facat/cimforreduceloss
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1.重新组织了文件。

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2.准备试试把所有元素都读入内存中。

Signed-off-by: facat@lab.com <facat@lab.com>
This commit is contained in:
facat@lab.com
2014-11-21 17:47:58 +08:00
parent 5d44332c13
commit 3a555bd2c1
35 changed files with 109 additions and 41 deletions
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240
core/Interface.cpp Normal file
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#include "head.h"
#include "transformerparser.h"
#include "linetypeparser.h"
#include "qt_readxml.h"
void Qt_readxml::XmlReaderInterface()
{
int subNo = substation.size();
for (int i=0;i<subNo;i++)
{
DisSubstation S;
S.CIMID = substation[i].ID;
S.Description = substation[i].description;
S.Name = substation[i].name;
dis_substation.push_back(S);
}
DisLine L;
QString b = acline_segment[0].MemberOf_EquipmentContainer_res[0];
int a = b.length();
std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(b.right(a-1)));
L.CIMID = circuit[it->no].ID;
L.MemberOf = circuit[it->no].Substations_res[0];
dis_line.push_back(L);
//确定头结点
// int breakerNo = breaker.size();
// int headBus;
// for (int i=0;i<breakerNo;i++)
// {
// if (breaker[i].MemberOf_EquipmentContainer_res.size())
// {
// headBus = breaker[i].flag;
// }
// }
int headBus;
for (int i=0;i<subNo;i++)
{
if (substation[i].GIS_type == "1001")
{
int nodeNo=connectivity_node.size();
for (int j=0;j<nodeNo;j++)
{
if (connectivity_node[j].MemberOf_EquipmentContainer_res.size() && connectivity_node[j].flag)
{
QString a=connectivity_node[j].MemberOf_EquipmentContainer_res[0];
int b = a.length();
if (a.right(b-1)==substation[i].ID)
{
headBus = connectivity_node[j].flag;
break;
}
}
}
}
}
//重新安排节点序列
int lineNo = acline_segment.size();
int k = 1;
busContainer.clear();
busContainer.push_back(headBus);
busbar_section[headBus-1].busSequence = k;
k++;
while (busContainer.size())
{
int containNo=busContainer.size();
for (int i=0;i<containNo;i++)
{
int bus1 = busContainer[0];
busContainer.erase(busContainer.begin());
for (int j=0;j<lineNo;j++)
{
if (acline_segment[j].link_from == bus1)
{
int bus2 = acline_segment[j].link_to;
if (!busbar_section[bus2-1].busSequence)
{
busContainer.push_back(bus2);
busbar_section[bus2-1].busSequence = k;
}
}
else if (acline_segment[j].link_to == bus1)
{
int bus2 = acline_segment[j].link_from;
if (!busbar_section[bus2-1].busSequence)
{
busContainer.push_back(bus2);
busbar_section[bus2-1].busSequence = k;
}
}
}
}
k++;
}
//找到上一段线路
int smallNo;
int smallSequence;
int bus1;
int bus2;
int bus3;
int sequence1;
int sequence2;
int sequence3;
for (int i=0;i<lineNo;i++)
{
bus1 = acline_segment[i].link_from;
bus2 = acline_segment[i].link_to;
sequence1 = busbar_section[bus1-1].busSequence;
sequence2 = busbar_section[bus2-1].busSequence;
if (sequence1<sequence2 && sequence1!=0)
{
smallNo = bus1;
smallSequence = sequence1;
}
else if (sequence2<sequence1 && sequence2!=0)
{
smallNo = bus2;
smallSequence = sequence2;
}
for (int j=0;j<lineNo;j++)
{
if (acline_segment[j].link_from == smallNo)
{
bus3 = acline_segment[j].link_to;
sequence3 = busbar_section[bus3-1].busSequence;
if (sequence3 < smallSequence && sequence3!=0)
{
acline_segment[i].foreheadLine = acline_segment[j].ID;
acline_segment[i].foreheadI = j;
break;
}
}
if (acline_segment[j].link_to == smallNo)
{
bus3 = acline_segment[j].link_from;
sequence3 = busbar_section[bus3-1].busSequence;
if (sequence3 < smallSequence && sequence3!=0)
{
acline_segment[i].foreheadLine = acline_segment[j].ID;
acline_segment[i].foreheadI = j;
break;
}
}
}
}
//求线段深度
for (int i=0;i<lineNo;i++)
{
double depth = acline_segment[i].secLength;
int j = acline_segment[i].foreheadI;
while (j>=0)
{
depth = depth + acline_segment[j].secLength;
j = acline_segment[j].foreheadI;
}
acline_segment[i].depth = depth;
}
//找变压器的连接节段
int transNo = power_transformer.size();
for (int i=0;i<transNo;i++)
{
bus1 = power_transformer[i].link_1;
bus2 = power_transformer[i].link_2;
sequence1 = busbar_section[bus1-1].busSequence;
sequence2 = busbar_section[bus2-1].busSequence;
if(sequence1 == 0 )
{
smallSequence = sequence2;
smallNo = bus2;
}
else
{
smallSequence = sequence1;
smallNo = bus1;
}
for (int j=0;j<lineNo;j++)
{
if (acline_segment[j].link_from == smallNo)
{
bus3 = acline_segment[j].link_to;
sequence3 = busbar_section[bus3-1].busSequence;
if (sequence3 < smallSequence && sequence3!=0)
{
power_transformer[i].foreheadLine = acline_segment[j].ID;
break;
}
}
if (acline_segment[j].link_to == smallNo)
{
bus3 = acline_segment[j].link_from;
sequence3 = busbar_section[bus3-1].busSequence;
if (sequence3 < smallSequence && sequence3!=0)
{
power_transformer[i].foreheadLine = acline_segment[j].ID;
break;
}
}
}
}
for (int i=0;i<lineNo;i++)
{
DisSecNode S;
S.ID = acline_segment[i].ID;
S.Name = acline_segment[i].name;
S.FatherID = acline_segment[i].foreheadLine;
S.LineType = acline_segment[i].Model;
S.UnitR = acline_segment[i].r;
S.B = acline_segment[i].x;
S.G = 0;
S.SecLong = acline_segment[i].secLength;
S.Depth = acline_segment[i].depth;
dis_sec_node.push_back(S);
}
for (int i=0;i<transNo;i++)
{
DisTrans T;
T.ID = power_transformer[i].ID;
T.Name = power_transformer[i].name;
T.SecNode = power_transformer[i].foreheadLine;
T.Ps = power_transformer[i].Pk;
T.P0 = power_transformer[i].P0;
T.Up = 0;
T.Ip = power_transformer[i].I0;
T.RunRate = 0;
T.Type = power_transformer[i].Model;
T.LineID = dis_line[0].CIMID;
T.S = power_transformer[i].ratedMVA;
dis_trans.push_back(T);
}
}