.ceil(953*sfactor); public int s954 = (int)Math.ceil(954*sfactor); public int s955 = (int)Math.ceil(955*sfactor); public int s956 = (int)Math.ceil(956*sfactor); public int s957 = (int)Math.ceil(957*sfactor); public int s958 = (int)Math.ceil(958*sfactor); public int s959 = (int)Math.ceil(959*sfactor); public int s960 = (int)Math.ceil(960*sfactor); public int s961 = (int)Math.ceil(961*sfactor); public int s962 = (int)Math.ceil(962*sfactor); public int s963 = (int)Math.ceil(963*sfactor); public int s964 = (int)Math.ceil(964*sfactor); public int s965 = (int)Math.ceil(965*sfactor); public int s966 = (int)Math.ceil(966*sfactor); public int s967 = (int)Math.ceil(967*sfactor); public int s968 = (int)Math.ceil(968*sfactor); public int s969 = (int)Math.ceil(969*sfactor); public int s970 = (int)Math.ceil(970*sfactor); public int s971 = (int)Math.ceil(971*sfactor); public int s972 = (int)Math.ceil(972*sfactor); public int s973 = (int)Math.ceil(973*sfactor); public int s974 = (int)Math.ceil(974*sfactor); public int s975 = (int)Math.ceil(975*sfactor); public int s976 = (int)Math.ceil(976*sfactor); public int s977 = (int)Math.ceil(977*sfactor); public int s978 = (int)Math.ceil(978*sfactor); public int s979 = (int)Math.ceil(979*sfactor); public int s980 = (int)Math.ceil(980*sfactor); public int s981 = (int)Math.ceil(981*sfactor); public int s982 = (int)Math.ceil(982*sfactor); public int s983 = (int)Math.ceil(983*sfactor); public int s984 = (int)Math.ceil(984*sfactor); public int s985 = (int)Math.ceil(985*sfactor); public int s986 = (int)Math.ceil(986*sfactor); public int s987 = (int)Math.ceil(987*sfactor); public int s988 = (int)Math.ceil(988*sfactor); public int s989 = (int)Math.ceil(989*sfactor); public int s990 = (int)Math.ceil(990*sfactor); public int s991 = (int)Math.ceil(991*sfactor); public int s992 = (int)Math.ceil(992*sfactor); public int s993 = (int)Math.ceil(993*sfactor); public int s994 = (int)Math.ceil(994*sfactor); public int s995 = (int)Math.ceil(995*sfactor); public int s996 = (int)Math.ceil(996*sfactor); public int s997 = (int)Math.ceil(997*sfactor); public int s998 = (int)Math.ceil(998*sfactor); public int s999 = (int)Math.ceil(999*sfactor); public int s1000 = (int)Math.ceil(1000*sfactor); public int s1231 = (int)Math.ceil(1231*sfactor); public int s1237 = (int)Math.ceil(1237*sfactor); public int s100000 = (int)Math.ceil(100000*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 Trans_State(){ //main constructor targetVSWR = 1.2; targetGamma = 0.09090909; frequency_ref=3.0E9; // reference frequency frequency = 3.0E9; // operating frequency f_ratio = frequency / frequency_ref; zoom_f = false; LockCursor = false; WasVoltage = false; WasCurrent = false; WasPower = false; WasSWP = false; WasVoltPhasor = false; WasCurPhasor = false; WasZ = false; WasY = false; WasGamma = false; epsilon_r=1.0; mu_r=1.0; wavelength = light_velocity/(Math.sqrt(epsilon_r*mu_r)*frequency_ref); wavelength_new = wavelength; Transformer_meters = wavelength * 0.25; ShuntPlace = 0; // Characteristic impedances of the 10 Line Sections ZIMP = new double[10]; ZIMP[0]=50.0; ZIMP[1]=100.0; ZIMP[2]=50.0; ZIMP[3]=150.0; ZIMP[4]=150.0; ZIMP[5]=150.0; ZIMP[6]=150.0; ZIMP[7]=150.0; ZIMP[8]=150.0; ZIMP[9]=150.0; // permittivities of the 10 Line Sections eps_r = new double[10]; eps_r[0]=1.0; eps_r[1]=1.0; eps_r[2]=1.0; eps_r[3]=1.0; eps_r[4]=1.0; eps_r[5]=1.0; eps_r[6]=1.0; eps_r[7]=1.0; eps_r[8]=1.0; eps_r[9]=1.0; lambda = new double[10]; lambda_ref = new double[10]; // reference wavelengths (at the reference frequency) lambda[0]=wavelength * f_ratio/ Math.sqrt(eps_r[0]); lambda[1]=wavelength * f_ratio / Math.sqrt(eps_r[1]); lambda[2]=wavelength * f_ratio / Math.sqrt(eps_r[2]); lambda[3]=wavelength * f_ratio/ Math.sqrt(eps_r[3]); lambda[4]=wavelength * f_ratio / Math.sqrt(eps_r[4]); lambda[5]=wavelength * f_ratio / Math.sqrt(eps_r[5]); lambda[6]=wavelength * f_ratio / Math.sqrt(eps_r[6]); lambda[7]=wavelength * f_ratio / Math.sqrt(eps_r[7]); lambda[8]=wavelength * f_ratio / Math.sqrt(eps_r[8]); lambda[9]=wavelength * f_ratio / Math.sqrt(eps_r[9]); lambda_ref[0]=wavelength / Math.sqrt(eps_r[0]); lambda_ref[1]=wavelength / Math.sqrt(eps_r[1]); lambda_ref[2]=wavelength / Math.sqrt(eps_r[2]); lambda_ref[3]=wavelength / Math.sqrt(eps_r[3]); lambda_ref[4]=wavelength / Math.sqrt(eps_r[4]); lambda_ref[5]=wavelength / Math.sqrt(eps_r[5]); lambda_ref[6]=wavelength / Math.sqrt(eps_r[6]); lambda_ref[7]=wavelength / Math.sqrt(eps_r[7]); lambda_ref[8]=wavelength / Math.sqrt(eps_r[8]); lambda_ref[9]=wavelength / Math.sqrt(eps_r[9]); // Length in wavelength of the 10 Line Sections at the reference frequency Section_length = new double[10]; Section_length_ref = new double[10]; Section_length_meters = new double[10]; Section_length[0] = 0.125 * f_ratio; Section_length[1] = 0.25 * f_ratio; Section_length[2] = 1.1250 * f_ratio; Section_length[3] = 0.0 * f_ratio; Section_length[4] = 0.0 * f_ratio; Section_length[5] = 0.0 * f_ratio; Section_length[6] = 0.0 * f_ratio; Section_length[7] = 0.0 * f_ratio; Section_length[8] = 0.0 * f_ratio; Section_length[9] = 0.0 * f_ratio; Section_length_ref[0] = 0.125; Section_length_ref[1] = 0.25; Section_length_ref[2] = 1.1250; Section_length_ref[3] = 0.0; Section_length_ref[4] = 0.0; Section_length_ref[5] = 0.0; Section_length_ref[6] = 0.0; Section_length_ref[7] = 0.0; Section_length_ref[8] = 0.0; Section_length_ref[9] = 0.0; Section_length_meters[0] = Section_length_ref[0] * wavelength / Math.sqrt(eps_r[0]); Section_length_meters[1] = Section_length_ref[1] * wavelength / Math.sqrt(eps_r[1]); Section_length_meters[2] = Section_length_ref[2] * wavelength / Math.sqrt(eps_r[2]); Section_length_meters[3] = Section_length_ref[3] * wavelength / Math.sqrt(eps_r[3]); Section_length_meters[4] = Section_length_ref[4] * wavelength / Math.sqrt(eps_r[4]); Section_length_meters[5] = Section_length_ref[5] * wavelength / Math.sqrt(eps_r[5]); Section_length_meters[6] = Section_length_ref[6] * wavelength / Math.sqrt(eps_r[6]); Section_length_meters[7] = Section_length_ref[7] * wavelength / Math.sqrt(eps_r[7]); Section_length_meters[8] = Section_length_ref[8] * wavelength / Math.sqrt(eps_r[8]); Section_length_meters[9] = Section_length_ref[9] * wavelength / Math.sqrt(eps_r[9]); locations = new double[10]; locations_ref = new double[10]; // at the central frequency - reference locations_meters = new double[10]; lineLength_meters = Section_length_meters[0]; // in the beginning, locations_ref same as locations (same frequency) locations[0] = Section_length[0]; locations_ref[0] = locations[0]; locations_meters[0] = Section_length_meters[0]; for(int i = 1; i < 10; i++){ locations[i] = locations[i-1] + Section_length[i]; locations_ref[i] = locations[i]; locations_meters[i] = locations_meters[i-1] + Section_length_meters[i]; lineLength_meters = lineLength_meters + Section_length_meters[i]; } lineLength = locations[9]; //location1 = 0.25*lineLength; //location2 = 0.5*lineLength; //location3 = 0.75*lineLength; PlotTimeScale = 2; plotFlag = 0; lineLength_part1 = 1.5; lineLength_part2 = 0.0; lineLength = lineLength_part1 + lineLength_part2; xpos = lineLength; //System.out.println("L = "+lineLength); lineZ0 = ZIMP[0]; ZL = new Complex(100.0,0.0); YL = new Complex(0.01,0.0); ZL_ref = ZL; YL_ref = YL; ZS = new Complex(100.0,100.0); YS = new Complex(0.01,-0.01); ZS_ref = ZS; YS_ref = YS; ZBoundHigh = 100.0; ZBoundLow = 25.0; generator = new Generator(); ZGref = generator.getZg(); //System.out.println(ZGref); stub = new Stub[10]; //public Stub(double length, double position, double Zchar, boolean isParallel, boolean isOpen, boolean isEnable) stub[0] = new Stub(0.125,0.0,ZIMP[0],true,false,false); stub[1] = new Stub(0.25,0.0,ZIMP[1],true,false,false); stub[2] = new Stub(1.1250,0.0,ZIMP[2],true,false,false); stub[3] = new Stub(0.0,0.0,ZIMP[3],true,false,false); stub[4] = new Stub(0.0,0.0,ZIMP[4],true,false,false); stub[5] = new Stub(0.0,0.0,ZIMP[5],true,false,false); stub[6] = new Stub(0.0,0.0,ZIMP[6],true,false,false); stub[7] = new Stub(0.0,0.0,ZIMP[7],true,false,false); stub[8] = new Stub(0.0,0.0,ZIMP[8],true,false,false); stub[9] = new Stub(0.0,0.0,ZIMP[9],true,false,false); wavelength = light_velocity/(Math.sqrt(epsilon_r*mu_r)*frequency); IsLoadRegular = true; IsLoadShort = false; IsLoadOpen = false; IsLoadImaginary = false; IsIncident = false; IsReflected = false; IsTotal =true; IsTcpVisible = true; IwantTraceOn = true; TraceWasOn = true; Pw = new double[3]; is_Load_Ztype = true; is_Shunt_Ztype = true; //Zin = EMF.computeZinAt(ZL, lineZ0, 0.0, false); //Yin = EMF.computeYinAt(YL, lineZ0, 0.0, false); Zin = EMF.computeZinAt(ZL, ZIMP[0], 0.0, false); Yin = EMF.computeYinAt(YL, ZIMP[0], 0.0, false); //GammaL = EMF.computeGamma(ZL, lineZ0); GammaL = EMF.computeGamma(ZL, ZIMP[0]); Gammain = EMF.computeGammaAt(GammaL, 0.0); //VPlus = EMF.computeVPlus(generator,ZL,lineZ0,lineLength); //Vin = EMF.computeVat(ZL,lineZ0,VPlus,xpos); //Iin = EMF.computeIat(ZL,lineZ0,VPlus,xpos); VPlus = EMF.computeVPlus(generator,ZL,ZIMP[0],lineLength); Vin = EMF.computeVat(ZL,ZIMP[0],VPlus,xpos); Iin = EMF.computeIat(ZL,ZIMP[0],VPlus,xpos); VSWR = EMF.computeSWR(GammaL); VSWRin = EMF.computeSWR(Gammain); //VSWRin = (1.0+Complex.Magnitude(Gammain))/(1-Complex.Magnitude(Gammain)); //Pw = EMF.PowerDelivered(generator,VPlus,ZL,0.0,lineZ0,lineLength); Pw = EMF.PowerDelivered(generator,VPlus,ZL,0.0,ZIMP[0],lineLength); //Plot Parameters Initialization Voltage = new Complex[NPoints]; Current = new Complex[NPoints]; Impedance = new Complex[NPoints]; Admittance = new Complex[NPoints]; RefCoef = new Complex[NPoints]; Power = new Complex[NPoints]; x = new double[NPoints]; y1 = new double[NPoints]; y2 = new double[NPoints]; // Voltage envelope for time-dependent plot yV1 = new double[NPoints]; yV2 = new double[NPoints]; NTime=360; ctime=0; dtime=10; timeFactor = new Complex(Math.cos(2.0*Math.PI*ctime/NTime), Math.sin(2.0*Math.PI*ctime/NTime)); iarray = new int[10]; VPP = new Complex[10]; 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); ignition(); } 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); s100000 = (int)Math.ceil(100000*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 synchronized void ignition(){ 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; IsMac = false; } else{ IsWindows = false; } if(MAC_OS_X){ IsMac = true; IsWindows = false; } else{ IsMac = false; } //System.out.println(lcOSName); // Lines other than transformer have same characteristics double Ztemp1, Ztemp2; //System.out.println("VSWR target = "+targetVSWR); ZIMP[2] = ZIMP[0]; eps_r[2] = eps_r[0]; // CHANGE - IMPOSE SAME epsilon IN ALL LINES eps_r[1] = eps_r[0]; targetGamma = (targetVSWR -1)/(targetVSWR + 1); f_ratio = frequency / frequency_ref; wavelength = light_velocity/(Math.sqrt(epsilon_r*mu_r)*frequency_ref); //at the refernce frequency wavelength_new = wavelength / f_ratio; lambda[0]=wavelength_new / Math.sqrt(eps_r[0]); lambda[1]=wavelength_new / Math.sqrt(eps_r[1]); lambda[2]=wavelength_new / Math.sqrt(eps_r[2]); lambda[3]=wavelength_new / Math.sqrt(eps_r[3]); lambda[4]=wavelength_new / Math.sqrt(eps_r[4]); lambda[5]=wavelength_new / Math.sqrt(eps_r[5]); lambda[6]=wavelength_new / Math.sqrt(eps_r[6]); lambda[7]=wavelength_new / Math.sqrt(eps_r[7]); lambda[8]=wavelength_new / Math.sqrt(eps_r[8]); lambda[9]=wavelength_new / Math.sqrt(eps_r[9]); lambda_ref[0]=wavelength / Math.sqrt(eps_r[0]); lambda_ref[1]=wavelength / Math.sqrt(eps_r[1]); lambda_ref[2]=wavelength / Math.sqrt(eps_r[2]); lambda_ref[3]=wavelength / Math.sqrt(eps_r[3]); lambda_ref[4]=wavelength / Math.sqrt(eps_r[4]); lambda_ref[5]=wavelength / Math.sqrt(eps_r[5]); lambda_ref[6]=wavelength / Math.sqrt(eps_r[6]); lambda_ref[7]=wavelength / Math.sqrt(eps_r[7]); lambda_ref[8]=wavelength / Math.sqrt(eps_r[8]); lambda_ref[9]=wavelength / Math.sqrt(eps_r[9]); Section_length_ref[2] = 1.25 - Section_length_ref[0]; Transformer_meters = lambda[1] * 0.25; Section_length[0] = Section_length_ref[0] * f_ratio; Section_length[1] = Section_length_ref[1] * f_ratio; Section_length[2] = Section_length_ref[2] * f_ratio; Section_length[3] = Section_length_ref[3] * f_ratio; Section_length[4] = Section_length_ref[4] * f_ratio; Section_length[5] = Section_length_ref[5] * f_ratio; Section_length[6] = Section_length_ref[6] * f_ratio; Section_length[7] = Section_length_ref[7] * f_ratio; Section_length[8] = Section_length_ref[8] * f_ratio; Section_length[9] = Section_length_ref[9] * f_ratio; Section_length_meters[0] = Section_length_ref[0] * lambda_ref[0]; Section_length_meters[1] = Section_length_ref[1] * lambda_ref[1]; Section_length_meters[2] = Section_length_ref[2] * lambda_ref[2]; Section_length_meters[3] = Section_length_ref[3] * lambda_ref[3]; Section_length_meters[4] = Section_length_ref[4] * lambda_ref[4]; Section_length_meters[5] = Section_length_ref[5] * lambda_ref[5]; Section_length_meters[6] = Section_length_ref[6] * lambda_ref[6]; Section_length_meters[7] = Section_length_ref[7] * lambda_ref[7]; Section_length_meters[8] = Section_length_ref[8] * lambda_ref[8]; Section_length_meters[9] = Section_length_ref[9] * lambda_ref[9]; locations[0] = Section_length[0]; locations_ref[0] = Section_length_ref[0]; locations_meters[0] = Section_length_meters[0]; //lineLength_meters = 0.0; for(int i = 1; i < 10; i++){ locations[i] = locations[i-1] + Section_length[i]; locations_ref[i] = locations_ref[i-1] + Section_length_ref[i]; locations_meters[i] = locations_meters[i-1] + Section_length_meters[i]; } lineLength = locations[9]; lineLength_meters = 0.0; for(int i = 0; i < 10; i++){ lineLength_meters = lineLength_meters + Section_length_meters[i]; } if(LockCursor){ xpos = locations[1]; } if(xpos <= locations[0] ){ xpos_meters = xpos * lambda[0]; } else if(xpos > locations[0] && xpos <= locations[1] ){ xpos_meters = locations_meters[0] + (xpos - locations[0]) * lambda[1]; } else if(xpos > locations[1] && xpos <= locations[2] ){ xpos_meters = locations_meters[1] + (xpos - locations[1]) * lambda[2]; } else if(xpos > locations[2] && xpos <= locations[3] ){ xpos_meters = locations_meters[2] + (xpos - locations[2]) * lambda[3]; } else if(xpos > locations[3] && xpos <= locations[4] ){ xpos_meters = locations_meters[3] + (xpos - locations[3]) * lambda[4]; } else if(xpos > locations[4] && xpos <= locations[5] ){ xpos_meters = locations_meters[4] + (xpos - locations[4]) * lambda[5]; } else if(xpos > locations[5] && xpos <= locations[6] ){ xpos_meters = locations_meters[5] + (xpos - locations[5]) * lambda[6]; } else if(xpos > locations[6] && xpos <= locations[7] ){ xpos_meters = locations_meters[6] + (xpos - locations[6]) * lambda[7]; } else if(xpos > locations[7] && xpos <= locations[8] ){ xpos_meters = locations_meters[7] + (xpos - locations[7]) * lambda[8]; } else if(xpos > locations[8] && xpos <= locations[9] ){ xpos_meters = locations_meters[8] + (xpos - locations[8]) * lambda[9]; } Ztemp1 = ZIMP[0] * (1.0 + Complex.Magnitude(GammaL))/(1.0 - Complex.Magnitude(GammaL)); Ztemp2 = ZIMP[0] * (1.0 - Complex.Magnitude(GammaL))/(1.0 + Complex.Magnitude(GammaL)); ZBoundHigh = Math.max(Ztemp1, Ztemp2); ZBoundLow = Math.min(Ztemp1, Ztemp2); //System.out.println("ZHIGH = "+ZBoundHigh+" ZLOW = "+ZBoundLow); // Load - imaginary part for frequency different from reference double rea_ref = 0.0; double img_ref = 0.0; double rea = 0.0; double img = 0.0; if(is_Load_Ztype){ rea_ref = Complex.Real(ZL_ref); img_ref = Complex.Imaginary(ZL_ref); if(frequency != frequency_ref){ rea = rea_ref; if(img_ref == 0.0){ img = 0.0; } else if(img_ref > 0.0){ img = img_ref * f_ratio; } else{ img = img_ref / f_ratio; } ZL = new Complex(rea,img); } else{ ZL = ZL_ref; } } else{ rea_ref = Complex. Real(YL_ref); img_ref = Complex.Imaginary(YL_ref); if(frequency != frequency_ref){ rea = rea_ref; if(img_ref == 0.0){ img = 0.0; } else if(img_ref > 0.0){ img = img_ref * f_ratio; } else{ img = img_ref / f_ratio; } YL = new Complex(rea,img); } else{ YL = YL_ref;} } // SHUNT ELEMENT - set for frequency change double reaS_ref = 0.0; double imgS_ref = 0.0; double reaS = 0.0; double imgS = 0.0; if(is_Load_Ztype){ reaS_ref = Complex.Real(ZS_ref); imgS_ref = Complex.Imaginary(ZS_ref); if(frequency != frequency_ref){ reaS = reaS_ref; if(imgS_ref == 0.0){ imgS = 0.0; } else if(imgS_ref > 0.0){ imgS = imgS_ref * f_ratio; } else{ imgS = imgS_ref / f_ratio; } ZS = new Complex(reaS,imgS); } else{ ZS = ZS_ref; } } else{ reaS_ref = Complex. Real(YS_ref); imgS_ref = Complex.Imaginary(YS_ref); if(frequency != frequency_ref){ reaS = reaS_ref; if(imgS_ref == 0.0){ imgS = 0.0; } else if(imgS_ref > 0.0){ imgS = imgS_ref * f_ratio; } else{ imgS = imgS_ref / f_ratio; } YS = new Complex(reaS,imgS); } else{ YS = YS_ref;} } //--------------------------------------------- if(is_Load_Ztype){ //GammaL = EMF.computeGamma(ZL,lineZ0,true); GammaL = EMF.computeGamma(ZL,ZIMP[0],true); if(Complex.Real(ZL) ==0.0 && Complex.Imaginary(ZL)!=0.0){ YL = new Complex(0.0, - 1.0/Complex.Imaginary(ZL)); } else{ //YL = EMF.computeYinAt(GammaL,lineZ0,0.0,true); YL = EMF.computeYinAt(GammaL,ZIMP[0],0.0,true); } if(Complex.Real(ZL)==0.0 && Complex.Imaginary(ZL)==0.0){ IsLoadShort = true; IsLoadOpen = false; IsLoadImaginary = false; IsLoadRegular = false; } else if((Complex.Real(ZL)==0.0 && Complex.Imaginary(ZL)<-1.0E130)||Complex.Magnitude(ZL)>1.0E130){ IsLoadOpen = true; IsLoadShort = false; IsLoadImaginary = false; IsLoadRegular = false; } else if(Complex.Real(ZL)==0.0 && Complex.Imaginary(ZL)!=0.0){ IsLoadImaginary = true; IsLoadShort = false; IsLoadOpen = false; IsLoadRegular = false; } else if((Complex.Real(ZL)!=0.0 && Complex.Imaginary(ZL)!=0.0) || (Complex.Real(ZL)!=0.0 && Complex.Imaginary(ZL)==0.0)) { IsLoadRegular = true; IsLoadShort = false; IsLoadOpen = false; IsLoadImaginary = false; } } else{ //GammaL = EMF.computeGamma(YL,lineZ0,false); GammaL = EMF.computeGamma(YL,ZIMP[0],false); if(Complex.Real(YL) ==0.0 && Complex.Imaginary(YL)!=0.0){ ZL = new Complex(0.0, - 1.0/Complex.Imaginary(YL)); } else{ //ZL = EMF.computeZinAt(GammaL,lineZ0,0.0,true); ZL = EMF.computeZinAt(GammaL,ZIMP[0],0.0,true); } if(Complex.Real(YL)==0.0 && Complex.Imaginary(YL)==0.0){ IsLoadShort = false; IsLoadOpen = true; IsLoadImaginary = false; IsLoadRegular = false; } else if((Complex.Real(YL)==0.0 && Complex.Imaginary(YL)<-1.0E130)||Complex.Magnitude(YL)>1.0E100 || Complex.Magnitude(ZL)==0.0){ IsLoadOpen = false; IsLoadShort = true; IsLoadImaginary = false; IsLoadRegular = false; } else if(Complex.Real(YL)==0.0 && Complex.Imaginary(YL)!=0.0){ IsLoadImaginary = true; IsLoadShort = false; IsLoadOpen = false; IsLoadRegular = false; } else if((Complex.Real(YL)!=0.0 && Complex.Imaginary(YL)!=0.0) || (Complex.Real(YL)!=0.0 && Complex.Imaginary(YL)==0.0)) { IsLoadRegular = true; IsLoadShort = false; IsLoadOpen = false; IsLoadImaginary = false; } } if(is_Shunt_Ztype){ if(Complex.Real(ZS) ==0.0 && Complex.Imaginary(ZS)!=0.0){ YS = new Complex(0.0, - 1.0/Complex.Imaginary(ZS)); } else if(Complex.Real(ZS) ==0.0 && Complex.Imaginary(ZS)==0.0){ YS = new Complex(0.0, - 1.0E130); } else{ YS = Complex.Divide(one,ZS); } } else{ if(Complex.Real(YS) ==0.0 && Complex.Imaginary(YS)!=0.0){ ZS = new Complex(0.0, - 1.0/Complex.Imaginary(YS)); } else if(Complex.Real(YS) ==0.0 && Complex.Imaginary(YS)==0.0){ ZS = new Complex(0.0, - 1.0E130); } else{ ZS = Complex.Divide(one,YS); } } { VSWR = EMF.computeSWR(GammaL); IsTcpVisible = false; //Y0 is admittance at first interface Y0 = EMF.computeYinAt(YL,ZIMP[0],locations[0],false); if(ShuntPlace == 10){Y0 = Complex.Add(Y0, YS);} Gamma0 = EMF.computeGamma(Y0,ZIMP[1],false); //Y1 is admittance at second interface Y1 = EMF.computeYinAt(Y0,ZIMP[1],locations[1]-locations[0],false); if(ShuntPlace == 9){Y1 = Complex.Add(Y1, YS);} Gamma1 = EMF.computeGamma(Y1,ZIMP[2],false); //Y2 is admittance at third interface Y2 = EMF.computeYinAt(Y1,ZIMP[2],locations[2]-locations[1],false); //Complex testcomplex = new Complex(100.0,100.0); //Y2 = Complex.Add(Y2,Complex.Divide(one,testcomplex)); if(ShuntPlace == 8){Y2 = Complex.Add(Y2, YS);} Gamma2 = EMF.computeGamma(Y2,ZIMP[3],false); //Y3 is admittance at fourth interface Y3 = EMF.computeYinAt(Y2,ZIMP[3],locations[3]-locations[2],false); if(ShuntPlace == 7){Y3 = Complex.Add(Y3, YS);} Gamma3 = EMF.computeGamma(Y3,ZIMP[4],false); //Y4 is admittance at fifth interface Y4 = EMF.computeYinAt(Y3,ZIMP[4],locations[4]-locations[3],false); if(ShuntPlace == 6){Y4 = Complex.Add(Y4, YS);} Gamma4 = EMF.computeGamma(Y4,ZIMP[5],false); //Y5 is admittance at sixth interface Y5 = EMF.computeYinAt(Y4,ZIMP[5],locations[5]-locations[4],false); if(ShuntPlace == 5){Y5 = Complex.Add(Y5, YS);} Gamma5 = EMF.computeGamma(Y5,ZIMP[6],false); //Y6 is admittance at seventh interface Y6 = EMF.computeYinAt(Y5,ZIMP[6],locations[6]-locations[5],false); if(ShuntPlace == 4){Y6 = Complex.Add(Y6, YS);} Gamma6 = EMF.computeGamma(Y6,ZIMP[7],false); //Y7 is admittance at eighth interface Y7 = EMF.computeYinAt(Y6,ZIMP[7],locations[7]-locations[6],false); if(ShuntPlace == 3){Y7 = Complex.Add(Y7, YS);} Gamma7 = EMF.computeGamma(Y7,ZIMP[8],false); //Y8 is admittance at nineth interface Y8 = EMF.computeYinAt(Y7,ZIMP[8],locations[8]-locations[7],false); if(ShuntPlace == 2){Y8 = Complex.Add(Y8, YS);} Gamma8 = EMF.computeGamma(Y8,ZIMP[9],false); //Y9 is admittance at tenth interface (input) Y9 = EMF.computeYinAt(Y8,ZIMP[9],locations[9]-locations[8],false); if(ShuntPlace == 1){Y9 = Complex.Add(Y9, YS);} Gamma9 = EMF.computeGamma(Y9,ZIMP[9],false); SPos0 = (int)((NPoints-1)*locations[0]/lineLength); SPos1 = (int)((NPoints-1)*locations[1]/lineLength); SPos2 = (int)((NPoints-1)*locations[2]/lineLength); SPos3 = (int)((NPoints-1)*locations[3]/lineLength); SPos4 = (int)((NPoints-1)*locations[4]/lineLength); SPos5 = (int)((NPoints-1)*locations[5]/lineLength); SPos6 = (int)((NPoints-1)*locations[6]/lineLength); SPos7 = (int)((NPoints-1)*locations[7]/lineLength); SPos8 = (int)((NPoints-1)*locations[8]/lineLength); SPos9 = (int)((NPoints-1)*locations[9]/lineLength); //Find impedance and admittance looking from the input terminals of the transmission line if(ShuntPlace == 1){ Zinput = EMF.computeZinAt(Gamma9,ZIMP[9],0.0,true); Yinput = EMF.computeYinAt(Gamma9,ZIMP[9],0.,true); } else{ Zinput = EMF.computeZinAt(Gamma8,ZIMP[9],lineLength-locations[8],true); Yinput = EMF.computeYinAt(Gamma8,ZIMP[9],lineLength-locations[8],true); } //Gammainput = EMF.computeGammaAt(Gamma8,lineLength-locations[8]); /* Gammainput = Gammain; //System.out.println("Zinput = "+Zinput+" Gammainput = "+Gammain); //-------------------------------------------------------------------- Complex Zat0, Zat1, Zat2, Zat3; Zat0 = ZL; Zat1 = EMF.computeZinAt(Gamma1,ZIMP[0],locations[0],true); Zat2 = EMF.computeZinAt(Gamma2,ZIMP[1],locations[1],true); Zat3 = EMF.computeZinAt(Gamma3,ZIMP[2],locations[2],true); //Find VPlus Complex tempc, VPtest; tempc = new Complex(Math.cos(EMF.beta*(lineLength-locations[2])), Math.sin(EMF.beta*(lineLength-locations[2]))); VPP[2] = Complex.Divide(EMF.voltageDivider(generator,Zinput), Complex.Multiply(tempc,Complex.Add(1.0,Gammain)) ); VPP[1] = Complex.Divide(EMF.voltageDivider(generator,Zinput), Complex.Multiply(tempc,Complex.Add(1.0,Gammain)) ); //-------------------------------------------------------------------- VPP[8] = Complex.Divide( EMF.computeVat(Gamma8,ZIMP[9],VPlus,0.0,true), EMF.computeVat(Gamma7,ZIMP[8],one,locations[8]-locations[7],true) ); //System.out.println("VPlus = "+VPlus+" Vin = "+VPtest); //Pw = EMF.PowerDelivered(generator,VPlus,Zinput,0.0,lineZ0,0.0); Pw = EMF.PowerDelivered(generator,VPlus,Zinput,0.0,ZIMP[9],0.0); */ //Gammainput = Gamma9; Gamma2 = Gammain; Gamma3 = Gammain; Gamma4 = Gammain; Gamma5 = Gammain; Gamma6 = Gammain; Gamma7 = Gammain; Gamma8 = Gammain; Gamma9 = Gammain; //Find VPlus Complex tempc, tempcc; tempc = new Complex(Math.cos(EMF.beta*(lineLength-locations[8])), Math.sin(EMF.beta*(lineLength-locations[8])) ); VPlus = Complex.Divide(EMF.voltageDivider(generator,Zinput), Complex.Multiply(tempc, Complex.Add(1.0,EMF.computeGammaAt(Gamma8,lineLength-locations[8]) ) ) ); Complex VPlusPlus; tempcc = new Complex(Math.cos(EMF.beta*(lineLength-locations[1])), Math.sin(EMF.beta*(lineLength-locations[1]))); VPlusPlus = Complex.Divide(EMF.voltageDivider(generator,Zinput), Complex.Multiply(tempcc, Complex.Add(1.0,EMF.computeGammaAt(Gamma1,lineLength-locations[1]) ) ) ); //Pw = EMF.PowerDelivered(generator,VPlus,Zinput,0.0,lineZ0,0.0); Pw = EMF.PowerDelivered(generator,VPlus,Zinput,0.0,ZIMP[9],0.0); //System.out.println(Gammain+" "+Gamma2+" "+Gamma1); //System.out.println(locations[1]+" "+lineLength+" "+EMF.voltageDivider(generator,Zinput)+" "+VPlusPlus+" "+Gamma1); //System.out.println(Complex.Add(1.0,EMF.computeGammaAt(Gamma1,lineLength-locations[1]))+" "+tempcc+" "+Math.cos(EMF.beta*lineLength-locations[1])); //System.out.println(Math.cos(EMF.beta*(lineLength-locations[1]))+" "+EMF.beta); //System.out.println("locationA = "+locations[9]); VPP[8] = Complex.Divide( EMF.computeVat(Gamma8,ZIMP[9],VPlus,0.0,true), EMF.computeVat(Gamma7,ZIMP[8],one,locations[8]-locations[7],true) ); VPP[7] = Complex.Divide( EMF.computeVat(Gamma7,ZIMP[8],VPP[8],0.0,true), EMF.computeVat(Gamma6,ZIMP[7],one,locations[7]-locations[6],true) ); VPP[6] = Complex.Divide( EMF.computeVat(Gamma6,ZIMP[7],VPP[7],0.0,true), EMF.computeVat(Gamma5,ZIMP[6],one,locations[6]-locations[5],true) ); VPP[5] = Complex.Divide( EMF.computeVat(Gamma5,ZIMP[6],VPP[6],0.0,true), EMF.computeVat(Gamma4,ZIMP[5],one,locations[5]-locations[4],true) ); VPP[4] = Complex.Divide( EMF.computeVat(Gamma4,ZIMP[5],VPP[5],0.0,true), EMF.computeVat(Gamma3,ZIMP[4],one,locations[4]-locations[3],true) ); VPP[3] = Complex.Divide( EMF.computeVat(Gamma3,ZIMP[4],VPP[4],0.0,true), EMF.computeVat(Gamma2,ZIMP[3],one,locations[3]-locations[2],true) ); VPP[2] = Complex.Divide( EMF.computeVat(Gamma2,ZIMP[3],VPP[3],0.0,true), EMF.computeVat(Gamma1,ZIMP[2],one,locations[2]-locations[1],true) ); VPP[1] = Complex.Divide( EMF.computeVat(Gamma1,ZIMP[2],VPP[2],0.0,true), EMF.computeVat(Gamma0,ZIMP[1],one,locations[1]-locations[0],true) ); VPP[0] = Complex.Divide( EMF.computeVat(Gamma0,ZIMP[1],VPP[1],0.0,true), EMF.computeVat(GammaL,ZIMP[0],one,locations[0],true) ); VPmax = VPlus; for(int i=0 ; i<9; i++){ if(Complex.Magnitude(VPP[i]) > Complex.Magnitude(VPmax)){VPmax = VPP[i];} } ZIMPmin = ZIMP[0]; for(int i=1 ; i<9; i++){ if(ZIMP[i]< ZIMPmin){ZIMPmin = ZIMP[i];} } //if(xpos <= locations[0]){ if(xpos < locations[0]){ if(is_Load_Ztype){ Yin = EMF.computeYinAt(GammaL,ZIMP[0],xpos,true); Zin = EMF.Inv(Yin); } else { Zin = EMF.computeZinAt(GammaL,ZIMP[0],xpos,true); Yin = EMF.Inv(Zin); } Gammain = EMF.computeGammaAt(GammaL,xpos); Vin = EMF.computeVat(GammaL,ZIMP[0],VPP[0],xpos,true); Iin = EMF.computeIat(GammaL,ZIMP[0],VPP[0],xpos,true); lineZ0 = ZIMP[0]; } //else if(xpos <= locations[1] && xpos > locations[0]){ else if(xpos < locations[1] && xpos >= locations[0]){ if(is_Load_Ztype){ Yin = EMF.computeYinAt(Gamma0,ZIMP[1],xpos-locations[0],true); Zin = EMF.Inv(Yin); } else { Zin = EMF.computeZinAt(Gamma0,ZIMP[1],xpos-locations[0],true); Yin = EMF.Inv(Zin); } Gammain = EMF.computeGammaAt(Gamma0,xpos-locations[0]); Vin = EMF.computeVat(Gamma0,ZIMP[1],VPP[1],xpos-locations[0],true); Iin = EMF.computeIat(Gamma0,ZIMP[1],VPP[1],xpos-locations[0],true); lineZ0 = ZIMP[1]; } //else if(xpos <= locations[2] && xpos > locations[1]){ else if(xpos <= locations[2] && xpos >= locations[1]){ if(is_Load_Ztype){ Yin = EMF.computeYinAt(Gamma1,ZIMP[2],xpos-locations[1],true); Zin = EMF.Inv(Yin); } else { Zin = EMF.computeZinAt(Gamma1,ZIMP[2],xpos-locations[1],true); Yin = EMF.Inv(Zin); } Gammain = EMF.computeGammaAt(Gamma1,xpos-locations[1]); Vin = EMF.computeVat(Gamma1,ZIMP[2],VPP[2],xpos-locations[1],true); Iin = EMF.computeIat(Gamma1,ZIMP[2],VPP[2],xpos-locations[1],true); lineZ0 = ZIMP[2]; } // CONDITIONS BELOW ARE NOT USED - THEREFORE ABOVE xpos <= locations [2] otherwise only < //else if(xpos <= locations[3] && xpos > locations[2]){ else if(xpos < locations[3] && xpos >= locations[2]){ if(is_Load_Ztype){ Yin = EMF.computeYinAt(Gamma2,ZIMP[3],xpos-locations[2],true); Zin = EMF.Inv(Yin); } else { Zin = EMF.computeZinAt(Gamma2,ZIMP[3],xpos-locations[2],true); Yin = EMF.Inv(Zin); } Gammain = EMF.computeGammaAt(Gamma2,xpos-locations[2]); Vin = EMF.computeVat(Gamma2,ZIMP[3],VPP[3],xpos-locations[2],true); Iin = EMF.computeIat(Gamma2,ZIMP[3],VPP[3],xpos-locations[2],true); lineZ0 = ZIMP[3]; } //else if(xpos <= locations[4] && xpos > locations[3]){ else if(xpos < locations[4] && xpos >= locations[3]){ if(is_Load_Ztype){ Yin = EMF.computeYinAt(Gamma3,ZIMP[4],xpos-locations[3],true); Zin = EMF.Inv(Yin); } else { Zin = EMF.computeZinAt(Gamma3,ZIMP[4],xpos-locations[3],true); Yin = EMF.Inv(Zin); } Gammain = EMF.computeGammaAt(Gamma3,xpos-locations[3]); Vin = EMF.computeVat(Gamma3,ZIMP[4],VPP[4],xpos-locations[3],true); Iin = EMF.computeIat(Gamma3,ZIMP[4],VPP[4],xpos-locations[3],true); lineZ0 = ZIMP[4]; } //else if(xpos <= locations[5] && xpos > locations[4]){ else if(xpos < locations[5] && xpos >= locations[4]){ if(is_Load_Ztype){ Yin = EMF.computeYinAt(Gamma4,ZIMP[5],xpos-locations[4],true); Zin = EMF.Inv(Yin); } else { Zin = EMF.computeZinAt(Gamma4,ZIMP[5],xpos-locations[4],true); Yin = EMF.Inv(Zin); } Gammain = EMF.computeGammaAt(Gamma4,xpos-locations[4]); Vin = EMF.computeVat(Gamma4,ZIMP[5],VPP[5],xpos-locations[4],true); Iin = EMF.computeIat(Gamma4,ZIMP[5],VPP[5],xpos-locations[4],true); lineZ0 = ZIMP[5]; } //else if(xpos <= locations[6] && xpos > locations[5]){ else if(xpos < locations[6] && xpos >= locations[5]){ if(is_Load_Ztype){ Yin = EMF.computeYinAt(Gamma5,ZIMP[6],xpos-locations[5],true); Zin = EMF.Inv(Yin); } else { Zin = EMF.computeZinAt(Gamma5,ZIMP[6],xpos-locations[5],true); Yin = EMF.Inv(Zin); } Gammain = EMF.computeGammaAt(Gamma5,xpos-locations[5]); Vin = EMF.computeVat(Gamma5,ZIMP[6],VPP[6],xpos-locations[5],true); Iin = EMF.computeIat(Gamma5,ZIMP[6],VPP[6],xpos-locations[5],true); lineZ0 = ZIMP[6]; } //else if(xpos <= locations[7] && xpos > locations[6]){ else if(xpos < locations[7] && xpos >= locations[6]){ if(is_Load_Ztype){ Yin = EMF.computeYinAt(Gamma6,ZIMP[7],xpos-locations[6],true); Zin = EMF.Inv(Yin); } else { Zin = EMF.computeZinAt(Gamma6,ZIMP[7],xpos-locations[6],true); Yin = EMF.Inv(Zin); } Gammain = EMF.computeGammaAt(Gamma6,xpos-locations[6]); Vin = EMF.computeVat(Gamma6,ZIMP[7],VPP[7],xpos-locations[6],true); Iin = EMF.computeIat(Gamma6,ZIMP[7],VPP[7],xpos-locations[6],true); lineZ0 = ZIMP[7]; } //else if(xpos <= locations[8] && xpos > locations[7]){ else if(xpos < locations[8] && xpos >= locations[7]){ if(is_Load_Ztype){ Yin = EMF.computeYinAt(Gamma7,ZIMP[8],xpos-locations[7],true); Zin = EMF.Inv(Yin); } else { Zin = EMF.computeZinAt(Gamma7,ZIMP[8],xpos-locations[7],true); Yin = EMF.Inv(Zin); } Gammain = EMF.computeGammaAt(Gamma7,xpos-locations[7]); Vin = EMF.computeVat(Gamma7,ZIMP[8],VPP[8],xpos-locations[7],true); Iin = EMF.computeIat(Gamma7,ZIMP[8],VPP[8],xpos-locations[7],true); lineZ0 = ZIMP[8]; } //else if(xpos <= locations[9] && xpos > locations[8]){ else if(xpos < locations[9] && xpos >= locations[8]){ if(is_Load_Ztype){ Yin = EMF.computeYinAt(Gamma8,ZIMP[9],xpos-locations[8],true); Zin = EMF.Inv(Yin); } else { Zin = EMF.computeZinAt(Gamma8,ZIMP[9],xpos-locations[8],true); Yin = EMF.Inv(Zin); } Gammain = EMF.computeGammaAt(Gamma8,xpos-locations[8]); Vin = EMF.computeVat(Gamma8,ZIMP[9],VPlus,xpos-locations[8],true); Iin = EMF.computeIat(Gamma8,ZIMP[9],VPlus,xpos-locations[8],true); lineZ0 = ZIMP[9]; } VSWRin = EMF.computeSWR(Gammain); //VSWRin = (1.0+Complex.Magnitude(Gammain))/(1-Complex.Magnitude(Gammain)); /* else { if(is_Load_Ztype){ Yin = EMF.computeYinAt(Gamma2,ZIMP[3],xpos-location3,true); Zin = EMF.Inv(Yin); } else { Zin = EMF.computeZinAt(Gamma2,ZIMP[3],xpos-location3,true); Yin = EMF.Inv(Zin); } Gammain = EMF.computeGammaAt(Gamma2,xpos-location3); Vin = EMF.computeVat(Gamma2,ZIMP[3],VPlus,xpos-location3,true); Iin = EMF.computeIat(Gamma2,ZIMP[3],VPlus,xpos-location3,true); lineZ0 = ZIMP[3]; }*/ /* int first = 0, second = 0; for(int i=0; i < 10; i++){ for(int j=0; j < 10; j++){ for(int k=0; k < 10; k++){ for(int l=0; l < 10; l++){ for(int m=0; m < 10; m++){ first = (i*10000 + j*1000 + k * 100 + l * 10 + m) * 4; second = m*10000 + l*1000 + k * 100 + j * 10 + i; if(first == second){ System.out.println(second+" "+first+" "+i+" "+j+" "+k+" "+l+" "+m); } } } } } } */ } } public synchronized void increment(){ ctime+=dtime; if(ctime>NTime){ ctime -= NTime; } } public synchronized void reset(){ ctime=0; } public void ScanImpedance(){ int i; Complex tempC = new Complex(0.0,0.0); for(i = 0; i < SPos0; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(YL,ZIMP[0],x[i],false); } for(i = SPos0; i < SPos1; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y0,ZIMP[1],x[i]-locations[0],false); tempC = EMF.Inv(Admittance[i]); //System.out.println(i+" "+x[i]+" "+Admittance[i]+" "+tempC.Real()+" "+tempC.Imaginary()); } for(i = SPos1; i < SPos2; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y1,ZIMP[2],x[i]-locations[1],false); } for(i = SPos2; i < SPos3; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y2,ZIMP[3],x[i]-locations[2],false); } for(i = SPos3; i < SPos4; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y3,ZIMP[4],x[i]-locations[3],false); } for(i = SPos4; i < SPos5; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y4,ZIMP[5],x[i]-locations[4],false); } for(i = SPos5; i < SPos6; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y5,ZIMP[6],x[i]-locations[5],false); } for(i = SPos6; i < SPos7; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y6,ZIMP[7],x[i]-locations[6],false); } for(i = SPos7; i < SPos8; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y7,ZIMP[8],x[i]-locations[7],false); } for(i = SPos8; i < NPoints; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y8,ZIMP[9],x[i]-locations[8],false); } for(i = 0; i < NPoints; i++){ Impedance[i] = EMF.Inv(Admittance[i]); y1[i] = Impedance[i].Real(); y2[i] = Impedance[i].Imaginary(); } y1[NPoints-1] = y1[NPoints-2]; y2[NPoints-1] = y2[NPoints-2]; } public void ScanAdmittance(){ int i; for(i = 0; i < SPos0; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(YL,ZIMP[0],x[i],false); } for(i = SPos0; i < SPos1; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y0,ZIMP[1],x[i]-locations[0],false); } for(i = SPos1; i < SPos2; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y1,ZIMP[2],x[i]-locations[1],false); } for(i = SPos2; i < SPos3; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y2,ZIMP[3],x[i]-locations[2],false); } for(i = SPos3; i < SPos4; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y3,ZIMP[4],x[i]-locations[3],false); } for(i = SPos4; i < SPos5; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y4,ZIMP[5],x[i]-locations[4],false); } for(i = SPos5; i < SPos6; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y5,ZIMP[6],x[i]-locations[5],false); } for(i = SPos6; i < SPos7; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y6,ZIMP[7],x[i]-locations[6],false); } for(i = SPos7; i < SPos8; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y7,ZIMP[8],x[i]-locations[7],false); } for(i = SPos8; i < NPoints; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Admittance[i] = EMF.computeYinAt(Y8,ZIMP[9],x[i]-locations[8],false); } for(i = 0; i < NPoints; i++){ y1[i] = Admittance[i].Real(); y2[i] = Admittance[i].Imaginary(); } y1[NPoints-1] = y1[NPoints-2]; y2[NPoints-1] = y2[NPoints-2]; } public void ScanReflectionCoefficient(){ int i; for(i = 0; i < SPos0; i++){ x[i] = (i+1) * lineLength/(NPoints-1); RefCoef[i] = EMF.computeGammaAt(GammaL,x[i]); } for(i = SPos0; i < SPos1; i++){ x[i] = (i+1) * lineLength/(NPoints-1); RefCoef[i] = EMF.computeGammaAt(Gamma0,x[i]-locations[0]); } for(i = SPos1; i < SPos2; i++){ x[i] = (i+1) * lineLength/(NPoints-1); RefCoef[i] = EMF.computeGammaAt(Gamma1,x[i]-locations[1]); } for(i = SPos2; i < SPos3; i++){ x[i] = (i+1) * lineLength/(NPoints-1); RefCoef[i] = EMF.computeGammaAt(Gamma2,x[i]-locations[2]); } for(i = SPos3; i < SPos4; i++){ x[i] = (i+1) * lineLength/(NPoints-1); RefCoef[i] = EMF.computeGammaAt(Gamma3,x[i]-locations[3]); } for(i = SPos4; i < SPos5; i++){ x[i] = (i+1) * lineLength/(NPoints-1); RefCoef[i] = EMF.computeGammaAt(Gamma4,x[i]-locations[4]); } for(i = SPos5; i < SPos6; i++){ x[i] = (i+1) * lineLength/(NPoints-1); RefCoef[i] = EMF.computeGammaAt(Gamma5,x[i]-locations[5]); } for(i = SPos6; i < SPos7; i++){ x[i] = (i+1) * lineLength/(NPoints-1); RefCoef[i] = EMF.computeGammaAt(Gamma6,x[i]-locations[6]); } for(i = SPos7; i < SPos8; i++){ x[i] = (i+1) * lineLength/(NPoints-1); RefCoef[i] = EMF.computeGammaAt(Gamma7,x[i]-locations[7]); } for(i = SPos8; i < NPoints; i++){ x[i] = (i+1) * lineLength/(NPoints-1); RefCoef[i] = EMF.computeGammaAt(Gamma8,x[i]-locations[8]); } for(i = 0; i < NPoints; i++){ y1[i] = RefCoef[i].Real(); y2[i] = RefCoef[i].Imaginary(); } y1[NPoints-1] = y1[NPoints-2]; y2[NPoints-1] = y2[NPoints-2]; } public void ScanVoltage(){ int i; for(i = 0; i < SPos0; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(GammaL,ZIMP[0],VPP[0],x[i],true); } for(i = SPos0; i < SPos1; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma0,ZIMP[1],VPP[1],x[i]-locations[0],true); } for(i = SPos1; i < SPos2; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma1,ZIMP[2],VPP[2],x[i]-locations[1],true); } for(i = SPos2; i < SPos3; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma2,ZIMP[3],VPP[3],x[i]-locations[2],true); } for(i = SPos3; i < SPos4; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma3,ZIMP[4],VPP[4],x[i]-locations[3],true); } for(i = SPos4; i < SPos5; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma4,ZIMP[5],VPP[5],x[i]-locations[4],true); } for(i = SPos5; i < SPos6; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma5,ZIMP[6],VPP[6],x[i]-locations[5],true); } for(i = SPos6; i < SPos7; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma6,ZIMP[7],VPP[7],x[i]-locations[6],true); } for(i = SPos7; i < SPos8; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma7,ZIMP[8],VPP[8],x[i]-locations[7],true); } for(i = SPos8; i < NPoints; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma8,ZIMP[9],VPlus,x[i]-locations[8],true); } for(i = 0; i < NPoints; i++){ y1[i] = Voltage[i].Real(); y2[i] = Voltage[i].Imaginary(); yV1[i] = Voltage[i].Magnitude(); yV2[i] = - yV1[i]; } y1[NPoints-1] = y1[NPoints-2]; y2[NPoints-1] = y2[NPoints-2]; yV1[NPoints-1] = yV1[NPoints-2]; yV2[NPoints-1] = yV2[NPoints-2]; } public void ScanCurrent(){ int i; for(i = 0; i < SPos0; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Current[i] = EMF.computeIat(GammaL,ZIMP[0],VPP[0],x[i],true); } for(i = SPos0; i < SPos1; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Current[i] = EMF.computeIat(Gamma0,ZIMP[1],VPP[1],x[i]-locations[0],true); } for(i = SPos1; i < SPos2; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Current[i] = EMF.computeIat(Gamma1,ZIMP[2],VPP[2],x[i]-locations[1],true); } for(i = SPos2; i < SPos3; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Current[i] = EMF.computeIat(Gamma2,ZIMP[3],VPP[3],x[i]-locations[2],true); } for(i = SPos3; i < SPos4; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Current[i] = EMF.computeIat(Gamma3,ZIMP[4],VPP[4],x[i]-locations[3],true); } for(i = SPos4; i < SPos5; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Current[i] = EMF.computeIat(Gamma4,ZIMP[5],VPP[5],x[i]-locations[4],true); } for(i = SPos5; i < SPos6; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Current[i] = EMF.computeIat(Gamma5,ZIMP[6],VPP[6],x[i]-locations[5],true); } for(i = SPos6; i < SPos7; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Current[i] = EMF.computeIat(Gamma6,ZIMP[7],VPP[7],x[i]-locations[6],true); } for(i = SPos7; i < SPos8; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Current[i] = EMF.computeIat(Gamma7,ZIMP[8],VPP[8],x[i]-locations[7],true); } for(i = SPos8; i < NPoints; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Current[i] = EMF.computeIat(Gamma8,ZIMP[9],VPlus,x[i]-locations[8],true); } for(i = 0; i < NPoints; i++){ y1[i] = Current[i].Real(); y2[i] = Current[i].Imaginary(); yV1[i] = Current[i].Magnitude(); yV2[i] = - yV1[i]; } y1[NPoints-1] = y1[NPoints-2]; y2[NPoints-1] = y2[NPoints-2]; yV1[NPoints-1] = yV1[NPoints-2]; yV2[NPoints-1] = yV2[NPoints-2]; } public void ScanVoltageCurrent(){ int i; for(i = 0; i < SPos0; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(GammaL,ZIMP[0],VPP[0],x[i],true); Current[i] = EMF.computeIat(GammaL,ZIMP[0],VPP[0],x[i],true); } for(i = SPos0; i < SPos1; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma0,ZIMP[1],VPP[1],x[i]-locations[0],true); Current[i] = EMF.computeIat(Gamma0,ZIMP[1],VPP[1],x[i]-locations[0],true); } for(i = SPos1; i < SPos2; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma1,ZIMP[2],VPP[2],x[i]-locations[1],true); Current[i] = EMF.computeIat(Gamma1,ZIMP[2],VPP[2],x[i]-locations[1],true); } for(i = SPos2; i < SPos3; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma2,ZIMP[3],VPP[3],x[i]-locations[2],true); Current[i] = EMF.computeIat(Gamma2,ZIMP[3],VPP[3],x[i]-locations[2],true); } for(i = SPos3; i < SPos4; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma3,ZIMP[4],VPP[4],x[i]-locations[3],true); Current[i] = EMF.computeIat(Gamma3,ZIMP[4],VPP[4],x[i]-locations[3],true); } for(i = SPos4; i < SPos5; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma4,ZIMP[5],VPP[5],x[i]-locations[4],true); Current[i] = EMF.computeIat(Gamma4,ZIMP[5],VPP[5],x[i]-locations[4],true); } for(i = SPos5; i < SPos6; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma5,ZIMP[6],VPP[6],x[i]-locations[5],true); Current[i] = EMF.computeIat(Gamma5,ZIMP[6],VPP[6],x[i]-locations[5],true); } for(i = SPos6; i < SPos7; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma6,ZIMP[7],VPP[7],x[i]-locations[6],true); Current[i] = EMF.computeIat(Gamma6,ZIMP[7],VPP[7],x[i]-locations[6],true); } for(i = SPos7; i < SPos8; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma7,ZIMP[8],VPP[8],x[i]-locations[7],true); Current[i] = EMF.computeIat(Gamma7,ZIMP[8],VPP[8],x[i]-locations[7],true); } for(i = SPos8; i < NPoints; i++){ x[i] = (i+1) * lineLength/(NPoints-1); Voltage[i] = EMF.computeVat(Gamma8,ZIMP[9],VPlus,x[i]-locations[8],true); Current[i] = EMF.computeIat(Gamma8,ZIMP[9],VPlus,x[i]-locations[8],true); } for(i = 0; i < NPoints; i++){ y1[i] = Voltage[i].Magnitude(); y2[i] = Current[i].Magnitude(); } y1[NPoints-1] = y1[NPoints-2]; y2[NPoints-1] = y2[NPoints-2]; } public void ScanTimeAveragePower(){ ScanVoltageCurrent(); for(int i = 0; i < NPoints; i++){ y1[i] = EMF.TimeAveragedPower(Voltage[i],Current[i]); y2[i] = 0.0; } y1[NPoints-1] = y1[NPoints-2]; y2[NPoints-1] = y2[NPoints-2]; } public void ScanRandom(){ for(int i = 0; i < NPoints; i++){ x[i] = i * lineLength/(NPoints-1); y1[i] = -100.0 + 200.0*Math.random(); y2[i] = -100.0 + 200.0*Math.random(); } } public void ScanTimeDependentVoltage(){ timeFactor.setReal(Math.cos(2.0*Math.PI*ctime/NTime)); timeFactor.setImaginary(Math.sin(2.0*Math.PI*ctime/NTime)); ScanVoltage(); for(int i = 0; i < NPoints; i++){ yV1[i] = Voltage[i].Magnitude(); yV2[i] = - yV1[i]; Voltage[i].Multiply(timeFactor); y1[i] = Voltage[i].Real(); y2[i] = 0.0; } y1[NPoints-1] = y1[NPoints-2]; y2[NPoints-1] = y2[NPoints-2]; yV1[NPoints-1] = yV1[NPoints-2]; yV2[NPoints-1] = yV2[NPoints-2]; y1[0] = y1[1]; y2[0] = y2[1]; yV1[0] = yV1[1]; yV2[0] = yV2[1]; } public void ScanTimeDependentCurrent(){ timeFactor.setReal(Math.cos(2.0*Math.PI*ctime/NTime)); timeFactor.setImaginary(Math.sin(2.0*Math.PI*ctime/NTime)); ScanCurrent(); for(int i = 0; i < NPoints; i++){ yV1[i] = Current[i].Magnitude(); yV2[i] = - yV1[i]; Current[i].Multiply(timeFactor); y1[i] = Current[i].Real(); y2[i] = 0.0; } y1[NPoints-1] = y1[NPoints-2]; y2[NPoints-1] = y2[NPoints-2]; yV1[NPoints-1] = yV1[NPoints-2]; yV2[NPoints-1] = yV2[NPoints-2]; y1[0] = y1[1]; y2[0] = y2[1]; yV1[0] = yV1[1]; yV2[0] = yV2[1]; } public void ScanTimeDependentPower(){ timeFactor.setReal(Math.cos(2.0*Math.PI*ctime/NTime)); timeFactor.setImaginary(Math.sin(2.0*Math.PI*ctime/NTime)); ScanVoltageCurrent(); Ptest = 0.0; double Pcheck = 0; for(int i = 0; i < NPoints; i++){ Voltage[i].Multiply(timeFactor); Current[i].Multiply(timeFactor); Power[i] = Complex.Multiply(Voltage[i],Current[i]); //y1[i] = Power[i].Real(); y1[i] = Complex.Real(Voltage[i])*Complex.Real(Current[i]); y2[i] = 0.0; Pcheck = Complex.Magnitude(Power[i]); if(Pcheck > Ptest){Ptest = Pcheck;} yV1[i] = 0.0; //Pcheck * Math.cos(Math.PI/180.0(Complex.Arg1(Voltage[i])-Complex.Arg1(Current[i]))); yV2[i] = 0.0; //System.out.println(i+" "+Math.cos(Math.PI/180.0*(Complex.Arg1(Voltage[i])-Complex.Arg1(Current[i])))); } y1[NPoints-1] = y1[NPoints-2]; y2[NPoints-1] = y2[NPoints-2]; yV1[NPoints-1] = yV1[NPoints-2]; yV2[NPoints-1] = yV2[NPoints-2]; y1[0] = y1[1]; y2[0] = y2[1]; yV1[0] = yV1[1]; yV2[0] = yV2[1]; } public double getYRangeMax(int i){//arg=1 for Voltage Max //Complex VPlus = EMF.computeVPlus(generator,ZL,lineZ0,lineLength); double tmp=0.0; ignition(); /* switch(i){ case 1://Voltage if(!stub[0].isEnable() && !stub[1].isEnable() && !stub[2].isEnable()){ tmp = 2.0*VPlus.Magnitude(); } else{ tmp = 3.0*VPlus.Magnitude(); } break; case 2://Current if(!stub[0].isEnable() && !stub[1].isEnable() && !stub[2].isEnable()){ tmp = 2.0*VPlus.Magnitude()/lineZ0; } else{ tmp = 3.0*VPlus.Magnitude()/lineZ0; } break; case 3://Power if(!stub[0].isEnable() && !stub[1].isEnable() && !stub[2].isEnable()){ tmp = 2.0*VPlus.Magnitude2()/lineZ0; } else{ tmp = 3.0*VPlus.Magnitude2()/lineZ0; } } */ switch(i){ case 1://Voltage //if(!stub[0].isEnable() && !stub[1].isEnable() && !stub[2].isEnable()){ // tmp = 2.0*VPlus.Magnitude(); //} //else { tmp = PlotTimeScale*VPmax.Magnitude(); } break; case 2://Current //if(!stub[0].isEnable() && !stub[1].isEnable() && !stub[2].isEnable()){ // tmp = 2.0*VPlus.Magnitude()/ZIMP[0]; //} //else { tmp = PlotTimeScale*VPmax.Magnitude()/ZIMPmin; } break; case 3://Power //if(!stub[0].isEnable() && !stub[1].isEnable() && !stub[2].isEnable()){ // tmp = 2.0*VPlus.Magnitude2()/ZIMP[0]; //} //else { //tmp = PlotTimeScale*VPmax.Magnitude2()/ZIMPmin; //tmp = PlotTimeScale*Pw[0]; tmp = PlotTimeScale*0.5*Ptest; } } return tmp; } //Sorts stubs and returns the results in an integer array iarray[]. //The sort is perfrom in increasing stub's distance from the load //iarray[0] is first stub (closest to the load) //iarray[1] is second stub //iarray[3] is third stub (farthest from the load) private void sortStubs(){ double tmp; iarray[0]=-1; iarray[1]=-1; iarray[2]=-1; iarray[0]=0; tmp=stub[iarray[0]].getPosition(); for(int j=0;j<3;j++){ if(tmp > stub[j].getPosition()){ tmp=stub[j].getPosition(); iarray[0]=j; } } if(iarray[0]!=0) {iarray[1]=0;} else{iarray[1]=1;} tmp=stub[iarray[1]].getPosition(); for(int j=0;j<3;j++){ if(j != iarray[0] && tmp > stub[j].getPosition()){ tmp=stub[j].getPosition(); iarray[1]=j; } } if(iarray[0] !=0 && iarray[1] !=0) { iarray[2]=0; } else if(iarray[0] !=1 && iarray[1] !=1) { iarray[2]=1; } else {iarray[2]=2;} /* tmp=stub[iarray[2]].getPosition(); for(int j=0;j<3;j++){ if(j != iarray[0] && j !=iarray[1] && tmp > stub[j].getPosition()){ tmp=stub[j].getPosition(); iarray[2]=j; } } */ } }/*State.java*/