EB = 25; //外境界の立方体の一辺の長さの半分
EBC = 3; //外境界のセルサイズ
SC = 0.2; //衛星周辺のセルサイズ(Spacecraft Cell)
x1 = 0.93; //金属構体の長方形面の一辺の長さの半分
y1 = 0.775; //金属構体の長方形面の一辺の長さの半分
z1 = 1.28; //金属構体の長方形面の長辺の長さの半分
x2 = 0.31; //金属構体上部のアタッチメントの正方形面の一辺の長さの半分
y2 = 0.258; //金属構体上部のアタッチメントの正方形面の一辺の長さの半分
z2 = 1.59; //金属構体上部のアタッチメントの長方形面の長辺の長さの半分+金属構体の長方形面の長辺の長さの半分(0.31+1.28)
x3 = 0.15; //金属構体下部のアタッチメントの長方形面の短辺の長さの半分
y3 = 0.75; //金属構体下部のアタッチメントの長方形面の長辺の長さの半分
z3 = 1.59; //金属構体下部のアタッチメントの正方形面の一辺の長さ+金属構体の長方形面の長辺の長さの半分(0.31+1.28)
d1 = 0.03; //太陽電池と衛星構体をつなぐ棒の半径
y4 = 2.775; //太陽電池と衛星構体をつなぐ棒の長さと金属構体の長方形面のｙ辺の長さの半分(2.0+0.775)
x4 = 0.8132; //太陽電池のx方向の短い方
x5 = 0.8839; //太陽電池のx方向の長い方
y5 = 6.275; //太陽電池のy方向長さと，太陽電池と衛星構体をつなぐ棒の長さと，金属構体の正方向面の一辺の長さの半分(4+1.5+0.775)
z4 = 0.8132; //太陽電池のz方向の短い方
z5 = 0.8839; //太陽電池のz方向の長い方
d2 = 1.25; //円板の半径
x6 = 1.075; //円板と衛星の距離と，金属構体の正方形面の一辺の長さの半分(0.3+0.775)
x7 = 2.325; //円板の半径と，円板と衛星の距離と，金属構体の正方形面の一辺の長さの半分(1.25+0.3+0.775)
x8 = 3.575; //円板の直径と，円板と衛星の距離と，金属構体の正方形面の一辺の長さの半分(2.5+0.3+0.775)
d2 = 1.25; //円板の半径
z6 = 1.18; //円板の厚さを引いたもの(1.28-0.1)
//x9 = 0.4066;//太陽電池のパッチのx方向の短い方
//x10= 0.4773; //太陽電池のパッチのx方向の長い方
//z7 = 0.3359;//太陽電池のパッチのz方向の短い方
//z8 = 0.4773; //太陽電池のパッチのz方向の長い方
//y6 = 3.675; //太陽電池と衛星構体をつなぐ棒の長さと金属構体の長方形面のｙ辺の長さの半分とパッチの機体側の長さ(2.0+0.775+0.9)
//y7 =  3.775; //太陽電池と衛星構体をつなぐ棒の長さと金属構体の長方形面のｙ辺の長さの半分とパッチの機体側の長さ(2.0+0.775+1.0)
//y8 = 5.675; //太陽電池と衛星構体をつなぐ棒の長さと金属構体の長方形面のｙ辺の長さの半分とパッチの衛星側でない方の長さ(2.0+0.775+2.9)
//y9 = 5.775; //太陽電池と衛星構体をつなぐ棒の長さと金属構体の長方形面のｙ辺の長さの半分とパッチの衛星側でない方の長さ(2.0+0.775+3.0)
//y10 = 4.175; //太陽電池と衛星構体をつなぐ棒の長さと金属構体の長方形面のｙ辺の長さの半分とパッチの機体側の長さ(2.0+0.775+1.4)
//y11 = 4.275; //太陽電池と衛星構体をつなぐ棒の長さと金属構体の長方形面のｙ辺の長さの半分とパッチの機体側の長さ(2.0+0.775+1.5)
//y12 = 6.175; //太陽電池と衛星構体をつなぐ棒の長さと金属構体の長方形面のｙ辺の長さの半分とパッチの衛星側でない方の長さ(2.0+0.775+3.4)
//y13 =  6.275; //太陽電池と衛星構体をつなぐ棒の長さと金属構体の長方形面のｙ辺の長さの半分とパッチの衛星側でない方の長さ(2.0+0.775+3.5)

//太陽電池の厚さは0.1とし，x軸に対して，45度傾いている設定である
//太陽電池のパッチは一辺0.1mの正方形である




Point(1) = {0,0,0,SC}; //原点

//外境界（シミュレーション領域の立方体）
Point(2) = {EB,EB,EB,EBC};
Point(3) = {EB,-EB,EB,EBC};
Point(4) = {-EB,-EB,EB,EBC};
Point(5) = {-EB,EB,EB,EBC};
Point(6) = {EB,EB,-EB,EBC};
Point(7) = {EB,-EB,-EB,EBC};
Point(8) = {-EB,-EB,-EB,EBC};
Point(9) = {-EB,EB,-EB,EBC};

//衛星の金属構体部分
Point(10) = {x1,y1,z1,SC};
Point(11) = {x1,-y1,z1,SC};
Point(12) = {-x1,-y1,z1,SC};
Point(13) = {-x1,y1,z1,SC};
Point(14) = {x1,y1,-z1,SC};
Point(15) = {x1,-y1,-z1,SC};
Point(16) = {-x1,-y1,-z1,SC};
Point(17) = {-x1,y1,-z1,SC};

//衛星の金属構体の上部のアタッチメント
Point(18) = {x2,y2,z1,SC};
Point(19) = {x2,-y2,z1,SC};
Point(20) = {-x2,-y2,z1,SC};
Point(21) = {-x2,y2,z1,SC};
Point(22) = {x2,y2,z2,SC};
Point(23) = {x2,-y2,z2,SC};
Point(24) = {-x2,-y2,z2,SC};
Point(25) = {-x2,y2,z2,SC};


//衛星の金属構体の下部のアタッチメント
Point(26) = {x3,y3,-z1,SC};
Point(27) = {x3,-y3,-z1,SC};
Point(28) = {-x3,-y3,-z1,SC};
Point(29) = {-x3,y3,-z1,SC};
Point(30) = {x3,y3,-z3,SC};
Point(31) = {x3,-y3,-z3,SC};
Point(32) = {-x3,-y3,-z3,SC};
Point(33) = {-x3,y3,-z3,SC};

//太陽電池と衛星構体をつなぐ棒
  //+y方向の棒
Point(34) = {0,y1,0,SC};
Point(35) = {0,y1,d1,SC};
Point(36) = {-d1,y1,0,SC};
Point(37) = {0,y1,-d1,SC};
Point(38) = {d1,y1,0,SC};


Point(39) = {0,y4,0,SC};
Point(40) = {0,y4,d1,SC};
Point(41) = {-d1,y4,0,SC};
Point(42) = {0,y4,-d1,SC};
Point(43) = {d1,y4,0,SC};


  //-y方向の棒
Point(44) = {0,-y1,0,SC};
Point(45) = {0,-y1,d1,SC};
Point(46) = {-d1,-y1,0,SC};
Point(47) = {0,-y1,-d1,SC};
Point(48) = {d1,-y1,0,SC};

Point(49) = {0,-y4,0,SC};
Point(50) = {0,-y4,d1,SC};
Point(51) = {-d1,-y4,0,SC};
Point(52) = {0,-y4,-d1,SC};
Point(53) = {d1,-y4,0,SC};




//太陽電池
  //+y方向  
    //棒との接触面
Point(54) = {-x4,y4,z5,SC};
Point(55) = {x5,y4,-z4,SC};
Point(56) = {x4,y4,-z5,SC};
Point(57) = {-x5,y4,z4,SC};
    //反対側の面
Point(58) = {-x4,y5,z5,SC};
Point(59) = {x5,y5,-z4,SC};
Point(60) = {x4,y5,-z5,SC};
Point(61) = {-x5,y5,z4,SC};
     //パッチ
       //右下
//Point(80) = {x9,y6,-z7,SC};
//Point(81) = {x9,y7,-z7,SC};
//Point(82) = {x10,y7,-z8,SC};
//Point(83) = {x10,y6,-z8,SC};




  //-y方向
    //棒との接触面
Point(62) = {-x4,-y4,z5,SC};
Point(63) = {x5,-y4,-z4,SC};
Point(64) = {x4,-y4,-z5,SC};
Point(65) = {-x5,-y4,z4,SC};
    //反対側の面
Point(66) = {-x4,-y5,z5,SC};
Point(67) = {x5,-y5,-z4,SC};
Point(68) = {x4,-y5,-z5,SC};
Point(69) = {-x5,-y5,z4,SC};






//衛星前縁の円板
   //円板の底面
Point(70) = {x7,0,-z1,SC};
Point(71) = {x6,0,-z1,SC};
Point(72) = {x7,-d2,-z1,SC};
Point(73) = {x8,0,-z1,SC};
Point(74) = {x7,d2,-z1,SC};
  //円板の上面
Point(75) = {x7,0,-z6,SC};
Point(76) = {x6,0,-z6,SC};
Point(77) = {x7,-d2,-z6,SC};
Point(78) = {x8,0,-z6,SC};
Point(79) = {x7,d2,-z6,SC};



//外境界（シミュレーション領域の立方体）
Line(1) = {2,3};
Line(2) = {3,4};
Line(3) = {4,5};
Line(4) = {5,2};
Line(5) = {2,6};
Line(6) = {3,7};
Line(7) = {4,8};
Line(8) = {5,9};
Line(9) = {6,7};
Line(10) = {7,8};
Line(11) = {8,9};
Line(12) = {9,6};

//衛星の金属構体部分
Line(13) = {10,11};
Line(14) = {11,12};
Line(15) = {12,13};
Line(16) = {13,10};
Line(17) = {10,14};
Line(18) = {11,15};
Line(19) = {12,16};
Line(20) = {13,17};
Line(21) = {14,15};
Line(22) = {15,16};
Line(23) = {16,17};
Line(24) = {17,14};


//衛星の金属構体の上部のアタッチメント
Line(25) = {18,19};
Line(26) = {19,20};
Line(27) = {20,21};
Line(28) = {21,18};
Line(29) = {18,22};
Line(30) = {19,23};
Line(31) = {20,24};
Line(32) = {21,25};
Line(33) = {22,23};
Line(34) = {23,24};
Line(35) = {24,25};
Line(36) = {25,22};


//衛星の金属構体の下部のアタッチメント
Line(37) = {26,27};
Line(38) = {27,28};
Line(39) = {28,29};
Line(40) = {29,26};
Line(41) = {26,30};
Line(42) = {27,31};
Line(43) = {28,32};
Line(44) = {29,33};
Line(45) = {30,31};
Line(46) = {31,32};
Line(47) = {32,33};
Line(48) = {33,30};

//太陽電池と衛星構体をつなぐ棒
  //+y方向の棒

Circle(81) = {35,34,36};
Circle(82) = {36,34,37};
Circle(83) = {37,34,38};
Circle(84) = {38,34,35};

Circle(85) = {40,39,41};
Circle(86) = {41,39,42};
Circle(87) = {42,39,43};
Circle(88) = {43,39,40};

Line(49) = {35,40};
Line(50) = {36,41};
Line(51) = {37,42};
Line(52) = {38,43};

 //-y方向の棒

Circle(89) = {45,44,46};
Circle(90) = {46,44,47};
Circle(91) = {47,44,48};
Circle(92) = {48,44,45};

Circle(93) = {50,49,51};
Circle(94) = {51,49,52};
Circle(95) = {52,49,53};
Circle(96) = {53,49,50};

Line(53) = {45,50};
Line(54) = {46,51};
Line(55) = {47,52};
Line(56) = {48,53};


//太陽電池
  //+y方向  
Line(57) = {54,55};
Line(58) = {55,56};
Line(59) = {56,57};
Line(60) = {57,54};
Line(61) = {54,58};
Line(62) = {55,59};
Line(63) = {56,60};
Line(64) = {57,61};
Line(65) = {58,59};
Line(66) = {59,60};
Line(67) = {60,61};
Line(68) = {61,58};
     //パッチ
       //右下
//Line(109) = {80,81};
//Line(110) = {81,82};
//Line(111) = {82,83};
//Line(112) = {83,80};

  //-y方向
Line(69) = {62,63};
Line(70) = {63,64};
Line(71) = {64,65};
Line(72) = {65,62};
Line(73) = {62,66};
Line(74) = {63,67};
Line(75) = {64,68};
Line(76) = {65,69};
Line(77) = {66,67};
Line(78) = {67,68};
Line(79) = {68,69};
Line(80) = {69,66};


//衛星前縁の円板
Circle(97) = {71,70,72};
Circle(98) = {72,70,73};
Circle(99) = {73,70,74};
Circle(100) = {74,70,71};
Circle(101) = {76,75,77};
Circle(102) = {77,75,78};
Circle(103) = {78,75,79};
Circle(104) = {79,75,76};
Line(105) = {71,76};
Line(106) = {72,77};
Line(107) = {73,78};
Line(108) = {74,79};


//外境界（シミュレーション領域の立方体）
Line Loop(1) = {1,2,3,4};
Line Loop(2) = {9,10,11,12};
Line Loop(3) = {5,9,-6,-1};
Line Loop(4) = {5,-12,-8,4};
Line Loop(5) = {8,-11,-7,3};
Line Loop(6) = {7,-10,-6,2};

//衛星の金属構体部分
Line Loop(9) = {17,21,-18,-13};
Line Loop(11) = {20,-23,-19,15};

//衛星の金属構体の上部のアタッチメント

Line Loop(14) = {33,34,35,36};
Line Loop(15) = {29,33,-30,-25};
Line Loop(16) = {-29,-28,32,36};
Line Loop(17) = {-32,-27,31,35};
Line Loop(18) = {-31,-26,30,34};


//衛星の金属構体の下部のアタッチメント
Line Loop(20) = {45,46,47,48};
Line Loop(21) = {41,45,-42,-37};
Line Loop(22) = {41,-48,-44,40};
Line Loop(23) = {44,-47,-43,39};
Line Loop(24) = {43,-46,-42,38};

//太陽電池と衛星構体をつなぐ棒
  //+y方向の棒
Line Loop(27) = {81,50,-85,-49};
Line Loop(28) = {82,51,-86,-50};
Line Loop(29) = {83,52,-87,-51};
Line Loop(30) = {84,49,-88,-52};

  //-y方向の棒
Line Loop(33) = {-92,56,96,-53};
Line Loop(34) = {-91,55,95,-56};
Line Loop(35) = {-90,54,94,-55};
Line Loop(36) = {-89,53,93,-54};


//太陽電池
  //+y方向  
Line Loop(38) = {65,66,67,68};
Line Loop(39) = {57,62,-65,-61};
Line Loop(40) = {58,63,-66,-62};
Line Loop(41) = {63,67,-64,-59};
Line Loop(42) = {-60,64,68,-61};
     //パッチ
       //右下
//Line Loop(70) = {109,110,111,112};
  //-y方向
Line Loop(44) = {77,78,79,80};
Line Loop(45) = {-69,73,77,-74};
Line Loop(46) = {74,78,-75,-70};
Line Loop(47) = {-75,71,76,-79};
Line Loop(48) = {-76,72,73,-80};


//衛星前縁の円板
Line Loop(49) = {97,98,99,100};
Line Loop(50) = {101,102,103,104};
Line Loop(51) = {97,106,-101,-105};
Line Loop(52) = {98,107,-102,-106};
Line Loop(53) = {99,108,-103,-107};
Line Loop(54) = {100,105,-104,-108};


Line Loop(63) = {25,26,27,28,13,14,15,16};//衛星上部の面
Line Loop(64) = {21,22,23,24,37,38,39,40};衛星下部の面
Line Loop(66) = {17,-24,-20,16,81,82,83,84};//機体側+y
Line Loop(67) = {14,19,-22,-18,89,90,91,92};//機体側-y
Line Loop(68) = {85,86,87,88,57,58,59,60};//太陽電池側+y
Line Loop(69) = {93,94,95,96,69,70,71,72};//太陽電池側-y


//外境界（シミュレーション領域の立方体）
Plane Surface(1) = {1}; 
Plane Surface(2) = {2};
Plane Surface(3) = {3};
Plane Surface(4) = {4};
Plane Surface(5) = {5};
Plane Surface(6) = {6};


//衛星の金属構体部分
Plane Surface(9) = {9};
Plane Surface(11) = {11};

//衛星の金属構体の上部のアタッチメント

Plane Surface(14) = {14};
Plane Surface(15) = {15};
Plane Surface(16) = {16};
Plane Surface(17) = {17};
Plane Surface(18) = {18};

//衛星の金属構体の下部のアタッチメント
Plane Surface(20) = {20};
Plane Surface(21) = {21};
Plane Surface(22) = {22};
Plane Surface(23) = {23};
Plane Surface(24) = {24};

//太陽電池と衛星構体をつなぐ棒
  //+y方向の棒
Ruled Surface(27) = {27};
Ruled Surface(28) = {28};  
Ruled Surface(29) = {29};
Ruled Surface(30) = {30};  

  //-y方向の棒
Ruled Surface(33) = {33};
Ruled Surface(34) = {34};
Ruled Surface(35) = {35};
Ruled Surface(36) = {36};  


//太陽電池
  //+y方向  
Plane Surface(38) = {38};
Plane Surface(39) = {39};
Plane Surface(40) = {40};
Plane Surface(41) = {41};
Plane Surface(42) = {42};
     //パッチ
       //右下
//Plane Surface(70) = {70};
  //-y方向
Plane Surface(44) = {44};
Plane Surface(45) = {45};
Plane Surface(46) = {46};
Plane Surface(47) = {47};
Plane Surface(48) = {48};

//衛星前縁の円板
Plane Surface(49) = {49};
Plane Surface(50) = {50};
Ruled Surface(51) = {51};
Ruled Surface(52) = {52};
Ruled Surface(53) = {53};
Ruled Surface(54) = {54};


Plane Surface(63) = {63};
Plane Surface(64) = {64};
Plane Surface(66) = {66};
Plane Surface(67) = {67};//機体側-y
Plane Surface(68) = {68};
Plane Surface(69) = {69};//太陽電池側-y


Surface Loop(1) = {1,2,3,4,5,6};
Surface Loop(2) = {9,11,14,15,16,17,18,20,21,22,23,24,27,28,29,30,33,34,35,36,38,39,40,41,42,44,45,46,47,48,63,64,66,67,68,69};
Surface Loop(3) = {49,50,51,52,53,54};

Volume(1) = {1};
Volume(2) = {2};
Volume(3) = {3};

Compound Volume(10) = {1,2,3};

Physical Surface(3) = {1,2,3,4,5,6};//外境界
Physical Surface(4) = {9,11,63,64};//衛星機体のブラックカプトンを張り付けるところ
Physical Surface(5) = {66,67};//衛星機体のOSRを張り付けるところ
Physical Surface(6) = {14,15,16,17,18};//衛星機体上部のアタッチメント
Physical Surface(7) = {20,21,22,23,24};//衛星機体下部のアタッチメント
Physical Surface(8) = {27,28,29,30,33,34,35,36};//機体と太陽電池をつなぐ棒（+y）
//Physical Surface(9) = {33,34,35,36};//機体と太陽電池をつなぐ棒（-y）
Physical Surface(10) = {39,45};//太陽電池
Physical Surface(11) = {38,40,41,42,44,46,47,48,68,69};//太陽電池の板部分
Physical Surface(12) = {49,50,51,52,53,54};//衛星機体前縁の円板
Physical Volume(13) = {10};