با کلاس زیر شما میتوانید اوقات شرعی رو محاسبه کنید فقط کافیه توی قسمت main برنامه قسمتهای زیر رو تغییر بدین یعنی طول و عرض جغرافیایی و تایم زون خودتون رو بذارین
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double latitude = ; double longitude = ; double timezone = ; |
برای ایران باید timezone رو مقدار 4.488 قرار بدین
کافیه توی پروژه تون یک کلاس ایجاد کنید با نام PrayTime و کدهای زیر رو داخلش قرار بدین
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import java.util.ArrayList; import java.util.Calendar; import java.util.Date; import java.util.HashMap; import java.util.TimeZone; public class PrayTime { // ---------------------- Global Variables -------------------- private int calcMethod; // caculation method private int asrJuristic; // Juristic method for Asr private int dhuhrMinutes; // minutes after mid-day for Dhuhr private int adjustHighLats; // adjusting method for higher latitudes private int timeFormat; // time format private double lat; // latitude private double lng; // longitude private double timeZone; // time-zone private double JDate; // Julian date // ------------------------------------------------------------ // Calculation Methods private int Jafari; // Ithna Ashari private int Karachi; // University of Islamic Sciences, Karachi private int ISNA; // Islamic Society of North America (ISNA) private int MWL; // Muslim World League (MWL) private int Makkah; // Umm al-Qura, Makkah private int Egypt; // Egyptian General Authority of Survey private int Custom; // Custom Setting private int Tehran; // Institute of Geophysics, University of Tehran // Juristic Methods private int Shafii; // Shafii (standard) private int Hanafi; // Hanafi // Adjusting Methods for Higher Latitudes private int None; // No adjustment private int MidNight; // middle of night private int OneSeventh; // 1/7th of night private int AngleBased; // angle/60th of night // Time Formats private int Time24; // 24-hour format private int Time12; // 12-hour format private int Time12NS; // 12-hour format with no suffix private int Floating; // floating point number // Time Names private ArrayList<String> timeNames; private String InvalidTime; // The string used for invalid times // --------------------- Technical Settings -------------------- private int numIterations; // number of iterations needed to compute times // ------------------- Calc Method Parameters -------------------- private HashMap<Integer, double[]> methodParams; /* * this.methodParams[methodNum] = new Array(fa, ms, mv, is, iv); * * fa : fajr angle ms : maghrib selector (0 = angle; 1 = minutes after * sunset) mv : maghrib parameter value (in angle or minutes) is : isha * selector (0 = angle; 1 = minutes after maghrib) iv : isha parameter value * (in angle or minutes) */ private double[] prayerTimesCurrent; private int[] offsets; public PrayTime() { // Initialize vars this.setCalcMethod(0); this.setAsrJuristic(0); this.setDhuhrMinutes(0); this.setAdjustHighLats(1); this.setTimeFormat(0); // Calculation Methods this.setJafari(0); // Ithna Ashari this.setKarachi(1); // University of Islamic Sciences, Karachi this.setISNA(2); // Islamic Society of North America (ISNA) this.setMWL(3); // Muslim World League (MWL) this.setMakkah(4); // Umm al-Qura, Makkah this.setEgypt(5); // Egyptian General Authority of Survey this.setTehran(6); // Institute of Geophysics, University of Tehran this.setCustom(7); // Custom Setting // Juristic Methods this.setShafii(0); // Shafii (standard) this.setHanafi(1); // Hanafi // Adjusting Methods for Higher Latitudes this.setNone(0); // No adjustment this.setMidNight(1); // middle of night this.setOneSeventh(2); // 1/7th of night this.setAngleBased(3); // angle/60th of night // Time Formats this.setTime24(0); // 24-hour format this.setTime12(1); // 12-hour format this.setTime12NS(2); // 12-hour format with no suffix this.setFloating(3); // floating point number // Time Names timeNames = new ArrayList<String>(); timeNames.add("اذان صبح"); timeNames.add("طلوع آفتاب"); timeNames.add("اذان ظهر"); timeNames.add("اذان عصر"); timeNames.add("غروب آفتاب"); timeNames.add("اذان مغرب"); timeNames.add("اذان عشا"); InvalidTime = "-----"; // The string used for invalid times // --------------------- Technical Settings -------------------- this.setNumIterations(1); // number of iterations needed to compute // times // ------------------- Calc Method Parameters -------------------- // Tuning offsets {fajr, sunrise, dhuhr, asr, sunset, maghrib, isha} offsets = new int[7]; offsets[0] = 0; offsets[1] = 0; offsets[2] = 0; offsets[3] = 0; offsets[4] = 0; offsets[5] = 0; offsets[6] = 0; /* * * fa : fajr angle ms : maghrib selector (0 = angle; 1 = minutes after * sunset) mv : maghrib parameter value (in angle or minutes) is : isha * selector (0 = angle; 1 = minutes after maghrib) iv : isha parameter * value (in angle or minutes) */ methodParams = new HashMap<Integer, double[]>(); // Jafari double[] Jvalues = {16,0,4,0,14}; methodParams.put(Integer.valueOf(this.getJafari()), Jvalues); // Karachi double[] Kvalues = {18,1,0,0,18}; methodParams.put(Integer.valueOf(this.getKarachi()), Kvalues); // ISNA double[] Ivalues = {15,1,0,0,15}; methodParams.put(Integer.valueOf(this.getISNA()), Ivalues); // MWL double[] MWvalues = {18,1,0,0,17}; methodParams.put(Integer.valueOf(this.getMWL()), MWvalues); // Makkah double[] MKvalues = {18.5,1,0,1,90}; methodParams.put(Integer.valueOf(this.getMakkah()), MKvalues); // Egypt double[] Evalues = {19.5,1,0,0,17.5}; methodParams.put(Integer.valueOf(this.getEgypt()), Evalues); // Tehran double[] Tvalues = {17.7,0,4.5,0,14}; methodParams.put(Integer.valueOf(this.getTehran()), Tvalues); // Custom double[] Cvalues = {18,1,0,0,17}; methodParams.put(Integer.valueOf(this.getCustom()), Cvalues); } // ---------------------- Trigonometric Functions ----------------------- // range reduce angle in degrees. private double fixangle(double a) { a = a - (360 * (Math.floor(a / 360.0))); a = a < 0 ? (a + 360) : a; return a; } // range reduce hours to 0..23 private double fixhour(double a) { a = a - 24.0 * Math.floor(a / 24.0); a = a < 0 ? (a + 24) : a; return a; } // radian to degree private double radiansToDegrees(double alpha) { return ((alpha * 180.0) / Math.PI); } // deree to radian private double DegreesToRadians(double alpha) { return ((alpha * Math.PI) / 180.0); } // degree sin private double dsin(double d) { return (Math.sin(DegreesToRadians(d))); } // degree cos private double dcos(double d) { return (Math.cos(DegreesToRadians(d))); } // degree tan private double dtan(double d) { return (Math.tan(DegreesToRadians(d))); } // degree arcsin private double darcsin(double x) { double val = Math.asin(x); return radiansToDegrees(val); } // degree arccos private double darccos(double x) { double val = Math.acos(x); return radiansToDegrees(val); } // degree arctan private double darctan(double x) { double val = Math.atan(x); return radiansToDegrees(val); } // degree arctan2 private double darctan2(double y, double x) { double val = Math.atan2(y, x); return radiansToDegrees(val); } // degree arccot private double darccot(double x) { double val = Math.atan2(1.0, x); return radiansToDegrees(val); } // ---------------------- Time-Zone Functions ----------------------- // compute local time-zone for a specific date private double getTimeZone1() { TimeZone timez = TimeZone.getDefault(); double hoursDiff = (timez.getRawOffset() / 1000.0) / 3600; return hoursDiff; } // compute base time-zone of the system private double getBaseTimeZone() { TimeZone timez = TimeZone.getDefault(); double hoursDiff = (timez.getRawOffset() / 1000.0) / 3600; return hoursDiff; } // detect daylight saving in a given date private double detectDaylightSaving() { TimeZone timez = TimeZone.getDefault(); double hoursDiff = timez.getDSTSavings(); return hoursDiff; } // ---------------------- Julian Date Functions ----------------------- // calculate julian date from a calendar date private double julianDate(int year, int month, int day) { if (month <= 2) { year -= 1; month += 12; } double A = Math.floor(year / 100.0); double B = 2 - A + Math.floor(A / 4.0); double JD = Math.floor(365.25 * (year + 4716)) + Math.floor(30.6001 * (month + 1)) + day + B - 1524.5; return JD; } // convert a calendar date to julian date (second method) private double calcJD(int year, int month, int day) { double J1970 = 2440588.0; Date date = new Date(year, month - 1, day); double ms = date.getTime(); // # of milliseconds since midnight Jan 1, // 1970 double days = Math.floor(ms / (1000.0 * 60.0 * 60.0 * 24.0)); return J1970 + days - 0.5; } // ---------------------- Calculation Functions ----------------------- // References: // http://www.ummah.net/astronomy/saltime // http://aa.usno.navy.mil/faq/docs/SunApprox.html // compute declination angle of sun and equation of time private double[] sunPosition(double jd) { double D = jd - 2451545; double g = fixangle(357.529 + 0.98560028 * D); double q = fixangle(280.459 + 0.98564736 * D); double L = fixangle(q + (1.915 * dsin(g)) + (0.020 * dsin(2 * g))); // double R = 1.00014 - 0.01671 * [self dcos:g] - 0.00014 * [self dcos: // (2*g)]; double e = 23.439 - (0.00000036 * D); double d = darcsin(dsin(e) * dsin(L)); double RA = (darctan2((dcos(e) * dsin(L)), (dcos(L))))/ 15.0; RA = fixhour(RA); double EqT = q/15.0 - RA; double[] sPosition = new double[2]; sPosition[0] = d; sPosition[1] = EqT; return sPosition; } // compute equation of time private double equationOfTime(double jd) { double eq = sunPosition(jd)[1]; return eq; } // compute declination angle of sun private double sunDeclination(double jd) { double d = sunPosition(jd)[0]; return d; } // compute mid-day (Dhuhr, Zawal) time private double computeMidDay(double t) { double T = equationOfTime(this.getJDate() + t); double Z = fixhour(12 - T); return Z; } // compute time for a given angle G private double computeTime(double G, double t) { double D = sunDeclination(this.getJDate() + t); double Z = computeMidDay(t); double Beg = -dsin(G) - dsin(D) * dsin(this.getLat()); double Mid = dcos(D) * dcos(this.getLat()); double V = darccos(Beg/Mid)/15.0; return Z + (G > 90 ? -V : V); } // compute the time of Asr // Shafii: step=1, Hanafi: step=2 private double computeAsr(double step, double t) { double D = sunDeclination(this.getJDate() + t); double G = -darccot(step + dtan(Math.abs(this.getLat() - D))); return computeTime(G, t); } // ---------------------- Misc Functions ----------------------- // compute the difference between two times private double timeDiff(double time1, double time2) { return fixhour(time2 - time1); } // -------------------- Interface Functions -------------------- // return prayer times for a given date private ArrayList<String> getDatePrayerTimes(int year, int month, int day, double latitude, double longitude, double tZone) { this.setLat(latitude); this.setLng(longitude); this.setTimeZone(tZone); this.setJDate(julianDate(year, month, day)); double lonDiff = longitude / (15.0 * 24.0); this.setJDate(this.getJDate() - lonDiff); return computeDayTimes(); } // return prayer times for a given date private ArrayList<String> getPrayerTimes(Calendar date, double latitude, double longitude, double tZone) { int year = date.get(Calendar.YEAR); int month = date.get(Calendar.MONTH); int day = date.get(Calendar.DATE); return getDatePrayerTimes(year, month+1, day, latitude, longitude, tZone); } // set custom values for calculation parameters private void setCustomParams(double[] params) { for (int i = 0; i < 5; i++) { if (params[i] == -1) { params[i] = methodParams.get(this.getCalcMethod())[i]; methodParams.put(this.getCustom(), params); } else { methodParams.get(this.getCustom())[i] = params[i]; } } this.setCalcMethod(this.getCustom()); } // set the angle for calculating Fajr public void setFajrAngle(double angle) { double[] params = {angle, -1, -1, -1, -1}; setCustomParams(params); } // set the angle for calculating Maghrib public void setMaghribAngle(double angle) { double[] params = {-1, 0, angle, -1, -1}; setCustomParams(params); } // set the angle for calculating Isha public void setIshaAngle(double angle) { double[] params = {-1, -1, -1, 0, angle}; setCustomParams(params); } // set the minutes after Sunset for calculating Maghrib public void setMaghribMinutes(double minutes) { double[] params = {-1, 1, minutes, -1, -1}; setCustomParams(params); } // set the minutes after Maghrib for calculating Isha public void setIshaMinutes(double minutes) { double[] params = {-1, -1, -1, 1, minutes}; setCustomParams(params); } // convert double hours to 24h format public String floatToTime24(double time) { String result; if (Double.isNaN(time)) { return InvalidTime; } time = fixhour(time + 0.5 / 60.0); // add 0.5 minutes to round int hours = (int)Math.floor(time); double minutes = Math.floor((time - hours) * 60.0); if ((hours >= 0 && hours <= 9) && (minutes >= 0 && minutes <= 9)) { result = "0" + hours + ":0" + Math.round(minutes); } else if ((hours >= 0 && hours <= 9)) { result = "0" + hours + ":" + Math.round(minutes); } else if ((minutes >= 0 && minutes <= 9)) { result = hours + ":0" + Math.round(minutes); } else { result = hours + ":" + Math.round(minutes); } return result; } // convert double hours to 12h format public String floatToTime12(double time, boolean noSuffix) { if (Double.isNaN(time)) { return InvalidTime; } time = fixhour(time + 0.5 / 60); // add 0.5 minutes to round int hours = (int)Math.floor(time); double minutes = Math.floor((time - hours) * 60); String suffix, result; if (hours >= 12) { suffix = "pm"; } else { suffix = "am"; } hours = ((((hours+ 12) -1) % (12))+ 1); /*hours = (hours + 12) - 1; int hrs = (int) hours % 12; hrs += 1;*/ if (noSuffix == false) { if ((hours >= 0 && hours <= 9) && (minutes >= 0 && minutes <= 9)) { result = "0" + hours + ":0" + Math.round(minutes) + " " + suffix; } else if ((hours >= 0 && hours <= 9)) { result = "0" + hours + ":" + Math.round(minutes) + " " + suffix; } else if ((minutes >= 0 && minutes <= 9)) { result = hours + ":0" + Math.round(minutes) + " " + suffix; } else { result = hours + ":" + Math.round(minutes) + " " + suffix; } } else { if ((hours >= 0 && hours <= 9) && (minutes >= 0 && minutes <= 9)) { result = "0" + hours + ":0" + Math.round(minutes); } else if ((hours >= 0 && hours <= 9)) { result = "0" + hours + ":" + Math.round(minutes); } else if ((minutes >= 0 && minutes <= 9)) { result = hours + ":0" + Math.round(minutes); } else { result = hours + ":" + Math.round(minutes); } } return result; } // convert double hours to 12h format with no suffix public String floatToTime12NS(double time) { return floatToTime12(time, true); } // ---------------------- Compute Prayer Times ----------------------- // compute prayer times at given julian date private double[] computeTimes(double[] times) { double[] t = dayPortion(times); double Fajr = this.computeTime( 180 - methodParams.get(this.getCalcMethod())[0], t[0]); double Sunrise = this.computeTime(180 - 0.833, t[1]); double Dhuhr = this.computeMidDay(t[2]); double Asr = this.computeAsr(1 + this.getAsrJuristic(), t[3]); double Sunset = this.computeTime(0.833, t[4]); double Maghrib = this.computeTime( methodParams.get(this.getCalcMethod())[2], t[5]); double Isha = this.computeTime( methodParams.get(this.getCalcMethod())[4], t[6]); double[] CTimes = {Fajr, Sunrise, Dhuhr, Asr, Sunset, Maghrib, Isha}; return CTimes; } // compute prayer times at given julian date private ArrayList<String> computeDayTimes() { double[] times = {5, 6, 12, 13, 18, 18, 18}; // default times for (int i = 1; i <= this.getNumIterations(); i++) { times = computeTimes(times); } times = adjustTimes(times); times = tuneTimes(times); return adjustTimesFormat(times); } // adjust times in a prayer time array private double[] adjustTimes(double[] times) { for (int i = 0; i < times.length; i++) { times[i] += this.getTimeZone() - this.getLng() / 15; } times[2] += this.getDhuhrMinutes() / 60; // Dhuhr if (methodParams.get(this.getCalcMethod())[1] == 1) // Maghrib { times[5] = times[4] + methodParams.get(this.getCalcMethod())[2]/ 60; } if (methodParams.get(this.getCalcMethod())[3] == 1) // Isha { times[6] = times[5] + methodParams.get(this.getCalcMethod())[4]/ 60; } if (this.getAdjustHighLats() != this.getNone()) { times = adjustHighLatTimes(times); } return times; } // convert times array to given time format private ArrayList<String> adjustTimesFormat(double[] times) { ArrayList<String> result = new ArrayList<String>(); if (this.getTimeFormat() == this.getFloating()) { for (double time : times) { result.add(String.valueOf(time)); } return result; } for (int i = 0; i < 7; i++) { if (this.getTimeFormat() == this.getTime12()) { result.add(floatToTime12(times[i], false)); } else if (this.getTimeFormat() == this.getTime12NS()) { result.add(floatToTime12(times[i], true)); } else { result.add(floatToTime24(times[i])); } } return result; } // adjust Fajr, Isha and Maghrib for locations in higher latitudes private double[] adjustHighLatTimes(double[] times) { double nightTime = timeDiff(times[4], times[1]); // sunset to sunrise // Adjust Fajr double FajrDiff = nightPortion(methodParams.get(this.getCalcMethod())[0]) * nightTime; if (Double.isNaN(times[0]) || timeDiff(times[0], times[1]) > FajrDiff) { times[0] = times[1] - FajrDiff; } // Adjust Isha double IshaAngle = (methodParams.get(this.getCalcMethod())[3] == 0) ? methodParams.get(this.getCalcMethod())[4] : 18; double IshaDiff = this.nightPortion(IshaAngle) * nightTime; if (Double.isNaN(times[6]) || this.timeDiff(times[4], times[6]) > IshaDiff) { times[6] = times[4] + IshaDiff; } // Adjust Maghrib double MaghribAngle = (methodParams.get(this.getCalcMethod())[1] == 0) ? methodParams.get(this.getCalcMethod())[2] : 4; double MaghribDiff = nightPortion(MaghribAngle) * nightTime; if (Double.isNaN(times[5]) || this.timeDiff(times[4], times[5]) > MaghribDiff) { times[5] = times[4] + MaghribDiff; } return times; } // the night portion used for adjusting times in higher latitudes private double nightPortion(double angle) { double calc = 0; if (adjustHighLats == AngleBased) calc = (angle)/60.0; else if (adjustHighLats == MidNight) calc = 0.5; else if (adjustHighLats == OneSeventh) calc = 0.14286; return calc; } // convert hours to day portions private double[] dayPortion(double[] times) { for (int i = 0; i < 7; i++) { times[i] /= 24; } return times; } // Tune timings for adjustments // Set time offsets public void tune(int[] offsetTimes) { for (int i = 0; i < offsetTimes.length; i++) { // offsetTimes length // should be 7 in order // of Fajr, Sunrise, // Dhuhr, Asr, Sunset, // Maghrib, Isha this.offsets[i] = offsetTimes[i]; } } private double[] tuneTimes(double[] times) { for (int i = 0; i < times.length; i++) { times[i] = times[i] + this.offsets[i] / 60.0; } return times; } /** * @param args */ public static void main(String[] args) { double latitude = -37.823689; double longitude = 145.121597; double timezone = 10; // Test Prayer times here PrayTime prayers = new PrayTime(); prayers.setTimeFormat(prayers.Time12); prayers.setCalcMethod(prayers.Jafari); prayers.setAsrJuristic(prayers.Shafii); prayers.setAdjustHighLats(prayers.AngleBased); int[] offsets = {0, 0, 0, 0, 0, 0, 0}; // {Fajr,Sunrise,Dhuhr,Asr,Sunset,Maghrib,Isha} prayers.tune(offsets); Date now = new Date(); Calendar cal = Calendar.getInstance(); cal.setTime(now); ArrayList<String> prayerTimes = prayers.getPrayerTimes(cal, latitude, longitude, timezone); ArrayList<String> prayerNames = prayers.getTimeNames(); for (int i = 0; i < prayerTimes.size(); i++) { System.out.println(prayerNames.get(i) + " - " + prayerTimes.get(i)); } } public int getCalcMethod() { return calcMethod; } public void setCalcMethod(int calcMethod) { this.calcMethod = calcMethod; } public int getAsrJuristic() { return asrJuristic; } public void setAsrJuristic(int asrJuristic) { this.asrJuristic = asrJuristic; } public int getDhuhrMinutes() { return dhuhrMinutes; } public void setDhuhrMinutes(int dhuhrMinutes) { this.dhuhrMinutes = dhuhrMinutes; } public int getAdjustHighLats() { return adjustHighLats; } public void setAdjustHighLats(int adjustHighLats) { this.adjustHighLats = adjustHighLats; } public int getTimeFormat() { return timeFormat; } public void setTimeFormat(int timeFormat) { this.timeFormat = timeFormat; } public double getLat() { return lat; } public void setLat(double lat) { this.lat = lat; } public double getLng() { return lng; } public void setLng(double lng) { this.lng = lng; } public double getTimeZone() { return timeZone; } public void setTimeZone(double timeZone) { this.timeZone = timeZone; } public double getJDate() { return JDate; } public void setJDate(double jDate) { JDate = jDate; } private int getJafari() { return Jafari; } private void setJafari(int jafari) { Jafari = jafari; } private int getKarachi() { return Karachi; } private void setKarachi(int karachi) { Karachi = karachi; } private int getISNA() { return ISNA; } private void setISNA(int iSNA) { ISNA = iSNA; } private int getMWL() { return MWL; } private void setMWL(int mWL) { MWL = mWL; } private int getMakkah() { return Makkah; } private void setMakkah(int makkah) { Makkah = makkah; } private int getEgypt() { return Egypt; } private void setEgypt(int egypt) { Egypt = egypt; } private int getCustom() { return Custom; } private void setCustom(int custom) { Custom = custom; } private int getTehran() { return Tehran; } private void setTehran(int tehran) { Tehran = tehran; } private int getShafii() { return Shafii; } private void setShafii(int shafii) { Shafii = shafii; } private int getHanafi() { return Hanafi; } private void setHanafi(int hanafi) { Hanafi = hanafi; } private int getNone() { return None; } private void setNone(int none) { None = none; } private int getMidNight() { return MidNight; } private void setMidNight(int midNight) { MidNight = midNight; } private int getOneSeventh() { return OneSeventh; } private void setOneSeventh(int oneSeventh) { OneSeventh = oneSeventh; } private int getAngleBased() { return AngleBased; } private void setAngleBased(int angleBased) { AngleBased = angleBased; } private int getTime24() { return Time24; } private void setTime24(int time24) { Time24 = time24; } private int getTime12() { return Time12; } private void setTime12(int time12) { Time12 = time12; } private int getTime12NS() { return Time12NS; } private void setTime12NS(int time12ns) { Time12NS = time12ns; } private int getFloating() { return Floating; } private void setFloating(int floating) { Floating = floating; } private int getNumIterations() { return numIterations; } private void setNumIterations(int numIterations) { this.numIterations = numIterations; } public ArrayList<String> getTimeNames() { return timeNames; } } |
