static inline PassRefPtr<StringImpl> addToStringTable(const T& value)
{
pair<HashSet<StringImpl*>::iterator, bool> addResult = stringTable().add<T, HashTranslator>(value);
// If the string is newly-translated, then we need to adopt it.
// The boolean in the pair tells us if that is so.
return addResult.second ? adoptRef(*addResult.first) : *addResult.first;
}
PassRefPtr<StringImpl> AtomicString::add(const char* c)
{
if (!c)
return 0;
if (!*c)
return StringImpl::empty();
pair<HashSet<StringImpl*>::iterator, bool> addResult = stringTable().add<const char*, CStringTranslator>(c);
if (!addResult.second)
return *addResult.first;
return adoptRef(*addResult.first);
}
void LineGraph::GenrateGraph(sint32 &infoXCount,
sint32 &infoYCount,
double *** infoGraphData,
sint32 category)
{
infoYCount = 0;
infoXCount = 0;
AUI_ERRCODE errcode = AUI_ERRCODE_OK;
std::auto_ptr<aui_StringTable> stringTable (new aui_StringTable(&errcode, "InfoStrings"));
SetXAxisName(stringTable->GetString(6));
SetYAxisName("Power");
double minRound = s_minRound;
double curRound = g_turn->GetRound();
double minPower = 0;
double maxPower = 10;
SetGraphBounds(minRound, curRound, minPower, maxPower);
HasIndicator(false);
sint32 i;
for ( i = 0 ; i < k_MAX_PLAYERS ; i++ )
{
if (g_player[i] && (i != PLAYER_INDEX_VANDALS))
{
infoYCount++;
}
}
sint32* color = new sint32[infoYCount + g_deadPlayer->GetCount()];
infoYCount = 0;
for ( i = 0 ; i < k_MAX_PLAYERS ; i++ )
{
if (g_player[i] && (i != PLAYER_INDEX_VANDALS))
{
color[infoYCount++] = g_colorSet->ComputePlayerColor(i);
}
}
for
(
PointerList<Player>::Walker walk(g_deadPlayer);
walk.IsValid();
walk.Next()
)
{
color[infoYCount++] = g_colorSet->ComputePlayerColor(walk.GetObj()->GetOwner());
}
infoXCount = static_cast<sint32>(curRound) - static_cast<sint32>(minRound);
if (infoXCount == 0)
{
RenderGraph();
return;
}
infoXCount = std::max<sint32>(1, infoXCount);
infoYCount = std::max<sint32>(1, infoYCount);
Assert(!*infoGraphData);
*infoGraphData = new double *[infoYCount];
for (i = 0 ; i < infoYCount; i++)
{
(*infoGraphData)[i] = new double[infoXCount];
std::fill((*infoGraphData)[i], (*infoGraphData)[i] + infoXCount, 0.0);
}
sint32 playerCount = 0;
for ( i = 0 ; i < k_MAX_PLAYERS ; i++ )
{
if (g_player[i] && (i != PLAYER_INDEX_VANDALS))
{
for (sint32 round = 0 ; round < infoXCount ; ++round)
{
sint32 strValue = GetCombinedStrength(*g_player[i]->m_strengths, round, category);
(*infoGraphData)[playerCount][round] = strValue;
while (strValue > maxPower)
maxPower += 10.0;
}
playerCount++;
}
}
for
(
PointerList<Player>::Walker walk2(g_deadPlayer);
walk2.IsValid();
walk2.Next()
)
{
for (sint32 round = 0 ; round < infoXCount ; ++round)
{
sint32 strValue = GetCombinedStrength(*walk2.GetObj()->m_strengths, round, category);
(*infoGraphData)[playerCount][round] = strValue;
while (strValue > maxPower)
maxPower += 10.0;
}
playerCount++;
}
Assert(playerCount == infoYCount);
SetLineData(infoYCount, infoXCount, (*infoGraphData), color);
SetGraphBounds(minRound, curRound, minPower, maxPower);
RenderGraph();
delete color;
}
