void loop() {
am2312_ACInfo ac = {0};
char buff[32] = "";
hal_w2_enable(true);
ac = am2312_read_ac();
hal_w2_enable(false);
if (ac.isOK) {
sprintf(buff, "TEMP: %0.1fC", ac.temperature/10.0f);
puts8x16(1, 0, buff);
sprintf(buff, "HUMI: %0.1f%c", ac.humidity/10.0f, '%');
puts8x16(2, 0, buff);
puts6x8(7, 122, " ");
}
else {
puts6x8(7, 122, "E");
++stat_error;
}
sprintf(buff, "%s", ANIM_PROGRESS_KEYFRAMES[keyframe]);
puts8x16(0, 98, buff);
keyframe = (keyframe+1) % countof(ANIM_PROGRESS_KEYFRAMES);
stat_all += 1;
sprintf(buff, "%d/%d", stat_error, stat_all);
puts6x8(7, 0, buff);
delay_s(2);
}
void hal_w2_configure_master(hal_w2_clk_freq_t mode)
{
hal_w2_enable(true);
hal_w2_set_clk_freq(mode);
hal_w2_set_op_mode(HAL_W2_MASTER);
INTEXP |= 0x04; // Enable 2 wire interrupts
W2CON1 = 0x00;
hal_w2_all_irq_enable(true); // Enable interrupts in the 2-wire
SPIF = 0;
}