uint8 CPU::read(uint16 addr) {
if(addr == 0x4016) {
return (mdr() & 0xc0) | input.data(0);
}
if(addr == 0x4017) {
return (mdr() & 0xc0) | input.data(1);
}
return apu.read(addr);
}
int rt30 (void)
{
short data[32], sa, wc;
print (2, "mode code TR[0] SA[0] WC[16,31] vers RT[30]\r");
for (wc = 16; wc < 32; wc++)
if (wc != 18)
mdr (0, 0, wc);
print (2, "mode code TR[0] SA[31] WC[16,31] vers RT[30]\r");
for (wc = 16; wc < 32; wc++)
if (wc != 18)
mdr (0, 31, wc);
print (2, "mode code TR[1] SA[0] WC[0,31] vers RT[30] \r");
for (wc = 0; wc < 32; wc++)
mdr (1, 0, wc);
print (2, "mode code TR[1] SA[31] WC[0,31] vers RT[30]\r");
for (wc = 0; wc < 32; wc++)
mdr (1, 31, wc);
print (2, "mode data TR[0] SA[2,30] WC[0,31] vers RT[30]\r");
for (sa = 2; sa < 31; sa++)
for (wc = 0; wc < 32; wc++)
mdr (0, sa, wc);
print (2, "mode data TR[1] SA[1,30] WC[0,31] vers RT[30]\r");
for (sa = 1; sa < 31; sa++)
for (wc = 0; wc < 32; wc++)
mdr (1, sa, wc);
return (erreur);
}
std::string DocumentAccumulator::toString(const std::vector<double>& min_for_text)
{
std::stringstream ss;
ss << "doc_id: " << doc_id << "rank (doc_acc): " << rank << "\t" << "mdr: " << mdr(min_for_text) << "\t" << "got: " << got.to_string('.', '+');
return ss.str();
}
