import board, displayio, time, gc, random, math, rgbmatrix, framebufferio, digitalio from adafruit_bitmap_font import bitmap_font from adafruit_display_text.label import Label displayio.release_displays() # Setup for Matrix Portal M4 matrix = rgbmatrix.RGBMatrix( width=64, # Change width & height if you have an LED matrix with different dimensions height=32, bit_depth=6, rgb_pins=[ board.MTX_R1, board.MTX_G1, board.MTX_B1, board.MTX_R2, board.MTX_G2, board.MTX_B2 ], addr_pins=[ board.MTX_ADDRA, board.MTX_ADDRB, board.MTX_ADDRC, board.MTX_ADDRD ], clock_pin=board.MTX_CLK, latch_pin=board.MTX_LAT, output_enable_pin=board.MTX_OE, tile=1, serpentine=False, doublebuffer=True, ) display = framebufferio.FramebufferDisplay(matrix) # end of Matrix Portal M4 setup # Button Setup button = digitalio.DigitalInOut(board.A1) button.direction = digitalio.Direction.INPUT button.pull = digitalio.Pull.UP # Pull-up resistor (button press = False) # Display state display_on = True waiting_for_click = False # Track if we're waiting for a click to show next phrase current_phrase = None # Store the current phrase to repeat WIDTH = display.width HEIGHT = display.height main_group = displayio.Group() display.root_group = main_group # Fonts font_small = bitmap_font.load_font("/fonts/helvB08.bdf") font_large = bitmap_font.load_font("/fonts/helvB12.bdf") # COLOR VARIABLES WHITE = 0xFFFFFF SOFT_RED = 0xCC4444 DEEP_CORAL = 0xFF6F61 PEACH = 0xFFDAB9 WARM_GOLD = 0xFFD700 GOLDENROD = 0xDAA520 TANGERINE = 0xFFA07A # Lean firework colors toward warm tones firework_colors = [WHITE, GOLDENROD, WARM_GOLD, DEEP_CORAL, SOFT_RED, TANGERINE] celebration_colors = [ WHITE, GOLDENROD, WARM_GOLD, DEEP_CORAL, SOFT_RED, TANGERINE, PEACH ] # Timing Parameters SCROLL_DELAY = 0.025 SCROLL_STEP = 1 intro_message = ("Rise and Shine Eagle! Today's motivational words are...", "", "/graphics/baldwineagle.bmp", GOLDENROD) motivational_phrases = [ "You've got this today", "Believe in your strength", "Small steps create success", "Choose progress over perfection", "Your effort matters today", "Rise ready to learn", "You are capable always", "Show up for you", "Today is your opportunity", "Keep moving with purpose", "Let your courage lead", "Be kind to yourself", "Focus, breathe, and begin", "Work hard, stay hopeful", "Your mindset shapes today" ] def create_scroll_group(logo_path, text1, text2, color=None): group = displayio.Group() logo_width = 0 logo_spacing = 33 logo_tilegrid = None if color: color1 = color color2 = color else: color1 = random.choice(celebration_colors) color2 = random.choice([c for c in celebration_colors if c != color1]) if logo_path: try: logo_bitmap = displayio.OnDiskBitmap(logo_path) logo_tilegrid = displayio.TileGrid( logo_bitmap, pixel_shader=logo_bitmap.pixel_shader, x=2, y=0 ) group.append(logo_tilegrid) logo_width = logo_tilegrid.width except Exception as e: print(f"Error loading image {logo_path}: {e}") text_start = logo_width + logo_spacing if logo_path else 0 if text2.strip() == "": label1 = Label(font_large, text=text1, color=color1) label1.x = text_start label1.y = 16 group.append(label1) text_width = label1.bounding_box[2] else: label1 = Label(font_small, text=text1, color=color1) label1.x = text_start label1.y = 10 group.append(label1) label2 = Label(font_small, text=text2, color=color2) label2.x = text_start label2.y = 22 group.append(label2) text_width = max( label1.bounding_box[2], label2.bounding_box[2] ) total_width = text_start + text_width # Adds second logo directly after text if logo_path and logo_tilegrid: try: logo_bitmap = displayio.OnDiskBitmap(logo_path) second_logo = displayio.TileGrid( logo_bitmap, pixel_shader=logo_bitmap.pixel_shader, x=text_start + text_width, y=0 ) group.append(second_logo) total_width += second_logo.width + 1 except Exception as e: print(f"Error loading second logo image: {e}") return group, total_width def screen_fill_animation(duration=4.0): # Sparkly Red and Yellow Horizontal Stripes with Eagle Logo print("Sparkly Red and Yellow Stripes Animation with Eagle") animation_group = displayio.Group() main_group.append(animation_group) # Bright red and yellow colors RED = 0xFF0000 YELLOW = 0xFFFF00 stripe_height = 4 # Create alternating red and yellow stripes and store them stripes = [] for y in range(0, HEIGHT, stripe_height): # Alternate between red and yellow base_color = RED if (y // stripe_height) % 2 == 0 else YELLOW # Create stripe bitmap stripe_bmp = displayio.Bitmap(WIDTH, stripe_height, 1) stripe_pal = displayio.Palette(1) stripe_pal[0] = base_color stripe_tile = displayio.TileGrid(stripe_bmp, pixel_shader=stripe_pal, x=0, y=y) animation_group.append(stripe_tile) stripes.append({ 'palette': stripe_pal, 'base_color': base_color, 'brightness': 1.0 }) # Add eagle logo centered on top of stripes try: eagle_bitmap = displayio.OnDiskBitmap("/graphics/baldwineagle.bmp") eagle_width = eagle_bitmap.width eagle_height = eagle_bitmap.height # Center the eagle eagle_x = (WIDTH - eagle_width) // 2 eagle_y = (HEIGHT - eagle_height) // 2 eagle_tile = displayio.TileGrid( eagle_bitmap, pixel_shader=eagle_bitmap.pixel_shader, x=eagle_x, y=eagle_y ) animation_group.append(eagle_tile) except Exception as e: print(f"Error loading eagle image: {e}") # Display the stripes with sparkle effect start_time = time.monotonic() frame = 0 while time.monotonic() - start_time < duration: # Check button during animation button_action = check_for_quick_click() if button_action == "click": main_group.remove(animation_group) gc.collect() return "new_phrase" elif button_action == "toggle" and not display_on: break frame += 1 # Create sparkle effect by varying brightness of stripes for i, stripe in enumerate(stripes): # Random sparkle: occasionally brighten or dim stripes if random.random() < 0.15: # 15% chance per frame stripe['brightness'] = random.uniform(0.6, 1.0) else: # Gradually return to full brightness stripe['brightness'] = min(1.0, stripe['brightness'] + 0.05) # Apply brightness to color r = int(((stripe['base_color'] >> 16) & 0xFF) * stripe['brightness']) g = int(((stripe['base_color'] >> 8) & 0xFF) * stripe['brightness']) b = int((stripe['base_color'] & 0xFF) * stripe['brightness']) stripe['palette'][0] = (r << 16) | (g << 8) | b time.sleep(0.05) # Clean up main_group.remove(animation_group) gc.collect() return None def check_for_quick_click(): global display_on if not button.value: # Button pressed press_start = time.monotonic() # Wait for release or check if it becomes a long hold while not button.value: elapsed = time.monotonic() - press_start # If held for 3 seconds, toggle display if elapsed >= 3.0: display_on = not display_on if display_on: print("*** Display turned ON ***") display.brightness = 1.0 else: print("*** Display turned OFF ***") display.brightness = 0.0 # Wait for release while not button.value: time.sleep(0.1) return "toggle" time.sleep(0.05) # Button was released - check how long it was held hold_time = time.monotonic() - press_start if hold_time < 3.0: # It was a quick click! print(f"Button clicked! (held for {hold_time:.2f}s)") time.sleep(0.2) # Debounce return "click" return None def wait_for_single_click(): global waiting_for_click print("Waiting for button click to show motivational phrase...") waiting_for_click = True while waiting_for_click: # Check for button press if not button.value: # Button pressed press_start = time.monotonic() # Wait for release or check if it becomes a long hold while not button.value: elapsed = time.monotonic() - press_start # If held for 3 seconds, toggle display if elapsed >= 3.0: display_on = not display_on if display_on: print("*** Display turned ON ***") display.brightness = 1.0 else: print("*** Display turned OFF ***") display.brightness = 0.0 # Wait for release while not button.value: time.sleep(0.1) if not display_on: return False # After turning display back on, keep waiting for click break time.sleep(0.05) else: # Button was released - check how long it was held hold_time = time.monotonic() - press_start if hold_time < 3.0: # It was a quick click! print(f"Button clicked! (held for {hold_time:.2f}s)") waiting_for_click = False time.sleep(0.2) # Debounce return True time.sleep(0.05) return True print("*** Running Matrix Portal M4 HUB75 Code! ***") # Main Motivational words box Loop while True: # Only run animations if display is on if not display_on: check_for_quick_click() time.sleep(0.1) continue # If we don't have a current phrase yet, wait for initial click if current_phrase is None: print("Waiting for first button click to start...") while current_phrase is None and display_on: button_action = check_for_quick_click() if button_action == "click": current_phrase = random.choice(motivational_phrases) print(f"First phrase selected: {current_phrase}") elif button_action == "toggle": if not display_on: break time.sleep(0.05) if not display_on: continue # Play intro animation - check for new phrase request anim_result = screen_fill_animation(duration=4.0) if anim_result == "new_phrase": current_phrase = random.choice(motivational_phrases) print(f"New phrase selected: {current_phrase}") continue if not display_on: continue # Show intro message try: gc.collect() msg1, msg2, logo_path, color = intro_message scroll_group, content_width = create_scroll_group(logo_path, msg1, msg2, color) scroll_group.x = WIDTH main_group.append(scroll_group) interrupted = False while scroll_group.x > -content_width - 32: button_action = check_for_quick_click() if button_action == "click": current_phrase = random.choice(motivational_phrases) print(f"New phrase selected: {current_phrase}") interrupted = True break elif button_action == "toggle" and not display_on: interrupted = True break scroll_group.x -= SCROLL_STEP time.sleep(SCROLL_DELAY) # Always try to remove the scroll_group if it's in main_group try: main_group.remove(scroll_group) except ValueError: pass # Already removed, no problem gc.collect() if not interrupted: time.sleep(0.5) except MemoryError: print("MemoryError! Trying to recover...") main_group = displayio.Group() display.root_group = main_group gc.collect() time.sleep(1) if not display_on: continue # Show the current motivational phrase continuously until button click print(f"Showing phrase continuously: {current_phrase}") phrase_interrupted = False while not phrase_interrupted and display_on: try: gc.collect() scroll_group, content_width = create_scroll_group("/graphics/baldwineagle.bmp", current_phrase, "", GOLDENROD) scroll_group.x = WIDTH main_group.append(scroll_group) while scroll_group.x > -content_width - 32: button_action = check_for_quick_click() if button_action == "click": # Pick a new phrase that's different from the current one new_phrase = random.choice(motivational_phrases) while new_phrase == current_phrase and len(motivational_phrases) > 1: new_phrase = random.choice(motivational_phrases) current_phrase = new_phrase print(f"New phrase selected: {current_phrase}") phrase_interrupted = True break elif button_action == "toggle" and not display_on: phrase_interrupted = True break scroll_group.x -= SCROLL_STEP time.sleep(SCROLL_DELAY) # Always try to remove the scroll_group if it's in main_group try: main_group.remove(scroll_group) except ValueError: pass # Already removed, no problem gc.collect() # Small pause before repeating the same phrase if not phrase_interrupted: time.sleep(0.5) except MemoryError: print("MemoryError! Trying to recover...") main_group = displayio.Group() display.root_group = main_group gc.collect() time.sleep(1)