//Reads from FLASH memory and stores it in SRAM variables
void read_all_params_from_FLASH(void){ //~200uS
uint8_t bank_i;
uint32_t t;
flash_firmware_version = flash_read_word(FLASH_ADDR_firmware_version) - FLASH_SYMBOL_firmwareoffset;
flash_startupbank = flash_read_byte(FLASH_ADDR_startupbank) - FLASH_SYMBOL_startupoffset;
flash_clipmode = flash_read_byte(FLASH_ADDR_clipmode);
t = flash_read_word(FLASH_ADDR_trackcomp1);
if (t==0xFFFFFFFF) t=1;
flash_trackcomp[0]=*(float *)&t;
t = flash_read_word(FLASH_ADDR_trackcomp2);
if (t==0xFFFFFFFF) t=1;
flash_trackcomp[1]=*(float *)&t;
flash_trackoffset[0] = flash_read_word(FLASH_ADDR_trackoffset1);
flash_trackoffset[1] = flash_read_word(FLASH_ADDR_trackoffset2);
t = flash_read_word(FLASH_ADDR_voltoct_pwm_tracking);
if (t==0xFFFFFFFF) t=1;
flash_voltoct_pwm_tracking=*(float *)&t;
for (bank_i=0;bank_i<6;bank_i++){
flash_bankstatus[bank_i] = flash_read_byte(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_bankstatus + (FLASH_SIZE_parambank * bank_i));
flash_read_array((uint8_t *)flash_note[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_note + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_scale[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_scale + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_scale_bank[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_scale_bank + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_lock[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_lock + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_q_locked[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_q_locked + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_qval[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_qval + (FLASH_SIZE_parambank * bank_i), 24);
flash_filter_type[bank_i] = flash_read_byte(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_filter_type + (FLASH_SIZE_parambank * bank_i));
flash_filter_mode[bank_i] = flash_read_byte(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_filter_mode + (FLASH_SIZE_parambank * bank_i));
//Force ONEPASS if we read a legacy slot as BPRE
if (flash_filter_type[bank_i] == BPRE) flash_filter_mode[bank_i] = ONEPASS;
//Force TWOPASS for legacy banks
if (flash_filter_mode[bank_i] != ONEPASS) flash_filter_mode[bank_i] = TWOPASS;
flash_cur_colsch[bank_i] = flash_read_byte(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_cur_colsch + (FLASH_SIZE_parambank * bank_i));
flash_freqblock[bank_i] = flash_read_word(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_freqblock + (FLASH_SIZE_parambank * bank_i));
flash_read_array((uint8_t *)flash_freq_nudge[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_freq_nudge + (FLASH_SIZE_parambank * bank_i), 24);
}
flash_read_array((uint8_t *)flash_COLOR_CH, FLASH_ADDR_colschem, FLASH_SIZE_colschem);
flash_read_array((uint8_t *)flash_user_scalebank, FLASH_ADDR_user_scalebank, FLASH_SIZE_user_scalebank);
}
void read_one_bank_params_from_FLASH(uint8_t bank_i){
flash_bankstatus[bank_i] = flash_read_byte(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_bankstatus + (FLASH_SIZE_parambank * bank_i));
flash_read_array((uint8_t *)flash_note[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_note + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_scale[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_scale + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_scale_bank[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_scale_bank + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_lock[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_lock + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_q_locked[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_q_locked + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_qval[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_qval + (FLASH_SIZE_parambank * bank_i), 24);
flash_read_array((uint8_t *)flash_freq_nudge[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_freq_nudge + (FLASH_SIZE_parambank * bank_i), 24);
flash_freqblock[bank_i] = flash_read_word(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_freqblock + (FLASH_SIZE_parambank * bank_i));
flash_filter_type[bank_i] = flash_read_byte(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_filter_type + (FLASH_SIZE_parambank * bank_i));
flash_filter_mode[bank_i] = flash_read_byte(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_filter_mode + (FLASH_SIZE_parambank * bank_i));
//Force ONEPASS if we read a legacy slot as BPRE
if (flash_filter_type[bank_i] == BPRE) flash_filter_mode[bank_i] = ONEPASS;
//Force TWOPASS for legacy banks
if (flash_filter_mode[bank_i] != ONEPASS) flash_filter_mode[bank_i] = TWOPASS;
flash_cur_colsch[bank_i] = flash_read_byte(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_cur_colsch + (FLASH_SIZE_parambank * bank_i));
}
void read_one_bank_params_from_FLASH(uint8_t bank_i){
flash_bankstatus[bank_i] = flash_read_byte(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_bankstatus + (FLASH_SIZE_parambank * bank_i));
flash_read_array((uint8_t *)flash_note[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_note + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_scale[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_scale + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_scale_bank[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_scale_bank + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_lock[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_lock + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_q_locked[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_q_locked + (FLASH_SIZE_parambank * bank_i), 6);
flash_read_array((uint8_t *)flash_qval[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_qval + (FLASH_SIZE_parambank * bank_i), 24);
flash_read_array((uint8_t *)flash_freq_nudge[bank_i], FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_freq_nudge + (FLASH_SIZE_parambank * bank_i), 24);
flash_filter_type[bank_i] = flash_read_byte(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_filter_type + (FLASH_SIZE_parambank * bank_i));
flash_cur_colsch[bank_i] = flash_read_byte(FLASH_ADDR_START_PARAMBANKS + FLASH_OFFSET_cur_colsch + (FLASH_SIZE_parambank * bank_i));
}