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Content # Adapted from main import display from utime import sleep import utime import math import leds class Time: def __init__(self, start = 0): self.time = start self.wait_time = 0.95 def tick(self): sleep(self.wait_time) self.time += 1 @property def second(self): return self.time % 60 @property def minute(self): return (self.time / 60) % 60 @property def hour(self): return (self.time / 3600) % 24 class Clock: def __init__(self, sizex = 80, sizey = 80, radius = 38, offsetx = 30, hour_hand = True, minute_hand = True, second_hand = True, console_out = False, run_once = False, update_interval = 0): self.sizex = sizex self.sizey = sizey self.radius = radius self.center = (int(self.sizex/2), int(self.sizey/2)) self.hour_hand = hour_hand self.minute_hand = minute_hand self.second_hand = second_hand self.console_out = console_out self.update_interval = update_interval if update_interval != 0 else (1 if self.second_hand else 30) self.run_once = run_once self.offsetx = offsetx self.time = Time() white = (255, 255, 255) self.center_col = white self.m1_col = white self.m5_col = white self.hour_hand_col = white self.minute_hand_col = white self.second_hand_col = white def loop(self): colored = False try: with display.open() as disp: while True: self.updateClock(disp) if self.run_once: break except KeyboardInterrupt: for i in range(11): leds.set(i, (0, 0, 0)) return def drawImage(self, image): with display.open() as d: d.clear() for x in range(len(image)): for y in range(len(image[x])): d.pixel(x + self.offsetx, y, col = (255, 255, 255) if image[x][y] else (0, 0, 0)) d.update() def updateClock(self, disp): disp.clear() localtime = utime.localtime() hour = localtime[3] minute = localtime[4] seconds = localtime[5] disp.print("{:02}:{:02}:{:02}".format(hour, minute, seconds), posx=22, posy=33) disp.update() def circlePoint(self, t): return (int(round(self.radius*math.cos(t))) + self.center[0], int(round(self.radius*math.sin(t))) + self.center[1]) def addLine(self, disp, source, aim, length, thickness = 1, col = (255, 255, 255)): vector = self.subVector(aim, source) vector = self.normVector(vector) destination = self.addVector(source, self.multiplyVector(vector, length)) disp.line(round(source[0]) + self.offsetx, round(source[1]), round(destination[0]) + self.offsetx, round(destination[1]), col=col, size=thickness) def normVector(self, v): length = math.sqrt(sum([i**2 for i in v])) new_v = [] for i in range(len(v)): new_v.append(v[i]/length) return tuple(new_v) def subVector(self, v1, v2): res = [] for i in range(len(v1)): res.append(v1[i]-v2[i]) return tuple(res) def addVector(self, v1, v2): res = [] for i in range(len(v1)): res.append(v1[i]+v2[i]) return tuple(res) def multiplyVector(self, v, multiplier): return tuple([i*multiplier for i in v]) clock = Clock() clock.loop()