//产生相应模块
public well2d Create_Vertical_Well(PO center)
{
well2d well = new well2d(center.x, center.y);
well.GetOGL(PAINT);
well.Set_ge_pl(this.Get_ge_pl());
//well.Set_initial_pl(this.initial_pl);
well.Generate_eadge();
model_l.Insert(well);
return(well);
}
private void DE_WW(well2d w1, well2d w2)
{
util u1 = new util();
if (!Is_Conflict(w1, w2))
{
return;
}
else
{
CD_well_well(w1, w2);
}
}
//处理两个直井之间的冲突
private void CD_well_well(well2d w1, well2d w2)
{
util u1 = new util();
PO mid, p1, p2;
mid = new PO();
mid.x = (w1.center.x * w1.ro + w2.center.x * w2.ro) / (w1.ro + w2.ro);
mid.y = (w1.center.y * w1.ro + w2.center.y * w2.ro) / (w1.ro + w2.ro);
p1 = u1.po_vertical(mid, w1.center, w2.center, 5);
p2 = u1.po_vertical(mid, w2.center, w1.center, 5);
u1.InFile(u1.tri_num, "-------------------IN well");
Cal_new_edge_po_insert(w1, p1, p2);
u1.InFile(u1.tri_num, "-------------------end well1");
Cal_new_edge_po_insert(w2, p1, p2);
u1.InFile(u1.tri_num, "-------------------end well");
}
public void START()
{
util u1 = new util();
well2d w1 = new well2d();
w1.GetOGL(PAINT);
w1.Set_ge_pl(ge_p_l);
w1.Set_initial_pl(initial_pl);
center = w1.center;
model_l.Insert(w1);
plane = new plane2d();
plane.GetOGL(PAINT);
plane.Set_ge_pl(ge_p_l);
plane.Generate_eadge();
Create_boundary_model();
Generate_allmodel_edge_po();
DealModuleConflict();
plane.Get_model_l(model_l); //把模块链给plane
plane.GenerateNetPo(); //plane根据自己的边界和模块产生点
Generate_allmodel_po(); //产生所有模块的点
}
