Adding code and files for the space clock project

Adding code, earth bitmap, mars bitmap and font for the space clock project

Qualia_S3_Space_Clock/code.py

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+# SPDX-FileCopyrightText: 2023 Liz Clark for Adafruit Industries
+#
+# SPDX-License-Identifier: MIT
+
+# Written by Liz Clark (Adafruit Industries) with OpenAI ChatGPT v4 Aug 3rd, 2023 build
+# https://help.openai.com/en/articles/6825453-chatgpt-release-notes
+
+# https://chat.openai.com/share/63cbe4c6-007f-4934-a458-a9c8a521620e
+# https://chat.openai.com/share/674c0f13-bc78-4d1e-be79-3bc777e29991
+
+import time
+from math import pi, cos, sin
+import os
+import ssl
+import wifi
+import socketpool
+import adafruit_requests
+import board
+from adafruit_ticks import ticks_ms, ticks_add, ticks_diff
+import vectorio
+import displayio
+from adafruit_io.adafruit_io import IO_HTTP
+from jepler_udecimal import Decimal
+import keypad
+from adafruit_display_text import label
+from adafruit_bitmap_font import bitmap_font
+from adafruit_qualia.graphics import Graphics, Displays
+
+key = keypad.Keys((board.A0,), value_when_pressed=False, pull=True)
+
+timezone = -5
+
+wifi.radio.connect(os.getenv("CIRCUITPY_WIFI_SSID"), os.getenv("CIRCUITPY_WIFI_PASSWORD"))
+print(f"Connected to {os.getenv('CIRCUITPY_WIFI_SSID')}")
+
+aio_username = os.getenv('ADAFRUIT_AIO_USERNAME')
+aio_key = os.getenv('ADAFRUIT_AIO_KEY')
+
+context = ssl.create_default_context()
+print("socketpool")
+pool = socketpool.SocketPool(wifi.radio)
+print("requests")
+requests = adafruit_requests.Session(pool, context)
+print("io")
+io = IO_HTTP(aio_username, aio_key, requests)
+
+earth_bitmap = displayio.OnDiskBitmap("/earth.bmp")
+mars_bitmap = displayio.OnDiskBitmap("/mars.bmp")
+
+graphics = Graphics(Displays.ROUND40, default_bg=None, auto_refresh=True)
+
+# Create a TileGrid to hold the bitmap
+earth_grid = displayio.TileGrid(earth_bitmap, pixel_shader=earth_bitmap.pixel_shader)
+
+# Create a Group to hold the TileGrid
+earth_group = displayio.Group()
+
+# Add the TileGrid to the Group
+earth_group.append(earth_grid)
+
+# Create a TileGrid to hold the bitmap
+mars_grid = displayio.TileGrid(mars_bitmap, pixel_shader=mars_bitmap.pixel_shader)
+
+def center(grid, bitmap):
+    # Center the image
+    grid.x -= (bitmap.width - graphics.display.width) // 2
+    grid.y -= (bitmap.height - graphics.display.height) // 2
+
+center(mars_grid, mars_bitmap)
+center(earth_grid, earth_bitmap)
+# Create a Group to hold the TileGrid
+mars_group = displayio.Group()
+
+# Add the TileGrid to the Group
+mars_group.append(mars_grid)
+
+graphics.display.root_group = mars_group
+
+# Pointer using vectorio, first the hub
+pointer_pal = displayio.Palette(4)
+pointer_pal[0] = 0xff0000
+pointer_pal[1] = 0x000000
+pointer_pal[2] = 0x0000ff
+pointer_pal[3] = 0xffffff
+pointer_hub = vectorio.Circle(pixel_shader=pointer_pal, radius=16, x=0, y=0)
+pointer_hub.x = graphics.display.width // 2
+pointer_hub.y = graphics.display.height // 2
+
+# Pointer itself
+pw = 15    # pointer width
+ph = 200   # pointer height
+pointer_points = [(pw,0), (pw,-ph), (-pw,-ph), (-pw,0)]
+pointer = vectorio.Polygon(pixel_shader=pointer_pal, points=pointer_points, x=0,y=0)
+pointer.x = graphics.display.width // 2
+pointer.y = graphics.display.height // 2
+mars_group.append(pointer)
+earth_group.append(pointer)
+hw = 13    # pointer width
+hh = 150   # pointer height
+hour_points = [(hw,0), (hw,-hh), (-hw,-hh), (-hw,0)]
+hour_hand = vectorio.Polygon(pixel_shader=pointer_pal, points=hour_points,
+                             x=0, y=0, color_index=1)
+hour_hand.x = graphics.display.width // 2
+hour_hand.y = graphics.display.height // 2
+mars_group.append(hour_hand)
+earth_group.append(hour_hand)
+
+def calculate_number_position(number, center_x, center_y, radius):
+    angle = (360 / 12) * (number - 3)  # -3 adjusts the angle to start at 12 o'clock
+    rad_angle = pi * angle / 180
+    if number >=8:
+        x = int(center_x + cos(rad_angle) * radius-40)
+    x = int(center_x + cos(rad_angle) * radius)
+    y = int(center_y + sin(rad_angle) * radius)
+    return x, y
+
+clock_face_numbers = {i: calculate_number_position(i, graphics.display.width // 2,
+                        graphics.display.height // 2, 300) for i in range(1, 13)}
+
+font_file = "/Roboto-Regular-47.pcf"
+
+for i in range(1, 13):
+    mars_c = vectorio.Circle(pixel_shader=pointer_pal, radius=30, x=clock_face_numbers[i][0]+12,
+                             y=clock_face_numbers[i][1], color_index=1)
+    earth_c = vectorio.Circle(pixel_shader=pointer_pal, radius=30, x=clock_face_numbers[i][0]+12,
+                             y=clock_face_numbers[i][1], color_index=3)
+    if i >= 10:
+        mars_c.x = mars_c.x + 14
+        earth_c.x = earth_c.x + 14
+    mars_group.append(mars_c)
+    earth_group.append(earth_c)
+    text = str(i)
+    font = bitmap_font.load_font(font_file)
+
+    mars_text = label.Label(font, text=text, color=0xFFFFFF)
+    earth_text = label.Label(font, text=text, color=0x000000)
+    mars_text.x = clock_face_numbers[i][0]
+    mars_text.y = clock_face_numbers[i][1]
+    earth_text.x = clock_face_numbers[i][0]
+    earth_text.y = clock_face_numbers[i][1]
+    mars_group.append(mars_text)
+    earth_group.append(earth_text)
+
+mars_group.append(pointer_hub)
+earth_group.append(pointer_hub)
+
+def update_time():
+    print("time")
+    now = io.receive_time()
+    return now
+
+def convert_time(the_time):
+    h = the_time[3]
+    if h >= 12:
+        h -= 12
+        a = "PM"
+    else:
+        a = "AM"
+    if h == 0:
+        h = 12
+    return h, a
+
+def mars_time():
+    dt = io.receive_time()
+    print(dt)
+    utc_offset = 3600 * abs(timezone)
+    tai_offset = 37
+    millis = time.mktime(dt)
+    unix_timestamp = millis + utc_offset
+
+    # Convert to MSD
+    msd = (unix_timestamp + tai_offset) / Decimal("88775.244147") + Decimal("34127.2954262")
+    print(msd)
+    # Convert MSD to MTC
+    mtc = (msd % 1) * 24
+    mtc_hours = int(mtc)
+    mtc_minutes = int((mtc * 60) % 60)
+    mtc_seconds = int(((mtc * 3600)) % 60)
+
+    print(f"Mars Time: {mtc_hours:02d}:{mtc_minutes:02d}:{mtc_seconds:02d}")
+    return mtc_minutes, mtc_hours
+
+def time_angle(m, the_hour):
+    if m == 15:
+        m = 16
+    elif m == 45:
+        m = 46
+    # Adjusted angle calculation for minute hand
+    theta_minute = 360 - (m / 60) * 360
+    theta_hour = ((the_hour / 12) + (m / (12 * 60))) * 360
+    # Calculate coordinates for minute hand (mirrored)
+    minute_x = -int(cos(pi * (theta_minute - 90) / 180) * ph)
+    minute_y = int(sin(pi * (theta_minute + 90) / 180) * ph)
+    hour_x = int(cos(pi * (theta_hour - 90) / 180) * hh)
+    hour_y = int(sin(pi * (theta_hour + 90) / 180) * hh)
+    pointer.points = [(pw, 0), (minute_x + 2, -minute_y), (minute_x - 2, -minute_y), (-pw, 0)]
+    hour_hand.points = [(hw, 0), (hour_x + 2, -hour_y), (hour_x - 2, -hour_y), (-hw, 0)]
+
+clock_timer = 1 * 1000
+clock_clock = ticks_ms()
+display_timer = 10 * 1000
+display_clock = ticks_ms()
+mars_second = 88775
+mars_clock = ticks_ms()
+clock = update_time()
+hour, am_pm = convert_time(clock)
+tick = clock[5]
+minute = clock[4]
+mars_min, mars_hour = mars_time()
+show_earth = True
+
+time_angle(minute, hour)
+
+while True:
+    event = key.events.get()
+    if event:
+        if event.pressed:
+            print("updating display")
+            show_earth = not show_earth
+    if show_earth:
+        if pointer.color_index != 2:
+            time_angle(minute, hour)
+            graphics.display.root_group = earth_group
+            pointer.color_index = 2
+            pointer_hub.color_index = 2
+    else:
+        if pointer.color_index != 0:
+            time_angle(mars_min, mars_hour)
+            graphics.display.root_group = mars_group
+            pointer.color_index = 0
+            pointer_hub.color_index = 0
+    if ticks_diff(ticks_ms(), clock_clock) >= clock_timer:
+        tick += 1
+        if tick > 59:
+            tick = 0
+            minute += 1
+            if minute > 59:
+                clock = update_time()
+                hour, am_pm = convert_time(clock)
+                tick = clock[5]
+                minute = clock[4]
+            print(f"{hour}:{minute:02} {am_pm}")
+            mars_min, mars_hour = mars_time()
+            if show_earth:
+                time_angle(minute, hour)
+            else:
+                time_angle(mars_min, mars_hour)
+        clock_clock = ticks_add(clock_clock, clock_timer)