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CubeSatSim
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Update main.c add extended header

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fc-jy
Alan Johnston 11 months ago committed by GitHub
parent 33f5b24615
commit 34b07607df
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GPG Key ID: B5690EEEBB952194
1 changed files with 31 additions and 28 deletions
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59
main.c
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@ -2303,7 +2303,10 @@ void get_tlm_fc() {
// printf("\nSYMPBLOCK = %d\n", SYMPBLOCK); // printf("\nSYMPBLOCK = %d\n", SYMPBLOCK);
memset(source_bytes, 0x00, sizeof(source_bytes)); memset(source_bytes, 0x00, sizeof(source_bytes));
source_bytes[0] = 0b11000001 ; // 0b00000001 ; // source_bytes[0] = 0b00000001 ; // Sat Id is FunCube-EM
source_bytes[0] = 0b11000001 ; // Sat Id is extended
source_bytes[1] = 0x08 ; // extended Nayif
int extended = 1;
// source_bytes[1] = 0b10000010 ; // source_bytes[1] = 0b10000010 ;
@ -2334,42 +2337,42 @@ void get_tlm_fc() {
printf("X %x Y %x Z %x B %x\n", x, y, z, b); printf("X %x Y %x Z %x B %x\n", x, y, z, b);
source_bytes[FC_EPS + 0] = 0xff & (x >> 10); // mV source_bytes[extended + FC_EPS + 0] = 0xff & (x >> 10); // mV
source_bytes[FC_EPS + 1] = 0xfc & (x << 2); source_bytes[extended + FC_EPS + 1] = 0xfc & (x << 2);
source_bytes[FC_EPS + 1] = source_bytes[FC_EPS + 1] | (0x03 & (y >> 12)); source_bytes[extended + FC_EPS + 1] = source_bytes[FC_EPS + 1] | (0x03 & (y >> 12));
source_bytes[FC_EPS + 2] = 0xff & (y >> 4); // mV source_bytes[extended + FC_EPS + 2] = 0xff & (y >> 4); // mV
source_bytes[FC_EPS + 3] = 0xf0 & (y << 0); source_bytes[extended + FC_EPS + 3] = 0xf0 & (y << 0);
source_bytes[FC_EPS + 3] = source_bytes[FC_EPS + 3] | (0x0f & (z >> 10)); source_bytes[extended + FC_EPS + 3] = source_bytes[FC_EPS + 3] | (0x0f & (z >> 10));
source_bytes[FC_EPS + 4] = 0xff & (z >> 2); // mV source_bytes[extended + FC_EPS + 4] = 0xff & (z >> 2); // mV
source_bytes[FC_EPS + 5] = 0xc0 & (z << 0); source_bytes[extended + FC_EPS + 5] = 0xc0 & (z << 0);
source_bytes[FC_EPS + 5] = source_bytes[FC_EPS + 5] | (0x3f & (b >> 8)); source_bytes[extended + FC_EPS + 5] = source_bytes[FC_EPS + 5] | (0x3f & (b >> 8));
source_bytes[FC_EPS + 6] = 0xff & (b >> 0); source_bytes[extended + FC_EPS + 6] = 0xff & (b >> 0);
source_bytes[FC_EPS + 7] = 0xff & (ix >> 2); source_bytes[extended + FC_EPS + 7] = 0xff & (ix >> 2);
source_bytes[FC_EPS + 8] = 0xc0 & (iy << 6); source_bytes[extended + FC_EPS + 8] = 0xc0 & (iy << 6);
source_bytes[FC_EPS + 8] = source_bytes[FC_EPS + 8] | (0x3f & (iy >> 4)); source_bytes[extended + FC_EPS + 8] = source_bytes[FC_EPS + 8] | (0x3f & (iy >> 4));
source_bytes[FC_EPS + 9] = 0xf0 & (iy << 4); source_bytes[extended + FC_EPS + 9] = 0xf0 & (iy << 4);
source_bytes[FC_EPS + 9] = source_bytes[FC_EPS + 9] | (0x0f & (iz >> 6)); source_bytes[extended + FC_EPS + 9] = source_bytes[FC_EPS + 9] | (0x0f & (iz >> 6));
source_bytes[FC_EPS + 10] = 0x3f & (iz << 2); source_bytes[extended + FC_EPS + 10] = 0x3f & (iz << 2);
source_bytes[FC_EPS + 10] = source_bytes[FC_EPS + 10] | (0x03 & (ic >> 8)); source_bytes[extended + FC_EPS + 10] = source_bytes[FC_EPS + 10] | (0x03 & (ic >> 8));
source_bytes[FC_EPS + 11] = 0xff & (ic << 0); source_bytes[extended + FC_EPS + 11] = 0xff & (ic << 0);
source_bytes[FC_EPS + 12] = 0xff & (ib >> 2); source_bytes[extended + FC_EPS + 12] = 0xff & (ib >> 2);
source_bytes[FC_EPS + 13] = 0xc0 & (ib << 6); source_bytes[extended + FC_EPS + 13] = 0xc0 & (ib << 6);
source_bytes[FC_EPS + 13] = source_bytes[FC_EPS + 13] | 0x3f & (((unsigned long int)reset_count) >> 2); source_bytes[extended + FC_EPS + 13] = source_bytes[FC_EPS + 13] | 0x3f & (((unsigned long int)reset_count) >> 2);
source_bytes[FC_EPS + 14] = 0xff & (((unsigned long int)reset_count) << 6); source_bytes[extended + FC_EPS + 14] = 0xff & (((unsigned long int)reset_count) << 6);
uint8_t temp = (int)(other[IHU_TEMP] + 0.5); uint8_t temp = (int)(other[IHU_TEMP] + 0.5);
source_bytes[FC_EPS + 17] = source_bytes[FC_EPS + 17] | 0x3f & (temp >> 2); source_bytes[extended + FC_EPS + 17] = source_bytes[FC_EPS + 17] | 0x3f & (temp >> 2);
source_bytes[FC_EPS + 18] = 0xff & (temp << 6); source_bytes[extended + FC_EPS + 18] = 0xff & (temp << 6);
/* /*
source_bytes[FC_EPS + 0] = 0xff & (((unsigned int)((voltage[map[PLUS_X]] + voltage[map[MINUS_X]]) * 1000) >> 8)); // mV source_bytes[FC_EPS + 0] = 0xff & (((unsigned int)((voltage[map[PLUS_X]] + voltage[map[MINUS_X]]) * 1000) >> 8)); // mV
source_bytes[FC_EPS + 1] = 0xff & ((unsigned int)((voltage[map[PLUS_X]] + voltage[map[MINUS_X]]) * 1000)); source_bytes[FC_EPS + 1] = 0xff & ((unsigned int)((voltage[map[PLUS_X]] + voltage[map[MINUS_X]]) * 1000));
@ -2394,9 +2397,9 @@ void get_tlm_fc() {
// source_bytes[FC_SW + 1] = 0xff & ((unsigned long int)sequence >> 8); // source_bytes[FC_SW + 1] = 0xff & ((unsigned long int)sequence >> 8);
// source_bytes[FC_SW + 2] = 0xff & (unsigned long int)sequence++; // source_bytes[FC_SW + 2] = 0xff & (unsigned long int)sequence++;
source_bytes[46] = 0xff & ((unsigned long int)sequence >> 16); source_bytes[extended + 46] = 0xff & ((unsigned long int)sequence >> 16);
source_bytes[47] = 0xff & ((unsigned long int)sequence >> 8); source_bytes[extended + 47] = 0xff & ((unsigned long int)sequence >> 8);
source_bytes[48] = 0xff & (unsigned long int)sequence++; source_bytes[extended + 48] = 0xff & (unsigned long int)sequence++;
/**/ /**/
printf("\nsource_bytes\n"); printf("\nsource_bytes\n");

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