/// <summary>
/// 生成基本组合:由永久荷载控制
/// </summary>
private void CreatFundamentalComb_DL()
{
//由活载控制的基本组合
List <BLoadCase> List_V = new List <BLoadCase>(); //所有可变荷载工况列表
List_V.AddRange(List_LL); //活
List_V.AddRange(List_WL); //风
List_V.AddRange(List_TL); //温
List <BLoadCase[]> c = new List <BLoadCase[]>(); //可变荷载组合列表
for (int i = 1; i <= List_V.Count; i++)
{
List <BLoadCase[]> ci = PermutationAndCombination <BLoadCase> .GetCombination(List_V.ToArray(), i);
c.AddRange(ci);
}
//生成完整组合
for (int i = 0; i < c.Count; i++)
{
LCType ctrT = LCType.D; //控制工况类型:恒载
BLoadCombG LComb = new BLoadCombG(ctrT);
LComb.NAME = "C1"; //临时取个名
LComb.KIND = LCKind.GEN;
foreach (BLoadCase lc in List_DL) //恒
{
double F_DL = FF.getPartialF_ctr(LCType.D);
BLCFactGroup lcf_DL = new BLCFactGroup(lc, F_DL);
LComb.AddLCFactGroup(lcf_DL);
}
int num_LL = c[i].Length;
for (int j = 0; j < num_LL; j++)
{
LCType lct = c[i][j].LCType;
BLCFactGroup lcf_LL = new BLCFactGroup(c[i][j],
FF.getPartialF(lct) * FF.getLamd_LL(lct) *
FF.getCombinationF(lct));
LComb.AddLCFactGroup(lcf_LL);//添加组合活荷载
}
LComb.DESC = LComb.ToString();//指定组合描述
BLT.AddEnforce(LComb);
}
}
/// <summary>
/// 生成基本组合:由可变荷载控制
/// </summary>
/// <param name="DL_Favour">恒载是否有利</param>
private void CreatFundamentalComb_VL(bool DL_Favour)
{
//由活载控制的基本组合
List <BLoadCase> List_V = new List <BLoadCase>(); //所有可变荷载工况列表
List_V.AddRange(List_LL); //活
List_V.AddRange(List_WL); //风
List_V.AddRange(List_TL); //温
List <BLoadCase[]> c = new List <BLoadCase[]> (); //可变荷载组合列表
for (int i = 1; i <= List_V.Count; i++)
{
List <BLoadCase[]> ci = PermutationAndCombination <BLoadCase> .GetCombination(List_V.ToArray(), i);
if (i == 1)
{
c.AddRange(ci);
continue;
}
//按主控制工况进行办换顺序
foreach (BLoadCase[] cc in ci)
{
List <BLoadCase[]> cn = PermutationAndCombination <BLoadCase> .GetPermutationOne(cc);
c.AddRange(cn);
}
}
//生成完整组合
for (int i = 0; i < c.Count; i++)
{
LCType ctrT = c[i][0].LCType; //控制工况类型
BLoadCombG LComb = new BLoadCombG(ctrT);
LComb.NAME = "C1"; //临时取个名
LComb.KIND = LCKind.GEN;
foreach (BLoadCase lc in List_DL) //恒
{
double F_DL = 1.0;
if (DL_Favour)
{
F_DL = FF.Rgn_DL;//恒载有利；
}
else
{
F_DL = FF.Rg_DL;//恒载不利;
}
BLCFactGroup lcf_DL = new BLCFactGroup(lc, F_DL);
LComb.AddLCFactGroup(lcf_DL);
}
int num_LL = c[i].Length;
BLCFactGroup lcf_zLL = new BLCFactGroup(c[i][0],
FF.getPartialF_ctr(c[i][0].LCType) * FF.getLamd_LL(c[i][0].LCType));
LComb.AddLCFactGroup(lcf_zLL);//添加控制活荷载工况
if (num_LL > 1)
{
for (int j = 1; j < num_LL; j++)
{
LCType lct = c[i][j].LCType;
BLCFactGroup lcf_LL = new BLCFactGroup(c[i][j],
FF.getPartialF_ctr(lct) * FF.getLamd_LL(lct) *
FF.getCombinationF(lct));
LComb.AddLCFactGroup(lcf_LL);//添加组合活荷载
}
}
LComb.DESC = LComb.ToString();//指定组合描述
BLT.AddEnforce(LComb);
}
}
