static void emit_cmp_x86(Inst* inst) {
if (inst->src.type == REG) {
emit_2(0x39, modr(inst->dst.reg, inst->src.reg));
} else {
emit_2(0x81, 0xf8 + REGNO[inst->dst.reg]);
emit_le(inst->src.imm);
}
}
void integrate(float *s, int srcSize, int sample, int line, float azimuth_length,
float range_length, float *sum, float *maximum)
{
int ii, kk;
float power;
*sum = 0.0;
*maximum = //s[modr(line,srcSize)*srcSize + modr(sample,srcSize)] *
s[modr(line,srcSize)*srcSize + modr(sample,srcSize)];
for (ii=sample; ii<sample+(int)(range_length+0.5)-1; ii++)
for (kk=line; kk<line+(int)(azimuth_length+0.5)-1; kk++) {
power = //s[modr(kk,srcSize)*srcSize+modr(ii,srcSize)] *
s[modr(kk,srcSize)*srcSize+modr(ii,srcSize)];
*sum += power;
if (power > *maximum)
*maximum = power;
}
}
static void emit_zero_reg(Reg r) {
emit_2(0x31, modr(r, r));
}
static void emit_reg2(Reg dst, Reg src) {
emit_1(modr(dst, src));
}
