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#include "T2CrossEquipArray.h"
#include "T2FloorInfo.h"
#include "T2FloorPtrList.h"
#include "T2Mover.h"
#include "T2MoverRoutingTable.h"
#include "T2Request.h"
#include "T2RoutingTable.h"
#include "T2RoutingTableElem.h"
#include "T2Tenant.h"
T2MoverRoutingTable::T2MoverRoutingTable(T2FloorInfo* inFloorInfo, T2FloorPtrList* inFloorPtrList, T2Mover* inMover)
: LArray(sizeof(T2RoutingTableElem))
{
mMover = inMover;
mFloorPtrList = inFloorPtrList;
mFloorInfo = inFloorInfo;
RECT rect;
inMover->GetEquipArea(rect);
mMoverHPos = (rect.left + rect.right) / 2;
AddItems(mFloorPtrList->GetCount());
}
/*virtual*/ T2MoverRoutingTable::~T2MoverRoutingTable() {
}
void T2MoverRoutingTable::AddItems(int inCount) {
T2RoutingTableElem elem;
InsertItemsAt(inCount, mItemCount + 1, &elem);
}
void T2MoverRoutingTable::RemoveItem(int inIndex) {
RemoveItemsAt(1, inIndex);
}
void T2MoverRoutingTable::ClearData() {
T2RoutingTableElem elem;
AssignItemsAt(GetCount(), 1, &elem);
}
BOOL T2MoverRoutingTable::GetItem(int inIndex, T2RoutingTableElem& outItem) {
return FetchItemAt(inIndex, &outItem);
}
BOOL T2MoverRoutingTable::IsStopFloor(int inIndex) {
BOOL res = false;
T2RoutingTableElem item;
if (FetchItemAt(inIndex, &item))
res = item.IsStopFloor();
return res;
}
void T2MoverRoutingTable::SetStopFloor() {
LArrayIterator iterator(*mMover->GetCEArray());
unsigned int id;
while (iterator.Next(&id)) {
int index = mFloorPtrList->GetIndex(id);
T2RoutingTableElem item;
item.SetTable(id, mMoverHPos);
AssignItemsAt(1, index, &item);
}
}
BOOL T2MoverRoutingTable::Update(T2MoverRoutingTable* inTable) {
BOOL set = false;
unsigned int numOfFloor = mFloorPtrList->GetCount();
for (unsigned int prevFloor = 1; prevFloor <= numOfFloor; prevFloor++) {
if (!IsStopFloor(prevFloor) && inTable->IsStopFloor(prevFloor)) {
for (unsigned int nextFloor = 1; nextFloor <= numOfFloor; nextFloor++) {
if (nextFloor != prevFloor && inTable->IsStopFloor(nextFloor)) {
T2RoutingTableElem elem;
GetItem(nextFloor, elem);
if (elem.HasRoute())
set |= IsUpdate(inTable, nextFloor, prevFloor, elem);
}
}
}
}
return set;
}
BOOL T2MoverRoutingTable::IsUpdate(const T2MoverRoutingTable* inTable, unsigned int inNextFloorID, unsigned int inPrevFloorID, T2RoutingTableElem& inElem) {
BOOL set = false;
unsigned int hScore = CalcHScore(inTable->GetMoverHPos() - inElem.GetFinalHPos());
if (hScore < 120) {
T2Mover *theMover = inTable->GetMover();
unsigned int vScore = theMover->CalcScore(mFloorPtrList->CalcDistance(inNextFloorID, inPrevFloorID));
unsigned int totalScore = hScore + vScore + inElem.GetScore();
if (theMover->IsElevator())
totalScore += 120;
if (totalScore <= 1000)
set = IsSetTable(inPrevFloorID, inElem.GetNextFloorID(), totalScore, 0, inTable->GetMoverHPos());
}
return set;
}
BOOL T2MoverRoutingTable::IsSetTable(unsigned int inPrevFloorID, unsigned int inNextFloorID, unsigned int inScore, int inTime, int inFinalHPos) {
BOOL set = false;
T2RoutingTableElem item;
if (FetchItemAt(inPrevFloorID, &item)) {
if (item.IsSetTable(inNextFloorID, inScore, inTime, inFinalHPos)) {
AssignItemsAt(1, inPrevFloorID, &item);
set = true;
}
}
return set;
}
int T2MoverRoutingTable::CalcHScore(int inDistance) {
if (inDistance < 0)
inDistance *= -1;
return inDistance;
}
BOOL T2MoverRoutingTable::IsConnectRoute(int inFloorID) {
BOOL result = false;
T2RoutingTableElem item;
if (FetchItemAt(inFloorID, &item))
result = item.HasRoute();
return result;
}
BOOL T2MoverRoutingTable::GetNextRoute(POINT inPt, unsigned int inFloorID, POINT& ioPt, unsigned int inFloorID2, unsigned int& outScore) {
BOOL ok = false;
T2RoutingTableElem item;
FetchItemAt(inFloorID2, &item);
if (item.HasNextRoute(inFloorID)) {
outScore = CalcScore(inPt, ioPt, &item);
ok = true;
}
return ok;
}
unsigned int T2MoverRoutingTable::CalcScore(POINT inPt, POINT& ioPt, T2RoutingTableElem* inElem) {
#pragma var_order(theNextFloor, nextFloorArea, score, moverArea, theRequest, lobby, pt, isDown)
T2Tenant *theNextFloor = mFloorInfo->GetTenant(inElem->GetNextFloorID());
#line 377
_ASSERT(theNextFloor != NULL);
RECT nextFloorArea;
theNextFloor->GetEquipArea(nextFloorArea);
POINT pt;
pt.y = nextFloorArea.bottom - 1;
BOOL isDown = (pt.y - inPt.y) > 0;
RECT moverArea;
mMover->GetEquipArea(moverArea);
if (isDown)
pt.x = moverArea.right + 2;
else
pt.x = moverArea.left - 4;
unsigned int score = inElem->GetScore() + mMover->CalcScore(pt.y - inPt.y);
int lobby = mFloorInfo->GetGroundLine() - 1;
if (inPt.y != lobby)
score += CalcHScore(pt.x - inPt.x);
if (ioPt.y != lobby)
score += CalcHScore(ioPt.x - inElem->GetFinalHPos());
if (mMover->IsElevator())
score += 120;
T2Request *theRequest = mMover->GetRequest(mFloorInfo, mMover->UnitToPosition(inPt.y), isDown);
if (theRequest)
score += theRequest->GetNumOfContent() * 10;
ioPt = pt;
return score;
}
T2Tenant* T2MoverRoutingTable::SelectNearFloor(POINT inPt, int& outFinalHPos, unsigned int& ioScore) {
T2Tenant *result = NULL;
ioScore -= CalcHScore(mMoverHPos - inPt.x);
if (ioScore > 0) {
LArrayIterator iterator(*this);
T2RoutingTableElem item;
int numOfFloor = 0;
while (iterator.Next(&item)) {
if (item.HasRoute() && ioScore > item.GetScore()) {
int scoreThreshold = ioScore - item.GetScore();
T2Tenant *theNextFloor = mFloorInfo->GetTenant(item.GetNextFloorID());
if (theNextFloor) {
RECT area;
theNextFloor->GetEquipArea(area);
int v = area.bottom - 1;
if (scoreThreshold > mMover->CalcScore(v - inPt.y))
numOfFloor++;
}
}
}
if (numOfFloor > 0) {
int randFloor = rand() % numOfFloor;
int index = 0;
iterator.ResetTo(0);
while (!result && iterator.Next(&item)) {
if (item.HasRoute() && ioScore > item.GetScore()) {
int scoreThreshold = ioScore - item.GetScore();
T2Tenant *theNextFloor = mFloorInfo->GetTenant(item.GetNextFloorID());
if (theNextFloor) {
RECT area;
theNextFloor->GetEquipArea(area);
int v = area.bottom - 1;
if (scoreThreshold > mMover->CalcScore(v - inPt.y)) {
if (index == randFloor) {
result = theNextFloor;
outFinalHPos = item.GetFinalHPos();
ioScore = scoreThreshold;
} else {
index++;
}
}
}
}
}
}
}
return result;
}
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