var lon=new Array();
var lat=new Array();
var x=new Array();
var y=new Array();
var px=new Array();
var py=new Array();
var point=new Array();
function sample(){
faststep();
point[1]=5430719;
point[2]=1335494;
point[3]=1294535;
point[4]=2327811;
point[5]=1050244;
point[6]=1141276;
point[7]=1946202;
point[8]=2931302;
point[9]=1985860;
point[10]=1983581;
point[11]=7222185;
point[12]=6192323;
point[13]=13299871;
point[14]=9078769;
point[15]=2330247;
point[16]=1076010;
point[17]=1159467;
point[18]=794626;
point[19]=847300;
point[20]=2121590;
point[21]=2051496;
point[22]=3722918;
point[23]=7442874;
point[24]=1833197;
point[25]=1415982;
point[26]=2617347;
point[27]=8848770;
point[28]=5557534;
point[29]=1383317;
point[30]=979447;
point[31]=577647;
point[32]=701995;
point[33]=1930161;
point[34]=2839800;
point[35]=1419544;
point[36]=769711;
point[37]=985487;
point[38]=1405192;
point[39]=744921;
point[40]=5089677;
point[41]=839670;
point[42]=1396785;
point[43]=1801061;
point[44]=1178476;
point[45]=1120489;
point[46]=1679619;
point[47]=1415157;
for(s=1;s<48;s++){
point[s]=point[s]/500000;
}
var timer;
var delay = 100;
var t=0;
var loop = function () {
k1();
t=t+1;
if(t>10)t=1;
if(t>9)k2();
var sub=new svgpaint();
str="<svg width=\"500\" height=\"500\">";
for(s=1;s<48;s++){
str=str+sub.circle(px[s],py[s],point[s],"blue");
}
str=str+"</svg>";
$("#memo").html(str);
clearTimeout(timer);
timer = setTimeout(loop ,delay);
}
loop();
}
function k2(){
for(s=1;s<48;s++){
x2=px[s];
y2=py[s];
z2=disx(s,x2,y2);
x3=px[s]+1;
y3=py[s];
z3=disx(s,x3,y3);
if(z3<z2)x2=x3;
if(z3<z2)y2=y3;
if(z3<z2)z2=z3;
x3=px[s]-1;
y3=py[s];
z3=disx(s,x3,y3);
if(z3<z2)x2=x3;
if(z3<z2)y2=y3;
if(z3<z2)z2=z3;
x3=px[s];
y3=py[s]+1;
z3=disx(s,x3,y3);
if(z3<z2)x2=x3;
if(z3<z2)y2=y3;
if(z3<z2)z2=z3;
x3=px[s];
y3=py[s]-1;
z3=disx(s,x3,y3);
if(z3<z2)x2=x3;
if(z3<z2)y2=y3;
if(z3<z2)z2=z3;
px[s]=x2;
py[s]=y2;
}
}
function k1(){
for(s=1;s<48;s++){
x2=px[s];
y2=py[s];
z2=dis(s,x2,y2);
x3=px[s]+1;
y3=py[s];
z3=dis(s,x3,y3);
if(z3>z2)x2=x3;
if(z3>z2)y2=y3;
if(z3>z2)z2=z3;
x3=px[s]-1;
y3=py[s];
z3=dis(s,x3,y3);
if(z3>z2)x2=x3;
if(z3>z2)y2=y3;
if(z3>z2)z2=z3;
x3=px[s];
y3=py[s]+1;
z3=dis(s,x3,y3);
if(z3>z2)x2=x3;
if(z3>z2)y2=y3;
if(z3>z2)z2=z3;
x3=px[s];
y3=py[s]-1;
z3=dis(s,x3,y3);
if(z3>z2)x2=x3;
if(z3>z2)y2=y3;
if(z3>z2)z2=z3;
px[s]=x2;
py[s]=y2;
}
}
function dis(s,x1,y1){
e3=0;
for(sx=1;sx<48;sx++){
e1=(x1-px[sx])*(x1-px[sx])+(y1-py[sx])*(y1-py[sx])
e2=(point[s]+point[sx])*(point[s]+point[sx]);
if(s==sx)e1=0;
if(e2>e1)e3=e3+1/(e1+1);
}
return e3;
}
function disx(s,x1,y1){
e1=(x1-x[s])*(x1-x[s])+(y1-y[s])*(y1-y[s]);
return e1;
}
function faststep(){
lon[1]=43.06417;
lon[2]=40.82444;
lon[3]=39.70361;
lon[4]=38.26889;
lon[5]=39.71861;
lon[6]=38.24056;
lon[7]=37.75;
lon[8]=36.34139;
lon[9]=36.56583;
lon[10]=36.39111;
lon[11]=35.85694;
lon[12]=35.60472;
lon[13]=35.68944;
lon[14]=35.44778;
lon[15]=37.90222;
lon[16]=36.69528;
lon[17]=36.59444;
lon[18]=36.06528;
lon[19]=35.66389;
lon[20]=36.65139;
lon[21]=35.39111;
lon[22]=34.97694;
lon[23]=35.18028;
lon[24]=34.73028;
lon[25]=35.00444;
lon[26]=35.02139;
lon[27]=34.68639;
lon[28]=34.69139;
lon[29]=34.68528;
lon[30]=34.22611;
lon[31]=35.50361;
lon[32]=35.47222;
lon[33]=34.66167;
lon[34]=34.39639;
lon[35]=34.18583;
lon[36]=34.06583;
lon[37]=34.34028;
lon[38]=33.84167;
lon[39]=33.55972;
lon[40]=33.60639;
lon[41]=33.24944;
lon[42]=32.74472;
lon[43]=32.78972;
lon[44]=33.23806;
lon[45]=31.91111;
lon[46]=31.56028;
lon[47]=26.2125;
lat[1]=141.34694;
lat[2]=140.74;
lat[3]=141.1525;
lat[4]=140.87194;
lat[5]=140.1025;
lat[6]=140.36333;
lat[7]=140.46778;
lat[8]=140.44667;
lat[9]=139.88361;
lat[10]=139.06083;
lat[11]=139.64889;
lat[12]=140.12333;
lat[13]=139.69167;
lat[14]=139.6425;
lat[15]=139.02361;
lat[16]=137.21139;
lat[17]=136.62556;
lat[18]=136.22194;
lat[19]=138.56833;
lat[20]=138.18111;
lat[21]=136.72222;
lat[22]=138.38306;
lat[23]=136.90667;
lat[24]=136.50861;
lat[25]=135.86833;
lat[26]=135.75556;
lat[27]=135.52;
lat[28]=135.18306;
lat[29]=135.83278;
lat[30]=135.1675;
lat[31]=134.23833;
lat[32]=133.05056;
lat[33]=133.935;
lat[34]=132.45944;
lat[35]=131.47139;
lat[36]=134.55944;
lat[37]=134.04333;
lat[38]=132.76611;
lat[39]=133.53111;
lat[40]=130.41806;
lat[41]=130.29889;
lat[42]=129.87361;
lat[43]=130.74167;
lat[44]=131.6125;
lat[45]=131.42389;
lat[46]=130.55806;
lat[47]=127.68111;
miny=44;
maxy=26;
minx=127;
maxx=142;
for(s=1;s<48;s++){
y[s]=500*(lon[s]-miny)/(maxy-miny);
x[s]=500*(lat[s]-minx)/(maxx-minx);
px[s]=x[s];
py[s]=y[s];
}
}
最終更新：2017年03月01日 09:32
