Clock with weather and electricity price bar

Flow description

# @name    ClockTemp
# @desc    Left-aligned clock with outdoor temp, a 3px weather icon and an electricity price bar
# @config  temp_topic  text  "Temperature topic"  default="awtrix/outdoor/temp"
# @config  cond_topic  text  "Condition topic"    default="awtrix/outdoor/cond"
# @config  price_topic text  "Price topic (öre)"  default="awtrix/elpris"
# @config  time_col    color "Clock colour"       default=#FFFFFF
# @config  temp_col    color "Temp colour"        default=#C8C8C8
# @config  low_col     color "Price 0-100 colour"   default=#3B7A57
# @config  mid_col     color "Price 100-200 colour" default=#F77530
# @config  high_col    color "Price 200+ colour"    default=#FF6347

class ClockTemp
  var time_str, temp_str, icon_id, last_min, time_col, temp_col, codes
  var bar_g, bar_o, bar_r, low_col, mid_col, high_col

  def init()
    self.time_str = "--:--"
    self.temp_str = "--"
    self.icon_id  = 0
    self.last_min = -99
    self.time_col = store.get("time_col")
    self.temp_col = store.get("temp_col")
    self.bar_g = 0
    self.bar_o = 0
    self.bar_r = 0
    self.low_col  = store.get("low_col")
    self.mid_col  = store.get("mid_col")
    self.high_col = store.get("high_col")

    self.codes = {
      "sunny": 1, "clear-night": 2, "cloudy": 3, "partlycloudy": 4,
      "rainy": 5, "pouring": 6, "snowy": 7, "snowy-rainy": 8, "hail": 8,
      "fog": 9, "lightning": 10, "lightning-rainy": 10, "exceptional": 10,
      "windy": 11, "windy-variant": 11 }

    mqtt.subscribe(store.get("temp_topic"), def (t, p) self.on_temp(p) end)
    mqtt.subscribe(store.get("cond_topic"), def (t, p) self.on_cond(p) end)
    mqtt.subscribe(store.get("price_topic"), def (t, p) self.on_price(p) end)
  end

  def pad(n)
    if n < 10
      return "0" + str(n)
    end
    return str(n)
  end

  def on_temp(payload)
    if payload == nil || size(payload) == 0
      self.temp_str = "--"
      return
    end
    self.temp_str = payload
  end

  def on_cond(payload)
    if payload == nil
      self.icon_id = 0
      return
    end
    self.icon_id = self.codes.find(payload, 0)
  end

  # One pixel per started 25 öre on row 7: pixels 1-4 green (up to 100),
  # 5-8 orange (up to 200), the rest red. Zero or negative is one green pixel.
  def on_price(payload)
    var p = num(payload)
    if p == nil
      self.bar_g = 0
      self.bar_o = 0
      self.bar_r = 0
      return
    end
    var n = 1
    if p > 0
      n = int(p / 25)
      if n * 25 < p
        n += 1
      end
    end
    if n > 32
      n = 32
    end
    self.bar_g = n
    if self.bar_g > 4
      self.bar_g = 4
    end
    self.bar_o = n - 4
    if self.bar_o < 0
      self.bar_o = 0
    elif self.bar_o > 4
      self.bar_o = 4
    end
    self.bar_r = n - 8
    if self.bar_r < 0
      self.bar_r = 0
    end
  end

  def loop()
    var m = minute()
    if m != self.last_min
      self.last_min = m
      var h = hour()
      if h < 0
        self.time_str = "--:--"
      else
        self.time_str = self.pad(h) + ":" + self.pad(m)
      end
    end
  end

  def draw_icon()
    if self.icon_id == 1
      rect_fill(29, 3, 3, 3, 0xFFB000)
    elif self.icon_id == 2
      pixel(30, 2, 0x9FB8FF)  pixel(31, 3, 0x9FB8FF)
      pixel(31, 4, 0x9FB8FF)  pixel(30, 5, 0x9FB8FF)
    elif self.icon_id == 3
      pixel(30, 3, 0x8F9BA8)
      rect_fill(29, 4, 3, 2, 0x8F9BA8)
    elif self.icon_id == 4
      rect_fill(30, 2, 2, 2, 0xFFB000)
      rect_fill(29, 4, 3, 2, 0x8F9BA8)
    elif self.icon_id == 5
      rect_fill(29, 3, 3, 2, 0x8F9BA8)
      pixel(29, 6, 0x4FA8FF)  pixel(31, 6, 0x4FA8FF)
    elif self.icon_id == 6
      rect_fill(29, 2, 3, 2, 0x8F9BA8)
      pixel(29, 4, 0x4FA8FF)  pixel(31, 4, 0x4FA8FF)
      pixel(30, 5, 0x4FA8FF)
      pixel(29, 6, 0x4FA8FF)  pixel(31, 6, 0x4FA8FF)
    elif self.icon_id == 7
      rect_fill(29, 3, 3, 2, 0x8F9BA8)
      pixel(30, 5, 0xFFFFFF)
      pixel(29, 6, 0xFFFFFF)  pixel(31, 6, 0xFFFFFF)
    elif self.icon_id == 8
      rect_fill(29, 3, 3, 2, 0x8F9BA8)
      pixel(30, 5, 0x4FA8FF)
      pixel(29, 6, 0xFFFFFF)  pixel(31, 6, 0x4FA8FF)
    elif self.icon_id == 9
      line(29, 3, 31, 3, 0x8F9BA8)
      line(29, 5, 31, 5, 0x8F9BA8)
    elif self.icon_id == 10
      pixel(31, 2, 0xFFE300)  pixel(30, 3, 0xFFE300)
      pixel(31, 4, 0xFFE300)  pixel(30, 5, 0xFFE300)
      pixel(29, 6, 0xFFE300)
    elif self.icon_id == 11
      line(29, 3, 31, 3, 0x8F9BA8)
      line(30, 5, 31, 5, 0x8F9BA8)
    else
      pixel(30, 4, 0x8F9BA8)
    end
  end

  def draw_price()
    if self.bar_g > 0
      rect_fill(0, 7, self.bar_g, 1, self.low_col)
    end
    if self.bar_o > 0
      rect_fill(4, 7, self.bar_o, 1, self.mid_col)
    end
    if self.bar_r > 0
      rect_fill(8, 7, self.bar_r, 1, self.high_col)
    end
  end

  def draw()
    clear()
    text(0, 6, self.time_str, self.time_col)
    text(28 - text_ink_width(self.temp_str), 6, self.temp_str, self.temp_col)
    self.draw_icon()
    self.draw_price()
  end
end

return ClockTemp()