uint8 CHIP8_RAND(void)
{
	static uint32 LFSR1 = 0; static uint32 MIX1 = 0;
	static uint8 LFSR1_TAPS[8] = {31, 28, 22, 21, 18, 13, 9, 4};
	static uint8 LFSR1_TAPCNT = 8; if (LFSR1 == 0) LFSR1 = 0x9D0A31FC;

	/*PRINT CURRENT LFSR1 VALUE*/
	uint8 j = 0; static uint8 CHIP8_RAND_PY = 50;
	char rstr[45] = "LFSR1 **************** MIX1 ****************";
	for (j = 0; j < 16; j++)
		rstr[6+j] = ((LFSR1 >> (15-j)) & 0x1) + '0';
	for (j = 0; j < 16; j++)
		rstr[28+j] = ((MIX1 >> (15-j)) & 0x1) + '0';
	debug_putstr(0, CHIP8_RAND_PY, (char*)&rstr[0]);
	CHIP8_RAND_PY += DEBUG_CHARH + 1;
	if (CHIP8_RAND_PY >= 140) CHIP8_RAND_PY = 50;

	/*LFSR1 SHIFT*/
	uint8 output = 0, fi = 0;
	for (fi = 0; fi < LFSR1_TAPCNT; fi++)
		output ^= LFSR1 >> (32-LFSR1_TAPS[fi]);
	output &= 0x1; //output ^= 1;
	LFSR1 = (LFSR1 >> 1) | (output << 15);

	/*LFSR1 MIX*/
	if (MIX1 == 0) MIX1 = LFSR1; //set after shift
	uint8 *bMIX1 = (uint8*)&MIX1; uint8 *bLFSR1 = (uint8*)&LFSR1;
	for (fi = 0; fi < 3; fi++) {
		bMIX1[0]^=bLFSR1[1]<<11; bMIX1[3]+=bLFSR1[0]; bMIX1[1]+=bMIX1[2];
		bMIX1[1]^=bLFSR1[2]>>2;  bMIX1[4]+=bLFSR1[1]; bMIX1[2]+=bMIX1[3];
		bMIX1[2]^=bLFSR1[3]<<8;  bMIX1[5]+=bLFSR1[2]; bMIX1[3]+=bMIX1[4];
		bMIX1[3]^=bLFSR1[4]>>16; bMIX1[6]+=bLFSR1[3]; bMIX1[4]+=bMIX1[5];
		bMIX1[4]^=bLFSR1[5]<<10; bMIX1[7]+=bLFSR1[4]; bMIX1[5]+=bMIX1[6];
		bMIX1[5]^=bLFSR1[6]>>4;  bMIX1[0]+=bLFSR1[5]; bMIX1[6]+=bMIX1[7];
		bMIX1[6]^=bLFSR1[7]<<8;  bMIX1[1]+=bLFSR1[6]; bMIX1[7]+=bMIX1[0];
		bMIX1[7]^=bLFSR1[0]>>9;  bMIX1[2]+=bLFSR1[7]; bMIX1[0]+=bMIX1[1];
		MIX1 = MIX1 >> 1;
	}

	/*GET SINGLE BYTE*/
	uint8 rnd = (MIX1) & 0xFF;

	return rnd;
}