MCH2022 badge?
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Content import badge def show_leds(nousb,forceval=None): if forceval is None: vDrop = badge.nvs_get_u16('splash', 'bat.volt.drop', 1000) - 1000 bvol = badge.battery_volt_sense() + vDrop crg = badge.battery_charge_status() uvol = badge.usb_volt_sense() else: vDrop = 0 bvol = forceval crg = True uvol = 5000 bvolmin = badge.nvs_get_u16("batt","vmin",3500) bvolmax = badge.nvs_get_u16("batt","vmax",4100) bvolstg = (bvolmax - bvolmin)/6 maxbrightness=32 ledson = True if nousb and uvol < 4000: led_status = bytes([0]*24) ledson = False elif (uvol >= 4000 and not crg) or bvol >= bvolmax: led_status = bytes([maxbrightness, 0, 0, 0]*6) elif bvol <= bvolmin: led_status = bytes([0, maxbrightness, 0, 0]*6) else: use_led = int((bvol-bvolmin)/bvolstg) lb = maxbrightness crglvl = round(lb*((bvol-bvolmin)/bvolstg-use_led)) led_status = bytes( [0, maxbrightness,0,0] * (5-use_led) + [crglvl, lb-crglvl,0,0] + [maxbrightness, 0,0,0] * use_led ) if ledson: badge.leds_enable() else: badge.leds_disable() badge.leds_send_data(led_status, 24) def loop(): show_leds(True) if badge.usb_volt_sense() < 4000: return 300000 else: return 1000 def setup(): global loop if badge.nvs_get_u8("charge_leds", "enable", 0): badge.leds_init() badge.power_init() else: loop = lambda: 86400000