import display import leds import utime import math WIDTH = 160 HEIGHT = 80 CWIDTH = 13 CHEIGHT = 20 XSTART = 15 YSTART = 10 OUTER_COLOR = (180, 180, 180) SCROLLER_TEXT = " Akronyme Analogiker - funny - but again - unprofessional" def achar(d, row, col, offset): d.line(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT - 5 + offset, XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT + offset, col=OUTER_COLOR) d.line(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + 3 + offset, XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + 5 + offset, col=OUTER_COLOR) def kchar(d, row, col, offset): d.line(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + offset, XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + 4 + offset, col=OUTER_COLOR) d.line(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT - 4 + offset, XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT + offset, col=OUTER_COLOR) d.line(XSTART + col * CWIDTH + CWIDTH - 4, YSTART + row * CHEIGHT + 7 + offset, XSTART + col * CWIDTH + CWIDTH, YSTART + row * CHEIGHT + 7 + offset, col=OUTER_COLOR) def rchar(d, row, col, offset): # oben d.line(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + 2 + offset, XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + 5 + offset, col=OUTER_COLOR) # rechts d.line(XSTART + col * CWIDTH + CWIDTH - 4, YSTART + row * CHEIGHT + 7 + offset, XSTART + col * CWIDTH + CWIDTH, YSTART + row * CHEIGHT + 7 + offset, col=OUTER_COLOR) # unten d.line(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT - 5 + offset, XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT + offset, col=OUTER_COLOR) def rcharextended(d, row, col, offset): d.rect(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT + offset, XSTART + col * CWIDTH + CWIDTH, YSTART + row * CHEIGHT + CHEIGHT + 15 + offset, col=(0x99, 0xe5, 0x50)) # unten d.line(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT + offset, XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT + 15 + offset, col=OUTER_COLOR) # unten abschluss d.line(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT + 15 + offset, XSTART + col * CWIDTH + CWIDTH, YSTART + row * CHEIGHT + CHEIGHT + 15 + offset, col=OUTER_COLOR) def ochar(d, row, col, offset): d.line(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + 8 + offset, XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + 12 + offset, col=OUTER_COLOR) def nchar(d, row, col, offset): d.line(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + 8 + offset, XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT + offset, col=OUTER_COLOR) def ychar(d, row, col, offset): # oben d.line(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + offset, XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + 8 + offset, col=OUTER_COLOR) # unten d.rect(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT + offset, XSTART + col * CWIDTH + CWIDTH, YSTART + row * CHEIGHT + CHEIGHT + CHEIGHT + offset, col=(0x99, 0xe5, 0x50)) d.line(XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT + offset, XSTART + col * CWIDTH + 7, YSTART + row * CHEIGHT + CHEIGHT + CHEIGHT + offset, col=OUTER_COLOR ) def mchar(d, row, col, offset): # links d.line(XSTART + col * CWIDTH + 4, YSTART + row * CHEIGHT + 12 + offset, XSTART + col * CWIDTH + 4, YSTART + row * CHEIGHT + CHEIGHT + offset, col=OUTER_COLOR) d.line(XSTART + col * CWIDTH + 9, YSTART + row * CHEIGHT + 12 + offset, XSTART + col * CWIDTH + 9, YSTART + row * CHEIGHT + CHEIGHT + offset, col=OUTER_COLOR) def echar(d, row, col, offset): # oben d.line(XSTART + col * CWIDTH + CWIDTH - 4, YSTART + row * CHEIGHT + 5 + offset, XSTART + col * CWIDTH + CWIDTH, YSTART + row * CHEIGHT + 5 + offset, col=OUTER_COLOR) # unten d.line(XSTART + col * CWIDTH + CWIDTH - 6, YSTART + row * CHEIGHT + 12 + offset, XSTART + col * CWIDTH + CWIDTH, YSTART + row * CHEIGHT + 12 + offset, col=OUTER_COLOR) def gchar(d, row, col, offset): # oben strich d.line(XSTART + col * CWIDTH + 2, YSTART + row * CHEIGHT + 2 + offset, XSTART + col * CWIDTH + 4, YSTART + row * CHEIGHT + 2 + offset, col=OUTER_COLOR) # rechts mitte strich d.line(XSTART + col * CWIDTH + CWIDTH - 6, YSTART + row * CHEIGHT + 10 + offset, XSTART + col * CWIDTH + CWIDTH, YSTART + row * CHEIGHT + 10 + offset, col=OUTER_COLOR) # mitte strich nach unten d.line(XSTART + col * CWIDTH + CWIDTH - 6, YSTART + row * CHEIGHT + 10 + offset, XSTART + col * CWIDTH + CWIDTH - 6, YSTART + row * CHEIGHT + CHEIGHT - 3 + offset, col=OUTER_COLOR) def outline(d, offset): # oben d.rect(29, 11+offset, 132, 17+offset, col=(0xdf, 0x71, 0x26)) d.rect(29, 17+offset, 132, 23+offset, col=(0xfb, 0xf2, 0x36)) d.rect(29, 23+offset, 132, 30+offset, col=(0x99, 0xe5, 0x50)) d.rect(16, 31+offset, 145, 37+offset, col=(0x30, 0x60, 0x82)) d.rect(16, 37+offset, 145, 43+offset, col=(0x76, 0x42, 0x8a)) d.rect(16, 43+offset, 145, 50+offset, col=(0x8f, 0x97, 0x4a)) def akronyme_analogiker(d, offset): outline(d, offset) d.line(28, 10 + offset, 132, 10 + offset, col=OUTER_COLOR) d.line(15, 30 + offset, 145, 30 + offset, col=OUTER_COLOR) d.line(15, 50 + offset, 145, 50 + offset, col=OUTER_COLOR) for i in range(9): d.line(28+i*CWIDTH, 10 + offset, 28+i*CWIDTH, 10 + CHEIGHT + offset, col=OUTER_COLOR) for i in range(11): d.line(15+i*CWIDTH, 30 + offset, 15+i*CWIDTH, 30 + CHEIGHT + offset, col=OUTER_COLOR) achar(d, 0, 1, offset) achar(d, 1, 0, offset) achar(d, 1, 2, offset) kchar(d, 0, 2, offset) kchar(d, 1, 7, offset) rchar(d, 0, 3, offset) rchar(d, 1, 9, offset) ochar(d, 0, 4, offset) ochar(d, 1, 4, offset) nchar(d, 0, 5, offset) nchar(d, 1, 1, offset) ychar(d, 0, 6, offset) mchar(d, 0, 7, offset) echar(d, 0, 8, offset) echar(d, 1, 8, offset) gchar(d, 1, 5, offset) rcharextended(d, 0, 3, offset) def scroller(t): char_width = 15 # 180/11 offset = ft / 20.0 full = int(offset / float(char_width)) rest = char_width - (int(offset) % char_width) full = full % len(SCROLLER_TEXT) d.print(SCROLLER_TEXT[full:], posx=rest, posy=62) d.rect(0, 62, 15, 80, col=(0, 0, 0)) d.rect(145, 62, 160, 80, col=(0, 0, 0)) global_start = utime.time_ms() while True: t = utime.time_ms() - global_start ft = float(t) with display.open() as d: d.clear() # d.print("peng1", posy=0, fg=[100, 255, 255]) # d.update() # d.print("peng2", posy=0, fg=[100, 255, 255]) # d.update() # for y in range(HEIGHT): # for x in range(WIDTH): # d.pixel(x, y, col = (255, 255, 0)) offset = int(5.0 * math.sin(ft / 300.0)) start = utime.time_ms() akronyme_analogiker(d, offset) end = utime.time_ms() scroller(ft) d.update()