void MaxMin(int front,int end,int Max,int Min){
if(front == end){
Max = array[end];
Min = array[front];
}else{
int Max1,Max2,Min1,Min2,m;
m = (end - front) /2 + front;
MaxMin(front,m,Max1,Min1);
MaxMin(m,end,Max2,Min2);
Max = Max1 > Max2 ? Max1 : Max2;
Min = Min1 > Min2 ? Min2 : Min1;
}
}
TerrainHeightmap::TerrainHeightmap(QImage heightmap, bool blackIsHigh, double fact) :Terrain()
{
int height = heightmap.height();
int width = heightmap.width();
pointList = new Vector3 *[width];
for (int i = 0; i < width; i++)
pointList[i] = new Vector3[height];
terrain_height = height;
terrain_width = width;
QColor it = (heightmap.pixel(0, 0));
double gray = blackIsHigh ? 255 - ((it.red() + it.blue() + it.green()) / 3) : ((it.red() + it.blue() + it.green()) / 3);
high = gray * fact;
low = gray * fact;
for (int j = 0; j < height; j++)
{
for (int i = 0; i < width; i++)
{
it = (heightmap.pixel(i, j));
gray = blackIsHigh ? 255 - ((it.red() + it.blue() + it.green()) / 3) : ((it.red() + it.blue() + it.green()) / 3);
pointList[i][j] = Vector3(i, j, gray * fact);
MaxMin(gray * fact);
}
}
calcK();
}
void CSearchMap::SetStartPoint(int x, int y, int move_max)
{
point.x = MaxMin(x, 0, x_size - 1);
point.y = MaxMin(y, 0, y_size - 1);
//맵 초기화
for(int i = 0; i < x_size; i++)
{
for(int j = 0; j < y_size; ++j)
{
roadmap[i][j] = MOVE_DISABLE;
}
}
//길 찾기
FindRoad(roadmap, point.x, point.y, 0, move_max);
}
int main ()
{
int v[6] = { 0, 10, 7, 14, 2, 1 };
maxmin *t = malloc( 1 * (sizeof ( maxmin ) ) );
MaxMin( v, 0, t);
printf("%d %d", t->max, t->min);
return 0;
}
void PageConfigData::UpDataMaxFLow(double dx[],int nNum)
{
ASSERT(pConfig != NULL);
double dMaxFlow = pConfig->m_MaxFlow.GetfValue();
double dMax,dMin;
MaxMin(dx,nNum,dMax,dMin);
if(dMax>dMaxFlow)
pConfig->m_MaxFlow.SetValue(float(dMax));
}
void readProfile()
{
char privateFile[_MAX_PATH];
int i;
GetModuleFileName(sysInf.hInstance,myPath,sizeof(myPath));
for(i=lstrlen(myPath)-1;i>0;i--){
if(myPath[i] == '\\'){
myPath[i] = '\0';
break;
}
}
lstrcpy(privateFile,myPath);
lstrcat(privateFile,"\\Routes_mini.INI");
sysInf.bgmVolume = MaxMin(10, GetPrivateProfileInt("System","BGM volume",10,privateFile));
sysInf.voiceVolume = MaxMin(10, GetPrivateProfileInt("System","VOICE volume",10,privateFile));
sysInf.seVolume = MaxMin(10, GetPrivateProfileInt("System","SE volume",10,privateFile));
sysInf.full_screen = MaxMin(1, GetPrivateProfileInt("System","Screen mode",0,privateFile));
sysInf.msgSpeed = MaxMin(10, GetPrivateProfileInt("System","Message speed",6,privateFile));
sysInf.autoMsg = MaxMin(10, GetPrivateProfileInt("System","Auto message",5,privateFile));
sysInf.bAutoRead = MaxMin(1, GetPrivateProfileInt("System","Auto Read",0,privateFile));
sysInf.bAllSkip = MaxMin(1, GetPrivateProfileInt("System","All Skip",1,privateFile));
sysInf.bGEffectSkip = MaxMin(1, GetPrivateProfileInt("System","Graphic Skip",1,privateFile));
sysInf.transparent = MaxMin(100, GetPrivateProfileInt("System","Transparent",50,privateFile));
sysInf.refreshRate = 0;
if(sysInf.full_screen){
char workBuf[512];
sysInf.refreshRate = 0;
if(CheckOSw2k()){
sysInf.refreshRate = GetPrivateProfileInt("System","Refresh rate",0,privateFile);
}
if(sysInf.refreshRate>0){
wsprintf(workBuf,"前回の画面設定：\nフルスクリーン，リフレッシュレート：%dHzで起動します。\nよろしいですか？",sysInf.refreshRate);
}else{
strcpy(workBuf,"前回の画面設定：\nフルスクリーン，リフレッシュレート：標準で起動します。\nよろしいですか？");
}
if(IDNO==MessageBox(NULL,workBuf,"画面切り替え確認",MB_YESNO|MB_ICONQUESTION)){
sysInf.full_screen = 0;
sysInf.refreshRate = 0;
}
}
} // readProfile
/*
nama :dyarsa S.Pamungkas
Nim :A11.2011.06186
Klmpk: A11.4204
---copyright dy_arsa---
*/
int main()
{
TabInt T,T1,T2,TCopy,TInv,TSim,TBaca;
int i;
MakeEmpty(&T1);
for (i=1;i<=10;i++)
{
T1.TI[i]=i;
}
TulisIsiTab(T1);
// printf("Tekan sembarang tombol untuk melanjutkan....\n");getch();
printf("\n");
printf("Empty T=1, F=0 :%d\n",IsEmpty(T1));
printf("Full T=1, F=0 :%d\n",IsFull(T1));
// printf("Tekan sembarang tombol untuk melanjutkan....\n");getch();
printf("\n");
printf("index 0 :%s\n",IsIdxValid(T1,0)?"Ya":"Tidak");
printf("index 1 :%s\n",IsIdxValid(T1,1)?"Ya":"Tidak");
printf("index 5 :%s\n",IsIdxValid(T1,5)?"Ya":"Tidak");
printf("index 10 :%s\n",IsIdxValid(T1,10)?"Ya":"Tidak");
printf("index 101 :%s\n",IsIdxValid(T1,101)?"Ya":"Tidak");
printf("GetFirstIdx Efektif] :%d\n",GetFirstIdx(T1));
printf("GetLastIdx Efektif :%d\n",GetLastEfIdx(T1));
printf("\n");
MakeEmpty(&T2);
for (i=1;i<=10;i++)
{
T2.TI[i]=i*2+1;
}
printf("T1\n");
TulisIsiTab(T1);
printf("\nT2 \n");
TulisIsiTab(T2);
printf("\n");
printf("\nT1+T2 :\n"); PlusTab(T1,T2);
printf("\nT2-T1 :\n"); MinusTab(T2,T1);
printf("\nT1*T2 :\n");KaliTab(T1,T2);
printf("\nT1*2:\n"); KaliKons(T1,2);
printf("\nApakah T1 Sama dg T2?: %s\n",IsEQ(T1,T2)?"Ya":"Tidak");
printf("\nApakah T1 Kurang dari T2?: %s\n",IsLess(T1,T2)?"Ya":"Tidak");
printf("\nApa Nilai Maksimum tabel T1?: %i\n",ValMax(T1));
printf("\nApa Nilai Minimum tabel T1?: %i\n",ValMin(T1));
printf("\nApa index Nilai Maksimum tabel T2?: %i\n",IdxMaxTab(T2));
printf("\nApa index Nilai Minimum tabel T2?: %i\n",IdxMinTab(T2));
printf("\nApa Nilai Maksimum tabel T?: %i\n",Max(T));
printf("\nApa Nilai Minimum tabel T?: %i\n",Min(T));
printf("\nApa Nilai MaksMin tabel T?: ");MaxMin(T);
return 0;
}
void MatrixStat::TimeDistribute(int64_t value) {
if (distribution_.size() != kTotalBucket) {// 10 seconds, each bucket 100 us
distribution_.resize(kTotalBucket);
}
MaxMin(value);
++count_;
value_ += value;
uint32_t bucket = (uint32_t)(value / kBucketUsec);
if (bucket >= kTotalBucket) {
bucket = kTotalBucket - 1;
}
++distribution_[bucket];
}
// Renvoi un terrain généré aléatoirement
TerrainFractal::TerrainFractal ( unsigned int terrain_width_, unsigned int terrain_height_ ) : Terrain ( ) {
terrain_width = terrain_width_;
terrain_height = terrain_height_;
high = ( low = Noise::noise ( 0., 0. ) );
// Pour récuperer le Low and Height
for ( unsigned int j = 0; j < terrain_height; j++ ) {
for ( unsigned int i = 0; i < terrain_width; i++ ) {
MaxMin ( Noise::noise ( i, j ) );
}
}
calcK ( );
}
BOOL CSearchMap::MoveNextPointStupid(int move, int iq)
{
iq = MaxMin(iq, 1, 10); //아이큐는 1~10까지
//가장 좋은 길을 찾기
int best_dir = dir_none, best_expense = distancemap[point.x][point.y] + (10 - iq);
//멍청하기 때문에 모두 검사하지 않고 몇개를 랜덤으로 시도해 본 뒤 그 중에서 이동
BOOL left_ok, right_ok, up_ok, down_ok;
left_ok = right_ok = up_ok=down_ok = FALSE;
int count = 0;
while(count < iq && (!left_ok || !right_ok || !up_ok || !down_ok))
{
int ran = rand() % 4;
//왼쪽 검사
if(ran == dir_left)
{
if(point.x > 0 && distancemap[point.x - 1][point.y] < best_expense && map[(point.x - 1) + point.y * x_size] <= move)
{
best_dir = dir_left;
best_expense = distancemap[point.x - 1][point.y];
}
left_ok = TRUE;
}
//오른쪽 검사
else if(ran == dir_right)
{
if(point.x < x_size - 1 && distancemap[point.x + 1][point.y] < best_expense && map[(point.x + 1) + point.y * x_size] <= move)
{
best_dir = dir_right;
best_expense = distancemap[point.x + 1][point.y];
}
right_ok = TRUE;
}
//위 검사
else if(ran == dir_up)
{
if(point.y > 0 && distancemap[point.x][point.y - 1] < best_expense && map[point.x + (point.y - 1) * x_size] <= move)
{
best_dir = dir_up;
best_expense = distancemap[point.x][point.y - 1];
}
up_ok = TRUE;
}
//아래 검사
else if(ran == dir_down)
{
if(point.y < y_size - 1 && distancemap[point.x][point.y + 1] < best_expense && map[point.x + (point.y + 1) * x_size] <= move)
{
best_dir = dir_down;
best_expense = distancemap[point.x][point.y + 1];
}
down_ok = TRUE;
}
count++;
}
//가장 가까운 곳으로 이동(아니면 가만히 있음)
if(best_dir == 0)
{
point.x--;
}
else if(best_dir == 1)
{
point.x++;
}
else if(best_dir == 2)
{
point.y--;
}
else if(best_dir == 3)
{
point.y++;
}
//목적지에 도착하면 TRUE, 아니면 FALSE
if(distancemap[point.x][point.y] == 0)
{
return TRUE;
}
else
{
return FALSE;
}
}