/****************************************************************************
*                                                                           *
*                                                                           *
*            Copyright © CALCULATORCAT.COM - All Rights Reserved            *
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*         This program (current moon module) is NOT public domain.          *
*      All programming and module files are owned by CalculatorCat.com.     *
*       You may not copy, modify or distribute this program or scripts      *
*           in any way except as authorized by CalculatorCat.com            *
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*                  Please respect this legal copyright and                  *
*                      close this file now. Thank you!                      *
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*        Questions or comments? Do you want to put this moon module         *
*               on your website? Visit www.CalculatorCat.com                *
*                                                                           *
****************************************************************************/

var MSPD = 24*60*60*1000; var aDW = new Array('Sun','Mon','Tue','Wed','Thu','Fri','Sat'); var aM2 = new Array('Jan','Feb','Mar','Apr','May','Jun','Jul','Aug','Sep','Oct','Nov','Dec'); function phD(ph_p) { var d; if( (ph_p>=0) && (ph_p<=2.49) ) { d="New Moon"; } else if( (ph_p>=2.5) && (ph_p<=22.49) ) { d="Waxing Crescent"; } else if( (ph_p>=22.5) && (ph_p<=27.49) ) { d="First Quarter Moon"; } else if( (ph_p>=27.5) && (ph_p<=47.49) ) { d="Waxing Gibbous"; } else if( (ph_p>=47.5) && (ph_p<=52.49) ) { d="Full Moon"; } else if( (ph_p>=52.5) && (ph_p<=73.49) ) { d="Waning Gibbous"; } else if( (ph_p>=73.5) && (ph_p<=77.49) ) { d="Third Quarter Moon"; } else if( (ph_p>=77.5) && (ph_p <= 97.49) ) { d="Waning Crescent"; } else { d="New Moon"; } return d; } function rnd(val, prec) { if(rnd.arguments.length==1) prec=0; val = val * Math.pow(10,prec); val = Math.round(val); val = val / Math.pow(10,prec); return val; } var tdy=new Date(); var ph_i=cmm_gPh(tdy); var p_o_f=rnd(ph_i.ph,0); var ph_p=ph_i.a; var ph_dec=rnd(ph_p,0)/100; var mimg=rnd((ph_dec*40),0); mimg = (mimg==40?0:(mimg+1)); function cmm_dAdj(x) { if(x>360) { while(x>360) { x -= 360; } } else if(x<0) { while(x<0) { x += 360; } } return x; } function cmm_dToR(d){ return d*2*Math.PI/360; } function cmm_gPh(msdate) { var E = new Date(Date.UTC(1990,0,1,0,0,0,0)); var dn = (msdate - E.getTime())/MSPD+1; var EL_E = 279.403303; var EL_P = 282.768422; var N = (360/365.242191) * dn; N = cmm_dAdj(N); var M = N + EL_E - EL_P; S_M = cmm_dAdj(M); var E = (360/Math.PI)*0.016713*Math.sin(cmm_dToR(S_M)); var S_L = N + E + EL_E; S_L = cmm_dAdj(S_L); var tmp; var LO = 318.351648; var PO = 36.340410; var NO = 318.510107; var l = cmm_dAdj(13.1763966*dn + LO); var Mm = cmm_dAdj(l - 0.1114041*dn-PO); var N = cmm_dAdj(NO - 0.0529539*dn); tmp = (2*(l - S_L))-Mm; var Ev = 1.2739*Math.sin(cmm_dToR(tmp)); tmp = cmm_dToR(S_M); var Ae = 0.1858*Math.sin(tmp); var A3 = 0.37*Math.sin(tmp); var Mm1 = Mm + Ev - Ae - A3; var Ec = 6.2886*Math.sin(cmm_dToR(Mm1)); var A4 = 0.214*Math.sin(2*cmm_dToR(Mm1)); var l1 = l + Ev + Ec - Ae + A4; var V = 0.6583*Math.sin(cmm_dToR(2*(l1-S_L))); var mTL = l1 + V; var D = mTL - S_L; D = cmm_dAdj(D); var F = 0.5*(1-Math.cos(cmm_dToR(D))); F = F*100; var tmp = new Object(); tmp.ph = F; tmp.D = D; tmp.a = D/360*100; return tmp; }