#include <stdio.h>

void sub_3006() {
    // Implement the logic of the sub_3006 function here.
}

int sub_676() {
    int R2 = 0; // Assuming R2 is initialized to 0
    int R3, R4, R5, R0;

    R2 = -(SP);
    R3 = -(SP);
    R4 = -(SP);
    R5 = -(SP);

    // Call a function located at the address in R4 (loc_3662+2)
    // You'll need to provide an equivalent function call here.

    // loc_360: swab -(R2)
    R2 = (short)(R2 & 0xFF) << 8 | (R2 >> 8);

    // loc_362: mov (SP)+, R4
    R4 = *(int *)SP;

    // Call sub_3006 function
    sub_3006();

    // loc_370: swab @-(R2)
    int address = R2;
    R2 = (short)(R2 & 0xFF) << 8 | (R2 >> 8);
    R2--;
    R2 = (short)(R2 & 0xFF) << 8 | (R2 >> 8);

    // loc_372: mov (SP)+, R4
    R4 = *(int *)SP;

    // loc_374: mov (R5)+, R3
    R3 = *(int *)R5;
    R5 += 2;

    // loc_376: mov (R5)+, R1
    R1 = *(int *)R5;
    R5 += 2;

    // Start of function chunk for sub_676
    // You will need to translate the remaining code for sub_676 here.

    return 0; // Assuming sub_676 returns an integer value.
}

int main() {
    int result = sub_676();
    // Implement the rest of your program here.
    return 0;
}