int main(){
int a[10];
int i,j;
int *result;
char output[100];
for(i=0,j=9; i<9; i++,j--){
a[i] = j;
}
a[1] = 1;
a[2] = 1;
a[5] = 7;
a[8] = 2;
for(i=0; i<9; i++)
printf("%d%c",a[i],i==8 ? '\n' : ' ');
result = NumSort(9,a);
int cnt = 0;
for(i=0; i<9; i++){
output[cnt++] = result[i]+'0';
if(i==8)
output[cnt++] = '\n';
else
output[cnt++] = ' ';
}
FileOutput(output);
return 0;
}
void ProcessData(const T *Values,
typename ValueArray::size_type Size,
FnWriter pfnWriter,
FnReader pfnReader)
{
ValueArray InValues(Size);
{
wxFileOutputStream FileOutput( wxT("mytext.dat") );
wxDataOutputStream DataOutput( FileOutput );
(DataOutput.*pfnWriter)(Values, Size);
}
{
wxFileInputStream FileInput( wxT("mytext.dat") );
wxDataInputStream DataInput( FileInput );
(DataInput.*pfnReader)(&*InValues.begin(), InValues.size());
}
m_ok = true;
for (typename ValueArray::size_type idx=0; idx!=Size; ++idx) {
if (InValues[idx]!=Values[idx]) {
m_ok = false;
break;
}
}
}
std::unique_ptr<OutputStream> getOutputStream(const Zstring& itemPathImpl, //throw FileError, ErrorTargetExisting
const std::uint64_t* streamSize, //optional
const std::int64_t* modificationTime) const override //
{
initComForThread(); //throw FileError
//AbstractBaseFolder::OutputStream takes ownership and deletes on errors!!!! => transactionally create output stream first!!
auto&& fop = FileOutput(itemPathImpl, FileOutput::ACC_CREATE_NEW); //throw FileError, ErrorTargetExisting
return std::make_unique<OutputStreamNative>(std::move(fop), makeAbstractItem(*this, itemPathImpl), streamSize, modificationTime); //throw FileError
}
int SaveConfigFile( TidyDocImpl* doc, ctmbstr cfgfil )
{
int status = -1;
StreamOut* out = NULL;
uint outenc = cfg( doc, TidyOutCharEncoding );
uint nl = cfg( doc, TidyNewline );
FILE* fout = fopen( cfgfil, "wb" );
if ( fout )
{
out = FileOutput( fout, outenc, nl );
status = SaveConfigToStream( doc, out );
fclose( fout );
MemFree( out );
}
return status;
}
static
T TestRW(const T &Value)
{
T InValue;
{
wxFileOutputStream FileOutput( wxT("mytext.dat") );
wxDataOutputStream DataOutput( FileOutput );
DataOutput << Value;
}
{
wxFileInputStream FileInput( wxT("mytext.dat") );
wxDataInputStream DataInput( FileInput );
DataInput >> InValue;
}
return InValue;
}
void BLIFwriter::annotate(const string& msg){
Dout( cout<<msg );
FileOutput(output<<msg<<endl);
}
int main (void)
{
int answer;
CreatorInfo();
while (true)
{
printf("================== MENU ==================\n");
printf("1. Input the database;\n");
printf("2. Supplement to the database;\n");
printf("3. Edit the database;\n");
printf("4. Delete the element in the database;\n");
printf("5. Output the database;\n");
printf("6. Output the worst students list;\n");
printf("7. Output the teachers-docents list;\n");
printf("8. Output the totall budget of faculties;\n");
printf("0. Exit.\n\n");
scanf("%d", &answer);
switch (answer)
{
case INPUT:
{
FileInit();
break;
}
case SUPPLEMENT:
{
FileSupplement();
break;
}
case EDIT:
{
FileEditing();
break;
}
case DELETE:
{
FileDelete();
break;
}
case OUTPUT:
{
FileOutput();
break;
}
case VIEWSTUD:
{
LowestScore();
break;
}
case VIEWTEACH:
{
Docents();
break;
}
case BUDGET:
{
TotallBudget();
break;
}
case EXIT:
{
exit (false);
break;
}
default:
printf("Something went wrong...\n");
}
}
}
void Sync_Send(std::string File, std::string Message) {
std::ofstream FileOutput (File);
FileOutput << Message;
FileOutput.close();
}
// ----------------------------------------------------------------------------
// MAINLINE LOGIC
// ----------------------------------------------------------------------------
int main() {
// declarations
int action = UNSET;
char rawPT[BUFFER_SIZE] = "";
char cleanPT[BUFFER_SIZE] = "";
int a = A, b = B, inverse = INVERSE, n = ALPHABET_SIZE;
char nameInputFile[30] = "input.txt" ;
char nameOutputFile[30] = "output.txt";
// seed the random number generator
srand((unsigned int)time(NULL));
// get ready
action = fGetClnStr(action, rawPT, cleanPT);
// display title page
DispHeader(nameInputFile, nameOutputFile, a, b, inverse);
puts("Welcome to Derrida - the command line Affine Cipher!");
Pause();
// detail loop
while(action != QUIT) {
ClearScreen();
DispHeader(nameInputFile, nameOutputFile, a, b, inverse);
// select an action
action = SelectAction(action);
DispHeader(nameInputFile, nameOutputFile, a, b, inverse);
// execute action
switch(action) {
case SET_I_FILE: // change the input file
action = fGetClnStr(action, rawPT, cleanPT, nameInputFile);
break;
case SET_O_FILE: // change the output file
action = SetOutputFileName(nameOutputFile);
break;
case DIR_LIST: // display directory listing
list_dir();
break;
case SET_KEY: // change cipher key
action = SetCipherKey(a, b, n, inverse);
break;
case ENCRYPT: // encrypt the PT codes
// display the string before encryption
printf("Before encryption, the string contains:\n");
puts(rawPT);
printf("\n");
printf("Sanatized, the string contains:\n");
puts(cleanPT);
printf("\n");
// if encryption succeeds, inform the user
if(EncryptString(cleanPT, a, b, n)) {
FileOutput(nameOutputFile, cleanPT);
printf("After encryption, the string contains:\n");
puts(cleanPT);
printf("\n");
}
Pause();
break;
case DECRYPT:
// display the clean cipher code before decryption
puts("Before decryption, the string contains:");
puts(cleanPT);
puts("\n");
// if decryption succeeds, inform the user
if(DecryptString(cleanPT, a, b, n)) {
FileOutput(nameOutputFile, cleanPT);
puts("After decryption, the string contains:\n");
puts(cleanPT);
puts("\n");
}
Pause();
break;
}
}
puts("The program will now exit.");
Pause();
// exit program
return 0;
}
int main(){
PARTICLE *p,*pn;
p=malloc(sizeof(PARTICLE)); //need to allocate memory to pointer
pn=malloc(sizeof(PARTICLE));
FILE *fp;
double dDelta,t,tmax;
double CnPreFac, CtPreFac, dLnEpsN, dLnEpsT, dLnEpsNsq, dLnEpsTsq, a;;
int i;
int nSteps,iStep=0;
int iOutFreq;
int bOverlap=0;
char achOutFile[20];
//Need to initialize dKn for each particle
p->dKn = 1.06e-15;
p->dKt = 2.*p->dKn/7.;
p->dEpsN = 0.8;
p->dEpsT = 0.8;
p->dMuS = 0.4;
pn->dKn = p->dKn;
pn->dKt = p->dKt;
pn->dEpsN = p->dEpsN;
pn->dEpsT = p->dEpsT;
pn->dMuS = p->dMuS;
dDelta=1.47e-10;
nSteps = 40000;
iOutFreq = nSteps / 50;
t=0;
tmax=dDelta * nSteps;
const double pi_sq = M_PI*M_PI;
static int bCnCtPreFacCalculated = 0; /* since dEpsN and dEpsT are identical for all particles in sim */
if (!bCnCtPreFacCalculated) {
/* damping term: normal */
dLnEpsN = log(p->dEpsN);
dLnEpsNsq = dLnEpsN*dLnEpsN;
a = pi_sq + dLnEpsNsq;
CnPreFac = -sign(dLnEpsN)*sqrt(dLnEpsNsq*p->dKn/a);
CnPreFac += CnPreFac;
/* damping term: tangential */
dLnEpsT = log(p->dEpsT);
dLnEpsTsq = dLnEpsT*dLnEpsT;
a = pi_sq + dLnEpsTsq;
CtPreFac = -sign(dLnEpsT)*sqrt(dLnEpsTsq*p->dKt/a);
CtPreFac += CtPreFac;
bCnCtPreFacCalculated = 1;
}
/*Take input from FILE here - Initialization*/
FileInput(p, pn);
/*Simulation loop here*/
while (t<tmax){
/* Output to file Here*/
if ((t == 0) || (iStep % iOutFreq == 0)){
/*Define File Name based on time step*/
sprintf(achOutFile,"ss.%09d.bt",iStep);
/*Output function*/
FileOutput(p, pn, achOutFile);
}
/* Output-Function Ends Here*/
/* LeapFrog */
for (i=0;i<3;i++){
p->v[i]=p->v[i]+(0.5*dDelta*p->a[i]); //kick
pn->v[i]=pn->v[i]+(0.5*dDelta*pn->a[i]);
}
for (i=0;i<3;i++){
p->r[i]=p->r[i]+(dDelta*p->v[i]); //drift
pn->r[i]=pn->r[i]+(dDelta*pn->v[i]); //
}
//Overlap Test
bOverlap = bOverlapTest(p,pn);
if (bOverlap){
DoDEM(p, pn, dDelta, CnPreFac, CtPreFac);
printf("%d\n",bOverlap);
}
else{
vecZero(p->a); //Is this correct?
vecZero(pn->a);
}
for (i=0;i<3;i++){
p->v[i]=p->v[i]+(0.5*dDelta*p->a[i]); //kick
pn->v[i]=pn->v[i]+(0.5*dDelta*pn->a[i]);
}
/* LeapFrog ENDS*/
t+=dDelta;
iStep++;
}
return 0;
}
