inline void m_frq_prnt()
{
lcd_cpos(0);
freq_print(&config.frequency);
freq_offset_print();
lcd_fill();
m_timer_en = 0;
pll_timer = 0;
}
/* count all the 1-nucleotide and 2-nucleotide sequences, and write the
* code and percentage frequency, sorted */
static void do_freq(const struct buf *seq, unsigned len, char *dst)
{
struct ht t;
htinit(&t, HT_BINS, MIN(dna_combo(len), MAX_ENTRIES));
unsigned long total = freq_build(&t, seq, len);
{
struct htentry *e = ht2vec(&t);
qsort(e, htsize(&t), sizeof *e, freq_cmp);
freq_print(e, htsize(&t), total, dst);
free(e);
}
htfree(&t);
}
static void reset_ui(uint8_t type)
{
if(type == UI_RESET_COLD)
lcd_clr(LCD_CLEAR_LED); // clear lcd content including LEDs
else
lcd_cpos(0);
freq_print(&config.frequency); // print current frequency
vTaskDelay(15);
squelch_print();
rfpwr_print(); // print state of output power
freq_offset_print(); // print state of tx shift
pll_led(PLL_LOCK_STATE_FORCE_UPDATE);// force update of PLL led state
menu_init(); // (re-)initialize menu
}
