/* カスタマイズ用のJavaScriptコードをここに記述してください */
var pagePathname = location.pathname;
var pageSearch = location.search;
function tagJump(){
	var qstr = pageSearch.split('&');
	var jflg = 0,pt;
	if( ! pagePathname.match(/search.htm/) ){ return; }
	for(var q=0; q<qstr.length; q++) {
		if( qstr[q] == '' ) continue;
		if( qstr[q].match(/pltype=/) ){ 
			pt = qstr[q];
			jflg = 1;continue;
		}
		if( qstr[q].match(/map=1/) ){ jflg = 0;continue; }
	}
	if( jflg == 1 ){
		if( pt.match(/pltype=2/) ){
			location.hash = "pl";
		} else if( pt.match(/pltype=3/) ){
			location.hash = "pl";
		} else if( pt.match(/pltype=4/) ){
			location.hash = "pl";
		} else if( pt.match(/pltype=5/) ){
			location.hash = "pl";
		}
	}
}

function custSearchTopChgType() {
	var frm = document.formCond;
	if (!frm) return;
	var sb = document.formCond.plfilter;
	var fil_idx = sb.selectedIndex;
	var dv = document.getElementById("z_div_cond_panel");
	var dv_mn = document.getElementById("z_div_cond_panel_mn");
	var pnl = document.getElementById("z_pl_cond_panel_wrap");
	var grp1 = document.getElementById("z_cond_grp1");
	var grp2 = document.getElementById("z_cond_grp2");
	var cnd;
	switch (fil_idx) {
		// 証明写真機
		case 0:
			dv.style.display = "none";
			dv_mn.style.display = "block";
			pnl.style.display = "block";
			grp1.style.display = "block";
			grp2.style.display = "none";
			for (i=6; i<=8; i++) {
				cnd = eval("frm.cond"+i);
				if (cnd) cnd.checked = false;
			}
			for (i=11; i<=14; i++) {
				cnd = eval("frm.cond"+i);
				if (cnd) cnd.checked = false;
			}
			break;
		// 写真プリント
		case 1:
			dv.style.display = "block";
			dv_mn.style.display = "none";
			pnl.style.display = "block";
			grp1.style.display = "none";
			grp2.style.display = "block";
			for (i=1; i<=5; i++) {
				cnd = eval("frm.cond"+i);
				if (cnd) cnd.checked = false;
			}
			for (i=9; i<=10; i++) {
				cnd = eval("frm.cond"+i);
				if (cnd) cnd.checked = false;
			}
			for (i=13; i<=14; i++) {
				cnd = eval("frm.cond"+i);
				if (cnd) cnd.checked = true;
			}
			break;
		// フォトブック作製機
		case 2:
			dv.style.display = "none";
			dv_mn.style.display = "none";
			pnl.style.display = "none";
			grp1.style.display = "none";
			grp2.style.display = "none";
			for (i=1; i<=14; i++) {
				cnd = eval("frm.cond"+i);
				if (cnd) cnd.checked = false;
			}
			break;
	}
}

function custSearchTopSubmit(frm) {
	var cnd_chk,cnd_hid;
	var frmCond = document.formCond;
	if (frmCond) {
		//for (i=1; i<=14; i++) {
			cnd_chk = eval("frmCond.cond20");
			cnd_hid = eval("frm.cond20");
			if (cnd_chk && cnd_hid) {
				if (cnd_chk.checked) cnd_hid.value = cnd_chk.value;
				else cnd_hid.value = "";
			}
		//}
	}
	var fil;
	var fil_list = frmCond.plfilter;
	if (fil_list) {
		if (fil_list.type == "select-one") {
			fil = fil_list.options[fil_list.selectedIndex].value;
		} else {
			fil = fil_list.value;
		}
		if (frm.plfilter) {
			frm.plfilter.value = fil;
		}
		if (frm.filter) {
			frm.filter.value = fil;
		}
	}
}

// Google Mapを表示する
function OpenGoogleMaps(lat_tokyo, lon_tokyo) {
	var gmap_url = "http://maps.google.com/maps";
	var location_wgs = TransLocation(1, 'WGS84', lat_tokyo, lon_tokyo);

	gmap_url += "?q=" + location_wgs.lat + "," + location_wgs.lon;

	top.location.href = gmap_url;
}

function TransLocation(type, datum, lat, lon){
	if(datum == 'WGS84'){
		// 世界測地系
		// データム諸元
		// (WGS 84)
		var a_w = 6378137;		// 赤道半径
		var f_w = 1 / 298.257223;	// 扁平率
		var e2_w = 2 * f_w - f_w * f_w;	// 第1離心率
		// (Tokyo)
		var a_t = 6377397.155;
		var f_t = 1 / 299.152813;
		var e2_t = 2 * f_t - f_t * f_t;
		// 並行移動量 [m]
		var dx_t = -148;
		var dy_t =  507;
		var dz_t =  681;

		// 緯度経度（ミリ秒）を度分秒に変換して配列に格納
		var eleLat = cnv_dms2deg(lat).split("/");
		var eleLon = cnv_dms2deg(lon).split("/");

		var b = parseFloat(eleLat[0]) + parseFloat(eleLat[1] / 60) + parseFloat(eleLat[2] / 3600);
		var l = parseFloat(eleLon[0]) + parseFloat(eleLon[1] / 60) + parseFloat(eleLon[2] / 3600);

		// 測地系変換
		var h = 0;

		var pvec = cnv_llh2xyz(b, l, h, a_t, e2_t);
		pvec = cnv_xyz2llh(pvec[0] + dx_t, pvec[1] + dy_t, pvec[2] + dz_t, a_w, e2_w);

		// 結果返却
		location.lat = pvec[0].toFixed(7);
		location.lon = pvec[1].toFixed(7);
	}

	if( type == 2 ){
		// ミリ秒形式
		location.lat = cnv_deg2dms(location.lat);
		location.lon = cnv_deg2dms(location.lon);

		return location;
	} else if( type == 3 ){
		// 度分秒形式
		location.lat = cnv_dms2deg(cnv_deg2dms(location.lat));
		location.lon = cnv_dms2deg(cnv_deg2dms(location.lon));

		return location;
	} else {
		// 十進度形式
		return location;
	}
}

//********************************************************************
// 度 -> ミリ秒
//********************************************************************
function cnv_deg2dms(d) {
	var p_ms = Math.round(d * 3600000);
	return p_ms;
}

//********************************************************************
// ミリ秒 -> 度分秒
//********************************************************************
function cnv_dms2deg(msec) {
	var p_lttd = msec;

	var d = Math.floor(p_lttd / 3600000);
	p_lttd -= d * 3600000;
	var m = Math.floor(p_lttd / 60000);
	p_lttd -= m * 60000;
	var ms = p_lttd;

	var p_dms = d + "/" + m + "/" + (ms / 1000);

	//1000で割り切れた場合
	p_lttd -= Math.floor(ms / 1000) * 1000;
	if( p_lttd == 0 ){
		p_dms = p_dms + "/0";
	}

	return p_dms;
}

//********************************************************************
// 楕円体座標 -> 直交座標
//********************************************************************
function cnv_llh2xyz(b, l, h, a, e2) {
	var rd = Math.PI / 180;
	b *= rd;
	l *= rd;
	var sb = Math.sin(b);
	var cb = Math.cos(b);
	var rn = a / Math.sqrt(1 - e2 * sb * sb);

	var x = (rn + h) * cb * Math.cos(l);
	var y = (rn + h) * cb * Math.sin(l);
	var z = (rn * (1 - e2) + h) * sb;

	return new Array(x, y, z);
}

//********************************************************************
// 直交座標 -> 楕円体座標
//********************************************************************
function cnv_xyz2llh(x, y, z, a, e2) {
	var rd = Math.PI / 180;
	var bda = Math.sqrt(1 - e2);

	var p = Math.sqrt(x * x + y * y);
	var t = Math.atan2(z, p * bda);
	var st = Math.sin(t);
	var ct = Math.cos(t);
	var b = Math.atan2(z + e2 * a / bda * st * st * st, p - e2 * a * ct * ct * ct);
	var l = Math.atan2(y, x);

	var sb = Math.sin(b);
	var rn = a / Math.sqrt(1 - e2 * sb * sb);
	var h = p / Math.cos(b) - rn;

	return new Array(b / rd, l / rd, h);
}