EqdifSim::EqdifSim(Matrix NumdIn, Matrix DendIn, float Time)
{
this->Numd = NumdIn;
this->Dend = DendIn;
this->SampleTime = Time;
tf2ssd();
d2c();
ss2tfc();
this->typeModel = "TFDiscrete";
}
char * changement_de_base(int nb, int base)
{
int i = 0;
char * c = malloc(sizeof(char) * NB_OCTETS + 1);
for(i = 0 ; i < NB_OCTETS ; i++)
{
c[NB_OCTETS - 1 - i] = d2c(nb%base);
nb = nb/base;
}
c[NB_OCTETS] = '\0';
return c;
}
EqdifSim<UsedType>::EqdifSim(Matrix<UsedType> AdIn, Matrix<UsedType> BdIn, Matrix<UsedType> CdIn, Matrix<UsedType> DdIn, float Time)
{
this->Ad = AdIn;
this->Bd = BdIn;
this->Cd = CdIn;
this->Dd = DdIn;
ss2tfd();
d2c();
tf2ssc();
this->SampleTime = Time;
this->typeModel = "SSDiscrete";
}
int main(int argc, char * argv[])
{
printf("changement_de_base(8,8) : %s \n", changement_de_base(8,8));
printf("changement_de_base(192,2) : %s \n", changement_de_base(192,2));
printf("changement_de_base(192,8) : %s \n", changement_de_base(192,8));
printf("changement_de_base(192,16) : %s \n", changement_de_base(192,16));
printf("changement_de_base(192,28) : %s \n", changement_de_base(192,28));
printf("d2c(5) : %c\n", d2c(5));
printf("val_max_int() : %d\n", val_max_int());
printf("val_max_uint() : %d\n", val_max_uint());
//printf("entier signé : %ld non signé : %ld\n", sizeof(int), sizeof(unsigned int));
return EXIT_SUCCESS;
}
EqdifSim<UsedType>::EqdifSim(Matrix<UsedType> NumdIn, Matrix<UsedType> DendIn, float Time)
{
this->DiscreteTransferFunction = new Polynom<UsedType>*[1];
for(int i = 0; i < 1; i++)
this->DiscreteTransferFunction[i] = new Polynom<UsedType>[1];
this->DiscreteTransferFunction[0][0] = Polynom<UsedType>(NumdIn, DendIn);
this->SampleTime = Time;
tf2ssd();
d2c();
ss2tfc();
this->typeModel = "TFDiscrete";
}
void basen(uint8_t entier, uint8_t base)
{
int i;
int table[8];
for(i=1;i<=8;i++){
table[i-1]=(entier%base);
entier/=base;
}
for(i=7;i>=0;i--){
if(table[i]>9)
printf("%c",d2c(table[i]));
else
printf("%d",table[i]);
}
}
void base16(uint8_t entier)
{
int i;
int table[8];
for(i=1;i<=8;i++){
table[i-1]=(entier%16);
entier/=16;
}
for(i=7;i>=0;i--){
if(table[i]>9)
printf("%c",d2c(table[i]));
else
printf("%d",table[i]);
}
}
