node* convert2(node *root){
if(root==NULL)return NULL;
if(root->left!=NULL){
node left = convert2(root->left);
while(;left->right!=NULL;left=left->right);
left->right=root;
root->left=left;
}
char * Num_To_HexVar_32(uint32_t TOHVINPUT) //UINT32 TO HEXIFIED VAR
{ //Code to varint - py
static char convert_result2[3]="\0";
bzero(convert_result2,3);
convert_result2[2] = '\0';
memset(convert_result2,0,sizeof(convert_result2));
uint8_t buf[1] = {0};
bzero(buf,1);
uvarint_encode32(TOHVINPUT, buf, 1);
convert2(convert_result2,buf);
return convert_result2;
}
int main()
{
check1();
check2();
convert1();
convert2();
convert3();
convert4();
convert5();
return 0;
}
void QPolyTime::parse2(QString& filePath)
{
if(filePath.isEmpty() == true)
{
return ;
}
QFile file(filePath);
if(file.open(QIODevice::ReadOnly) == false)
{
return ;
}
QTextStream stream(&file);
stream.setCodec("UTF-8");
QStringList list;
while(stream.atEnd() == false)
{
QString line1 = stream.readLine().trimmed();
list.append(convert2(line1));
//qDebug()<<convert(line);
}
file.close();
QString newfilePath = filePath;
newfilePath.replace("timeTable", "tracePoints");
newfilePath.replace(".txt", ".lua");
QFile file2(newfilePath);
if(file2.open(QIODevice::WriteOnly) == false)
{
qDebug()<<"open failed";
return ;
}
QString str;
str += QString("function %1.elapse(cityID1, cityID2)\n").arg(m_name);
str += QString(" local funName = \"elapse_\" .. tostring(cityID1) .. \"_\" .. tostring(cityID2)\n ");
str += QString(" if cityID1 > cityID2 then\n");
str += QString(" funName = \"elapse_\" .. tostring(cityID2) .. \"_\" .. tostring(cityID1)\n ");
str += QString(" end\n");
str += QString(" if %1[funName] == nil then\n").arg(m_name);
str += QString(" return nil\n");
str += QString(" end\n");
str += QString(" return %1[funName]();\n").arg(m_name);
str += QString("end\n\n");
QTextStream stream2(&file2);
stream2.setCodec("UTF-8");
stream2<<QString("local %1 = {}\n").arg(m_name);
foreach(QString single, list)
{
stream2<<single<<"\n";
}
stream2<<str<<"\n";
stream2<<QString("return %1").arg(m_name);
file2.close();
qDebug()<<"ok";
}
void Jeu::ChargerUnite()
{
//Creation des textures:
//Chargement des textures de la barre de vie et de selections
SDL_Surface *barreVieSurface=IMG_Load("Jeu/Images/barre_vie.png");
SDL_Surface *vieSurface=IMG_Load("Jeu/Images/vie.png");
SDL_Surface *selectionSurface=IMG_Load("Jeu/Images/selection_unite.png");
SDL_Surface *selectionSurfaceEnnemie=IMG_Load("Jeu/Images/selection_unite_ennemie.png");
RenderableObject::BarreVieTexture = SDL_CreateTextureFromSurface(renderer,barreVieSurface);
RenderableObject::VieTexture = SDL_CreateTextureFromSurface(renderer,vieSurface);
RenderableObject::SelectionUniteTexture = SDL_CreateTextureFromSurface(renderer,selectionSurface);
RenderableObject::SelectionUniteEnnemieTexture = SDL_CreateTextureFromSurface(renderer,selectionSurfaceEnnemie);
SDL_FreeSurface(selectionSurfaceEnnemie);
SDL_FreeSurface(selectionSurface);
SDL_FreeSurface(barreVieSurface);
SDL_FreeSurface(vieSurface);
std::string nomFichier;
if(taille==1)
{
nomFichier="Save/unite1.lvl";
}
else
{
nomFichier="Save/unite2.lvl";
}
std::ifstream fichier(nomFichier.c_str(), std::ios::in);
std::string mot;
while(fichier >> mot && mot[0] !='-')
{
char type=mot[0];
SDL_Rect positionUnitSurCarte;
positionUnitSurCarte.h=humainCaCTextures->positionTexture[0][0].h;
positionUnitSurCarte.w=humainCaCTextures->positionTexture[0][0].w;
fichier >> mot;
int result;
std::stringstream convert(mot);
convert >> result;
positionUnitSurCarte.x=result;
//Remplissage de la composante y de la texture
fichier>>mot;
std::stringstream convert2(mot);
convert2 >> result;
positionUnitSurCarte.y=result;
if(type=='d')
{
UnitDistance *unite=new UnitDistance(type,true,positionUnitSurCarte,renderer,maCarte->cartePassage,*humainDistanceTextures,objects,1);
uniteJoueur.push_back(unite);
objects.push_back(unite);
}
else if(type=='c')
{
UnitCaC *unite= new UnitCaC(type,true,positionUnitSurCarte,renderer,maCarte->cartePassage,*humainCaCTextures,objects,1);
uniteJoueur.push_back(unite);
objects.push_back(unite);
}
}
while(fichier >> mot)
{
char type=mot[0];
SDL_Rect positionUnitSurCarte;
positionUnitSurCarte.h=orcCaCTextures->positionTexture[0][0].h;
positionUnitSurCarte.w=orcCaCTextures->positionTexture[0][0].w;
fichier >> mot;
int result;
std::stringstream convert(mot);
convert >> result;
positionUnitSurCarte.x=result;
//Remplissage de la composante y de la texture
fichier>>mot;
std::stringstream convert2(mot);
convert2 >> result;
positionUnitSurCarte.y=result;
if(type=='c')
{
std::vector<Task*>* tasks = new std::vector<Task*>();
Explore* explore = new Explore("explore");
Attack* attack = new Attack("attack");
tasks->push_back(explore);
tasks->push_back(attack);
AIController* contro = new AIController(*tasks);
UnitCaC *unite =new UnitCaC(type,false,positionUnitSurCarte,renderer,maCarte->cartePassage,contro,*orcCaCTextures,objects,2);
uniteOrdinateur.push_back(unite);
objects.push_back(unite);
}
else if(type=='d')
{
std::vector<Task*>* tasks = new std::vector<Task*>();
Explore* explore = new Explore("explore");
Attack* attack = new Attack("attack");
tasks->push_back(explore);
tasks->push_back(attack);
AIController* contro = new AIController(*tasks);
UnitDistance *unite = new UnitDistance(type,false,positionUnitSurCarte,renderer,maCarte->cartePassage,contro,*orcDistanceTextures,objects,2);
uniteOrdinateur.push_back(unite);
objects.push_back(unite);
}
}
fichier.close();
}
wxSize SlideShow::ToGif(wxString file)
{
wxArrayString which;
bool success = true;
wxString convert(wxT("convert -delay "+wxString::Format(wxT("%i"),100/GetFrameRate())));
// At least one ImageMagick version for windows comes without that symlink
// See https://github.com/andrejv/wxmaxima/issues/757
wxString convert2(wxT("magick -delay "+wxString::Format(wxT("%i"),100/GetFrameRate())));
wxString convertArgs;
wxString tmpdir = wxFileName::GetTempDir();
for (int i=0; i<m_size; i++)
{
wxFileName imgname(tmpdir, wxString::Format(wxT("wxm_anim%d.png"), i));
wxImage image = m_images[i]->ToImageFile(imgname.GetFullPath());
convert << wxT(" \"") << imgname.GetFullPath() << wxT("\"");
}
convert << wxT(" \"") << file << wxT("\"");
#if defined __WXMSW__
if (!wxShell(convert))
if (!wxShell(convert2))
#else
if (wxExecute(convert, wxEXEC_SYNC) != 0)
if (wxExecute(convert2, wxEXEC_SYNC) != 0)
#endif
{
success = false;
wxMessageBox(_("There was an error during GIF export!\n\nMake sure ImageMagick is installed and wxMaxima can find the convert program."),
wxT("Error"), wxICON_ERROR);
}
for (int i=0; i<m_size; i++)
{
wxFileName imgname(tmpdir, wxString::Format(wxT("wxm_anim%d.png"), i));
wxRemoveFile(imgname.GetFullPath());
}
if(success)
{
if(m_size>0)
return wxSize(m_images[1]->GetOriginalWidth(),m_images[1]->GetOriginalHeight());
else
{
wxSize retval;
retval.x=retval.y=0;
return retval;
}
}
else
{
wxSize retval;
retval.x=retval.y=-1;
return retval;
}
}
void mainmenu(){ /// have to change the color (sajid)
//puts("MainMenu");
glBegin( GL_POINTS );
glColor3f(1,0,0);
for(int i=0;i<=100;i++){
for(int j=0;j<=100;j++){
// glVertex2d( i,j);
}
}
glEnd();
glColor3f(0,0,0);
glPushMatrix();
glLoadIdentity();
glTranslatef(-350,-280,0);
//texture maping of left field
int r,c,r1;
double p1,c1;
for(r=0;r<menu5.width;r++)
{
for(c=0;c<menu5.height;c++)
{
glBegin(GL_POINTS);
float rr=(float)(menu5.pixel(r,c,0));
float gg=(float)(menu5.pixel(r,c,1));
float bb=(float)(menu5.pixel(r,c,2));
if(print_flag && c<30) printf("%3.0f,%3.0f,%3.0f, ",rr,gg,bb);
glColor3f(rr/255,gg/255.0,bb/255.0);
glVertex2d(r,c);
glEnd();
}
if(print_flag) puts("");
}
if(print_flag) printf("%d %d\n",r,c);
print_flag=0;
glPopMatrix();
glPushMatrix();
glLoadIdentity();
glTranslatef(-300,0,0);
for(r=0;r<menu5.width;r++)
{
for(c=0;c<menu5.height;c++)
{
glBegin(GL_POINTS);
float rr=(float)(menu5.pixel(r,c,0));
float gg=(float)(menu5.pixel(r,c,1));
float bb=(float)(menu5.pixel(r,c,2));
convert2(rr);
convert2(gg);
convert2(bb);
glColor3f(rr/255,gg/255.0,bb/255.0);
glVertex2d(r,c);
glEnd();
}
if(!print_flag)puts("");
}
glPopMatrix();
}
int main() {
printf("Start....");
start:
printf("\n(input) "); //계산기 프로그램 시작
scanf("%s", in1);
str_in1 = strlen(in1);
c_hoice();
if (chosen != 1){
scanf("%s", in2);
str_in2 = strlen(in2);
scanf("%s", in3);
str_in3 = strlen(in3);
check_sign_in1();
check_sign_in3();
re_array_in1();
re_array_in3();
separate();
if(in2[0] == '-'){
if(minus_sign_count == 0)
in2[0] = '-';
else if(minus_sign_count == 1){
if(if_minus_first == 1){
in2[0] = '+';
when_put_minus =1;}
if(if_minus_last == 1)
in2[0] = '+';}
else{
in2[0] = '-';
when_remove_minus =1;}}
else if(in2[0] == '+'){
if(minus_sign_count == 0)
in2[0] = '+';
else if(minus_sign_count == 1){
if(if_minus_first == 1)
in2[0] = '-';
if(if_minus_last == 1)
in2[0] = '-';}
else{
in2[0] = '+';
when_put_minus=1;}}
else if(in2[0] == '*'){
if(minus_sign_count == 0 || minus_sign_count == 2)
in2[0] = '*';
else if(minus_sign_count == 1){
in2[0] = '*';
when_put_minus=1;}}
else if(in2[0] == '/'){
if(minus_sign_count == 0 || minus_sign_count == 2)
in2[0] = '/';
else if(minus_sign_count == 1){
in2[0] = '/';
when_put_minus=1;}}
else if(in2[0] == '%'){
if(minus_sign_count == 0 || minus_sign_count == 2)
in2[0] = '%';
else if(minus_sign_count == 1){
in2[0] = '%';
when_put_minus=1;}}
switch (in2[0]) {
case '+' : { invert1(); convert1(); plus(); convert2(); invert2(); break; }
case '-' : { invert1(); compare(); convert1(); minus(); convert2(); invert2(); break; }
case '*' : { invert1(); invert1_mul_s(); multiply(); invert2(); invert2_mul_s(); break; }
case '/' : { invert1(); compare(); convert1(); divide(); convert2(); invert2(); break; }
case '%' : { invert1(); compare(); convert1(); remain(); convert2(); invert2(); break; }
default: ;
}
printf(" = ");
if(when_put_minus == 1)
printf("-");
// if(when_remove_minus == 1)
//여기서 - 부호 하나를 배열에서 빼주는 명령어 쓸 수 없을까?
if (daeso == 1)
printf("-");
comma(res_j);
if (p != 0)
{printf(".");
comma(res_s);}
}
initialization();
goto start;
return 0;
}
int main() {
printf("Start....");
start:
printf("\n(input) "); //계산기 프로그램 시작
input();
error();
if(again == 1)
{
initialization();
goto start;
}
c_hoice();
if (chosen != 1){ //in1에 입력받은 문자가 1자리 대소문자가 아닌 경우
var_cal();
if (var_cal_switch == 1)
{
printf(" = error\n");
initialization();
goto start;
}
check_sign_in1(); // input1 +/- 부호 체크
check_sign_in3(); // input3 +/- 부호 체크
re_array_in1(); // 다항 연산 고려 순서 바꿔 저장
re_array_in3(); // 다항 연산 고려 순사 바꿔 저장
separate();
which_sign();
switch (in2[0]) {
case '+' : { invert1(); convert1(); plus(); convert2(); invert2(); break; }
case '-' : { invert1(); compare(); convert1(); minus(); convert2(); invert2(); break; }
case '*' : { invert1(); invert1_mul_s(); multiply(); invert2(); invert2_mul_s(); break; }
case '/' : { dividing(); break; }
case '%' : { remain2(); break; }
default: ;
}
printf(" = ");
if(when_put_minus == 1)
printf("-");
if (daeso == 1)
printf("-");
comma(res_j);
if (p != 0)
{printf(".");
comma(res_s);}
}
initialization();
goto start;
return 0;
}
void test() {
__v16sc gv1;
__v16uc gv2;
__v8ss gv3;
__v8us gv4;
__v4si gv5;
__v4ui gv6;
__v2sll gv7;
__v2ull gv8;
__v1slll gv9;
__v1ulll gv10;
__v4f gv11;
__v2d gv12;
vector signed char av1;
vector unsigned char av2;
vector signed short av3;
vector unsigned short av4;
vector signed int av5;
vector unsigned int av6;
vector signed long long av7;
vector unsigned long long av8;
vector signed __int128 av9;
vector unsigned __int128 av10;
vector float av11;
vector double av12;
vector bool int av13;
vector pixel short av14;
__v16sc *gv1_p = convert1(gv1);
__v16uc *gv2_p = convert1(gv2);
__v8ss *gv3_p = convert1(gv3);
__v8us *gv4_p = convert1(gv4);
__v4si *gv5_p = convert1(gv5);
__v4ui *gv6_p = convert1(gv6);
__v2sll *gv7_p = convert1(gv7);
__v2ull *gv8_p = convert1(gv8);
__v1slll *gv9_p = convert1(gv9);
__v1ulll *gv10_p = convert1(gv10);
__v4f *gv11_p = convert1(gv11);
__v2d *gv12_p = convert1(gv12);
vector signed char *av1_p = convert2(av1);
vector unsigned char *av2_p = convert2(av2);
vector signed short *av3_p = convert2(av3);
vector unsigned short *av4_p = convert2(av4);
vector signed int *av5_p = convert2(av5);
vector unsigned int *av6_p = convert2(av6);
vector signed long long *av7_p = convert2(av7);
vector unsigned long long *av8_p = convert2(av8);
vector signed __int128 *av9_p = convert2(av9);
vector unsigned __int128 *av10_p = convert2(av10);
vector float *av11_p = convert2(av11);
vector double *av12_p = convert2(av12);
convert2(av13); // expected-error {{call to 'convert2' is ambiguous}}
convert2(av14); // expected-error {{call to 'convert2' is ambiguous}}
}
ALWAYS_INLINE void convert(fvec2 from, uvec2& to) { convert2(from, to); }
int
main( int argc, char* const argv[] )
{
static const char* clopt = "i:o:dtr";
char srcfile[ MAXPATHLEN ] = { '\0' };
char dstfile[ MAXPATHLEN ] = { '\0' };
upxfmt_t dst_fmt = DT_UNKNOWN;
int ch, rc = 0, debug = 0;
FILE* flog = NULL;
while( -1 != (ch = getopt(argc, argv, clopt)) ) {
switch( ch ) {
case 'i':
(void)strncpy( srcfile, optarg, sizeof(srcfile) - 1 );
break;
case 'o':
(void)strncpy( dstfile, optarg, sizeof(dstfile) - 1 );
break;
case 't':
dst_fmt = DT_TS;
break;
case 'u':
dst_fmt = DT_UDS;
break;
case 'd':
debug = 1;
break;
default:
(void) tmfprintf( stderr, "%s: Unrecognized option [%c]\n",
appname, (char)ch );
usage();
return ERR_PARAM;
} /* switch */
} /* getopt loop */
if( !srcfile[0] ) {
(void) tmfprintf( stderr, "%s: Missing source-file parameter\n",
appname );
usage();
return ERR_PARAM;
}
else {
if( 0 != (rc = access( srcfile, R_OK)) ) {
perror( "srcfile - access" );
return ERR_PARAM;
}
}
flog = debug ? stderr : fopen( "/dev/null", "a" );
if( NULL == flog ) {
perror( "fopen" );
return ERR_INTERNAL;
}
TRACE( (void)tmfprintf( flog, "%s: destination format = [%s]\n",
appname, fmt2str(dst_fmt)) );
if( DT_UNKNOWN == dst_fmt ) {
(void)tmfprintf( flog, "%s: destination format must be specified\n",
appname );
return ERR_PARAM;
}
rc = convert2( srcfile, dstfile, dst_fmt, flog );
if( (NULL != flog) && (stderr != flog) )
(void) fclose(flog);
return (rc ? ERR_INTERNAL : 0);
}