RGB HexMatrix | IoTクロック

必要なツールとマシン

>	はんだごて（汎用）
	はんだワイヤー、鉛フリー
	はんだフラックス、はんだ付け
	ケーブルカッター、143mm

アプリとオンラインサービス

>

Arduino IDE

このプロジェクトについて

HexMatrixは、多くの三角形のピクセルを持つLEDマトリックスです。 6つのピクセルを組み合わせると六角形になります。 FastLEDライブラリのマトリックスに表示できるさまざまなアニメーションがあります。また、マトリックスの各桁に10セグメントを使用して、0から9までの桁を設計し、IoTクロックを作成しました。

備品：

• ESP8266またはArduino（Uno / Nano）
• WS2811 LED（96個のLED）
• 5V / 2A電源
• 3Dプリント

ステップ1：3D印刷：

• 指定されたすべての3Dモデルを3Dプリントする：STLファイルとコードについてはここをクリックしてください
• 画面レイヤーを白いPLAで印刷します。

ステップ2：回路接続：

• 回路図に示すようにすべての接続を行います。
• GND〜-Ve
• Vin〜5V〜 + Ve
• DataIn〜ピン2
• また、LED間の電圧降下を防ぐために、電源線を最後のLEDまで延長して接続します。

ステップ3：注：

• Arduinoボードを使用している場合は、アニメーションのみを表示でき、時間を表示することはできません。
• ESP8266ボードを使用している場合は、時間やその他のアニメーションをマトリックスに表示できます。

ステップ4：組み立て：

• すべてのLEDを蛇のように並べます。
• すべてをまとめます。
• コネクタをマイクロコントローラボードにはんだ付けします。コネクタはLEDラインのもう一方の端から取ります。

ステップ5：コーディング：

• コードについてはここをクリックしてください
• このマトリックス用に、HexMatrix.ino、clock1.ino、clock2.inoの3つのコードを作成しました。
• HexMatrixコードは、マトリックス上にアニメーションを表示するためのコードであり、任意のマイクロコントローラーボードで実行できます。
• clockおよびclock2コードはESP8266ボードでのみ実行されます。

HexMatrix.ino：

• ArduinoIDEで指定されたコードを開きます。
• ArduinoIDEにFastLEDライブラリをインストールします。
• ボードの種類、ポートを選択し、コードをアップロードします。

Clock1およびClock2コード：

• ArduinoIDEでコードを開きます。
• このコードでは、色の要件に従ってこの値を変更できます

  // RGBの桁の色の値intr =255; 
 int g =255; 
 int b =255; 
 // RGBの背景色の値
 int br =0; 
 int bg =20; 
 int bb =10;  

• Wi-Fiの名前とパスワードを入力してください

  const char * ssid ="Wifi_Name"; 
 const char * password ="Password";  

• お住まいの国のタイムゾーンを入力してください（インド5：30 =5.5も同様にタイムゾーンを入力してください）

  //あなたのタイムゾーン
 int timezone =-5.5 * 3600;  

• ボードタイプをESP8266として選択し、ポートを選択してコードをアップロードします。

• これとは別に、FastLEDの例には他にも多くのアニメーションがあります。

コード

• clock1
• clock2

clock1 Arduino

 #include  #include  #include  #define LED_PIN 2＃define NUM_LEDS 96＃define BRIGHTNESS 255＃define LED_TYPE WS2811＃define COLOR_ORDER RGBCRGB leds [NUM_LEDS]; / / RGBintのデジタルカラー値r =255; int g =255; int b =255; // RGBintの背景カラー値br =0; int bg =20; int bb =10; const char * ESP_HOST_NAME ="esp-" + ESP.getFlashChipId（）; //あなたのWifiinfoconst char * ssid ="Wifi_Name"; const char * password ="Password"; //あなたのタイムゾーンinttimezone =-5.5 * 3600; int dst =0; WiFiClient wifiClient; void connectWifi（）{WiFi.begin（ssid、password）; Serial.print（ "接続中"）; Serial.println（ssid）; while（WiFi.status（）！=WL_CONNECTED）{delay（500）; Serial.print（ "。"）; } Serial.println（ ""）; Serial.println（ "WiFi接続！"）; Serial.println（WiFi.localIP（））; Serial.println（）;} void setup（）{Serial.begin（115200）; delay（500）; connectWifi（）; Serial.println（）; Serial.println（ "\ n \ n次のループステップ：" + String（millis（））+ "："）; configTime（timezone、dst、 "pool.ntp.org"、 "time.nist.gov"）; FastLED.addLeds （leds、NUM_LEDS）.setCorrection（TypicalLEDStrip）; FastLED.setBrightness（BRIGHTNESS）;} void loop（）{time_t now =time（nullptr）; struct tm * p_tm =localtime（＆now）; Serial.print（ "--------------------------------------------- ---- \ n "）; Serial.print（ "日付と時刻："）; Serial.print（p_tm-> tm_mday）; Serial.print（ "/"）; Serial.print（p_tm-> tm_mon + 1）; Serial.print（ "/"）; Serial.print（p_tm-> tm_year + 1900）; Serial.print（ ""）; int hour =p_tm-> tm_hour; intminute =p_tm-> tm_min; if（hour> 12）{hour =hour-12; } Serial.print（hour）; Serial.print（ "："）; Serial.print（分）; Serial.print（ "："）; Serial.println（p_tm-> tm_sec）;バックグラウンド（）; if（hour ==0 || hour ==12）{hour12（）; } if（hour ==1）{hour1（）; } if（hour ==2）{hour2（）; } if（hour ==3）{hour3（）; } if（hour ==4）{hour4（）; } if（hour ==5）{hour5（）; } if（hour ==6）{hour6（）; } if（hour ==7）{hour7（）; } if（hour ==8）{hour8（）; } if（hour ==9）{hour9（）; } if（hour ==10）{hour10（）; } if（hour ==11）{hour11（）; } if（minute ==0）{min0（）; } if（minute ==1）{min1（）; } if（minute ==2）{min2（）; } if（minute ==3）{min3（）; } if（minute ==4）{min4（）; } if（minute ==5）{min5（）; } if（minute ==6）{min6（）; } if（minute ==7）{min7（）; } if（minute ==8）{min8（）; } if（minute ==9）{min9（）; } if（minute ==10）{min10（）; } if（minute ==11）{min11（）; } if（minute ==12）{min12（）; } if（minute ==13）{min13（）; } if（minute ==14）{min14（）; } if（minute ==15）{min15（）; } if（minute ==16）{min16（）; } if（minute ==17）{min17（）; } if（minute ==18）{min18（）; } if（minute ==19）{min19（）; } if（minute ==20）{min20（）; } if（minute ==21）{min21（）; } if（minute ==22）{min22（）; } if（minute ==23）{min23（）; } if（minute ==24）{min24（）; } if（minute ==25）{min25（）; } if（minute ==26）{min26（）; } if（minute ==27）{min27（）; } if（minute ==28）{min28（）; } if（minute ==29）{min29（）; } if（minute ==30）{min30（）; } if（minute ==31）{min31（）; } if（minute ==32）{min32（）; } if（minute ==33）{min33（）; } if（minute ==34）{min34（）; } if（minute ==35）{min35（）; } if（minute ==36）{min36（）; } if（minute ==37）{min37（）; } if（minute ==38）{min38（）; } if（minute ==39）{min39（）; } if（minute ==40）{min40（）; } if（minute ==41）{min41（）; } if（minute ==42）{min42（）; } if（minute ==43）{min43（）; } if（minute ==44）{min44（）; } if（minute ==45）{min45（）; } if（minute ==46）{min46（）; } if（minute ==47）{min47（）; } if（minute ==48）{min48（）; } if（minute ==49）{min49（）; } if（minute ==50）{min50（）; } if（minute ==51）{min51（）; } if（minute ==52）{min52（）; } if（minute ==53）{min53（）; } if（minute ==54）{min54（）; } if（minute ==55）{min55（）; } if（minute ==56）{min56（）; } if（minute ==57）{min57（）; } if（minute ==58）{min58（）; } if（minute ==59）{min59（）; } if（minute ==60）{min60（）; } FastLED.show（）; FastLED.clear（）; FastLED.show（）;} void background（）{leds [0] =CRGB（br、bg、bb）; leds [1] =CRGB（br、bg、bb）; leds [2] =CRGB（br、bg、bb）; leds [3] =CRGB（br、bg、bb）; leds [4] =CRGB（br、bg、bb）; leds [5] =CRGB（br、bg、bb）; leds [6] =CRGB（br、bg、bb）; leds [7] =CRGB（br、bg、bb）; leds [8] =CRGB（br、bg、bb）; leds [9] =CRGB（br、bg、bb）; leds [10] =CRGB（br、bg、bb）; leds [11] =CRGB（br、bg、bb）; leds [12] =CRGB（br、bg、bb）; leds [13] =CRGB（br、bg、bb）; leds [14] =CRGB（br、bg、bb）; leds [15] =CRGB（br、bg、bb）; leds [16] =CRGB（br、bg、bb）; leds [17] =CRGB（br、bg、bb）; leds [18] =CRGB（br、bg、bb）; leds [19] =CRGB（br、bg、bb）; leds [20] =CRGB（br、bg、bb）; leds [21] =CRGB（br、bg、bb）; leds [22] =CRGB（br、bg、bb）; leds [23] =CRGB（br、bg、bb）; leds [24] =CRGB（br、bg、bb）; leds [25] =CRGB（br、bg、bb）; leds [26] =CRGB（br、bg、bb）; leds [27] =CRGB（br、bg、bb）; leds [28] =CRGB（br、bg、bb）; leds [29] =CRGB（br、bg、bb）; leds [30] =CRGB（br、bg、bb）; leds [31] =CRGB（br、bg、bb）; leds [32] =CRGB（br、bg、bb）; leds [33] =CRGB（br、bg、bb）; leds [34] =CRGB（br、bg、bb）; leds [35] =CRGB（br、bg、bb）; leds [36] =CRGB（br、bg、bb）; leds [37] =CRGB（br、bg、bb）; leds [38] =CRGB（br、bg、bb）; leds [39] =CRGB（br、bg、bb）; leds [40] =CRGB（br、bg、bb）; leds [41] =CRGB（br、bg、bb）; leds [42] =CRGB（br、bg、bb）; leds [43] =CRGB（br、bg、bb）; leds [44] =CRGB（br、bg、bb）; leds [45] =CRGB（br、bg、bb）; leds [46] =CRGB（br、bg、bb）; leds [47] =CRGB（br、bg、bb）; leds [48] =CRGB（br、bg、bb）; leds [49] =CRGB（br、bg、bb）; leds [50] =CRGB（br、bg、bb）; leds [51] =CRGB（br、bg、bb）; leds [52] =CRGB（br、bg、bb）; leds [53] =CRGB（br、bg、bb）; leds [54] =CRGB（br、bg、bb）; leds [55] =CRGB（br、bg、bb）; leds [56] =CRGB（br、bg、bb）; leds [57] =CRGB（br、bg、bb）; leds [58] =CRGB（br、bg、bb）; leds [59] =CRGB（br、bg、bb）; leds [60] =CRGB（br、bg、bb）; leds [61] =CRGB（br、bg、bb）; leds [62] =CRGB（br、bg、bb）; leds [63] =CRGB（br、bg、bb）; leds [64] =CRGB（br、bg、bb）; leds [65] =CRGB（br、bg、bb）; leds [66] =CRGB（br、bg、bb）; leds [67] =CRGB（br、bg、bb）; leds [68] =CRGB（br、bg、bb）; leds [69] =CRGB（br、bg、bb）; leds [70] =CRGB（br、bg、bb）; leds [71] =CRGB（br、bg、bb）; leds [72] =CRGB（br、bg、bb）; leds [73] =CRGB（br、bg、bb）; leds [74] =CRGB（br、bg、bb）; leds [75] =CRGB（br、bg、bb）; leds [76] =CRGB（br、bg、bb）; leds [77] =CRGB（br、bg、bb）; leds [78] =CRGB（br、bg、bb）; leds [79] =CRGB（br、bg、bb）; leds [80] =CRGB（br、bg、bb）; leds [81] =CRGB（br、bg、bb）; leds [82] =CRGB（br、bg、bb）; leds [83] =CRGB（br、bg、bb）; leds [84] =CRGB（br、bg、bb）; leds [85] =CRGB（br、bg、bb）; leds [86] =CRGB（br、bg、bb）; leds [87] =CRGB（br、bg、bb）; leds [88] =CRGB（br、bg、bb）; leds [89] =CRGB（br、bg、bb）; leds [90] =CRGB（br、bg、bb）; leds [91] =CRGB（br、bg、bb）; leds [92] =CRGB（br、bg、bb）; leds [93] =CRGB（br、bg、bb）; leds [94] =CRGB（br、bg、bb）; leds [95] =CRGB（br、bg、bb）;} / * --------------------------------- ---時間LED ------------------------------------ * / void hour12（）{leds [ 2] =CRGB（r、g、b）; leds [4] =CRGB（r、g、b）; leds [5] =CRGB（r、g、b）; leds [7] =CRGB（r、g、b）; leds [10] =CRGB（r、g、b）; leds [14] =CRGB（r、g、b）; leds [16] =CRGB（r、g、b）; leds [17] =CRGB（r、g、b）; leds [23] =CRGB（r、g、b）; leds [25] =CRGB（r、g、b）; leds [30] =CRGB（r、g、b）; leds [32] =CRGB（r、g、b）; leds [33] =CRGB（r、g、b）;} void hour1（）{leds [3] =CRGB（r、g、b）; leds [9] =CRGB（r、g、b）; leds [15] =CRGB（r、g、b）; leds [24] =CRGB（r、g、b）; leds [31] =CRGB（r、g、b）;} void hour2（）{leds [0] =CRGB（r、g、b）; leds [1] =CRGB（r、g、b）; leds [4] =CRGB（r、g、b）; leds [8] =CRGB（r、g、b）; leds [9] =CRGB（r、g、b）; leds [15] =CRGB（r、g、b）; leds [23] =CRGB（r、g、b）; leds [24] =CRGB（r、g、b）;} void hour3（）{leds [0] =CRGB（r、g、b）; leds [1] =CRGB（r、g、b）; leds [4] =CRGB（r、g、b）; leds [8] =CRGB（r、g、b）; leds [9] =CRGB（r、g、b）; leds [16] =CRGB（r、g、b）; leds [23] =CRGB（r、g、b）; leds [24] =CRGB（r、g、b）;} void hour4（）{leds [3] =CRGB（r、g、b）; leds [4] =CRGB（r、g、b）; leds [8] =CRGB（r、g、b）; leds [9] =CRGB（r、g、b）; leds [16] =CRGB（r、g、b）; leds [23] =CRGB（r、g、b）;} void hour5（）{leds [0] =CRGB（r、g、b）; leds [1] =CRGB（r、g、b）; leds [3] =CRGB（r、g、b）; leds [8] =CRGB（r、g、b）; leds [9] =CRGB（r、g、b）; leds [16] =CRGB（r、g、b）; leds [23] =CRGB（r、g、b）; leds [24] =CRGB（r、g、b）;} void hour6（）{leds [0] =CRGB（r、g、b）; leds [1] =CRGB（r、g、b）; leds [3] =CRGB（r、g、b）; leds [8] =CRGB（r、g、b）; leds [9] =CRGB（r、g、b）; leds [15] =CRGB（r、g、b）; leds [16] =CRGB（r、g、b）; leds [23] =CRGB（r、g、b）; leds [24] =CRGB（r、g、b）;} void hour7（）{leds [0] =CRGB（r、g、b）; leds [1] =CRGB（r、g、b）; leds [3] =CRGB（r、g、b）; leds [4] =CRGB（r、g、b）; leds [8] =CRGB（r、g、b）; leds [16] =CRGB（r、g、b）; leds [23] =CRGB（r、g、b）;} void hour8（）{leds [0] =CRGB（r、g、b）; leds [1] =CRGB（r、g、b）; leds [3] =CRGB（r、g、b）; leds [4] =CRGB（r、g、b）; leds [8] =CRGB（r、g、b）; leds [9] =CRGB（r、g、b）; leds [15] =CRGB（r、g、b）; leds [16] =CRGB（r、g、b）; leds [23] =CRGB（r、g、b）; leds [24] =CRGB（r、g、b）;} void hour9（）{leds [0] =CRGB（r、g、b）; leds [1] =CRGB（r、g、b）; leds [3] =CRGB（r、g、b）; leds [4] =CRGB（r、g、b）; leds [8] =CRGB（r、g、b）; leds [9] =CRGB（r、g、b）; leds [16] =CRGB（r、g、b）; leds [23] =CRGB（r、g、b）; leds [24] =CRGB（r、g、b）;} void hour10（）{leds [2] =CRGB（r、g、b）; leds [4] =CRGB（r、g、b）; leds [5] =CRGB（r、g、b）; leds [7] =CRGB（r、g、b）; leds [8] =CRGB（r、g、b）; leds [10] =CRGB（r、g、b）; leds [14] =CRGB（r、g、b）; leds [22] =CRGB（r、g、b）; leds [23] =CRGB（r、g、b）; leds [25] =CRGB（r、g、b）; leds [30] =CRGB（r、g、b）; leds [32] =CRGB（r、g、b）; leds [33] =CRGB（r、g、b）;} void hour11（）{leds [2] =CRGB（r、g、b）; leds [4] =CRGB（r、g、b）; leds [8] =CRGB（r、g、b）; leds [10] =CRGB（r、g、b）; leds [14] =CRGB（r、g、b）; leds [16] =CRGB（r、g、b）; leds [23] =CRGB（r、g、b）; leds [25] =CRGB（r、g、b）; leds [30] =CRGB（r、g、b）; leds [32] =CRGB（r、g、b）;} / * ----------------------------議事録LED --- ------------------------- * / void min0（）{leds [62] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [73] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [87] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [91] =CRGB（r、g、b）; leds [92] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min1（）{leds [56] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [79] =CRGB（r、g、b）; leds [87] =CRGB（r、g、b）;} void min2（）{leds [55] =CRGB（r、g、b）; leds [56] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [79] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [87] =CRGB（r、g、b）;} void min3（）{leds [55] =CRGB（r、g、b）; leds [56] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [87] =CRGB（r、g、b）;} void min4（）{leds [63] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）;} void min5（）{leds [55] =CRGB（r、g、b）; leds [56] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [87] =CRGB（r、g、b）;} void min6（）{leds [55] =CRGB（r、g、b）; leds [56] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [79] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [87] =CRGB（r、g、b）;} void min7（）{leds [55] =CRGB（r、g、b）; leds [56] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）;} void min8（）{leds [55] =CRGB（r、g、b）; leds [56] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [79] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [87] =CRGB（r、g、b）;} void min9（）{leds [55] =CRGB（r、g、b）; leds [56] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [87] =CRGB（r、g、b）;} void min10（）{leds [62] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [73] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [92] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min11（）{leds [62] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [73] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [92] =CRGB（r、g、b）;} void min12（）{leds [62] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [73] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [81] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [92] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min13（）{leds [62] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [73] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [81] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [92] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min14（）{leds [62] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [73] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [81] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min15（）{leds [62] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [73] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [81] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [92] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min16（）{leds [62] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [73] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [81] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [92] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min17（）{leds [62] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [73] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [81] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min18（）{leds [62] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [73] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [81] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [92] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min19（）{leds [62] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [73] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [81] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [92] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min20（）{leds [62] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [79] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [91] =CRGB（r、g、b）; leds [92] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min21（）{leds [62] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [79] =CRGB（r、g、b）; leds [81] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [91] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min22（）{leds [62] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [79] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [81] =CRGB（r、g、b）; leds [86] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [91] =CRGB（r、g、b）; leds [92] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min23（）{leds [62] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [79] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [81] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [91] =CRGB（r、g、b）; leds [92] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min24（）{leds [62] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [70] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [79] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; leds [81] =CRGB（r、g、b）; leds [85] =CRGB（r、g、b）; leds [88] =CRGB（r、g、b）; leds [90] =CRGB（r、g、b）; leds [91] =CRGB（r、g、b）; leds [93] =CRGB（r、g、b）;} void min25（）{leds [62] =CRGB（r、g、b）; leds [63] =CRGB（r、g、b）; leds [64] =CRGB（r、g、b）; leds [65] =CRGB（r、g、b）; leds [71] =CRGB（r、g、b）; leds [72] =CRGB（r、g、b）; leds [78] =CRGB（r、g、b）; leds [79] =CRGB（r、g、b）; leds [80] =CRGB（r、g、b）; ...このファイルは切り捨てられています。ダウンロードして完全な内容を確認してください。

clock2 Arduino

 #include  #include  #include "FastLED.h" #if FASTLED_VERSION <3001000＃error "FastLED 3.1以降が必要です。最新のコードについてはgithubを確認してください。"＃endif＃defineDATA_PIN 2＃define LED_TYPE WS2811＃define COLOR_ORDER RGB＃define NUM_LEDS 96＃define BRIGHTNESS 255CRGB leds [NUM_LEDS]; // RGBの色値をデジタル化intr =255; int g =255; int b =255; const char * ESP_HOST_NAME ="esp -"+ ESP.getFlashChipId（）; //あなたのWifiinfoconst char * ssid =" Wifi_Name "; const char * password =" Password "; //あなたのタイムゾーンinttimezone =-5.5 * 3600; int dst =0; WiFiClient wifiClient; void connectWifi（）{WiFi.begin（ssid、password）; Serial.print（ "接続中"）; Serial.println（ssid）; while（WiFi.status（）！=WL_CONNECTED）{delay（500）; Serial.print（ "。"）; } Serial.println（ ""）; Serial.println（ "WiFi接続！"）; Serial.println（WiFi.localIP（））; Serial.println（）;} void setup（）{Serial.begin（115200）; delay（500）; connectWifi（）; Serial.println（）; Serial.println（ "\ n \ n次のループステップ：" + String（millis（））+ "："）; configTime（timezone、dst、 "pool.ntp.org"、 "time.nist.gov"）; FastLED.addLeds （leds、NUM_LEDS）.setCorrection（TypicalLEDStrip）.setDither（BRIGHTNESS <255）; FastLED.setBrightness（BRIGHTNESS）;} void loop（）{time_t now =time（nullptr）; struct tm * p_tm =localtime（＆now）; Serial.print（ "--------------------------------------------- ---- \ n "）; Serial.print（ "日付と時刻："）; Serial.print（p_tm-> tm_mday）; Serial.print（ "/"）; Serial.print（p_tm-> tm_mon + 1）; Serial.print（ "/"）; Serial.print（p_tm-> tm_year + 1900）; Serial.print（ ""）; int hour =p_tm-> tm_hour; intminute =p_tm-> tm_min; if（hour> 12）{hour =hour-12; } Serial.print（hour）; Serial.print（ "："）; Serial.print（分）; Serial.print（ "："）; Serial.println（p_tm-> tm_sec）;誇り（）; if（hour ==0 || hour ==12）{hour12（）; } if（hour ==1）{hour1（）; } if（hour ==2）{hour2（）; } if（hour ==3）{hour3（）; } if（hour ==4）{hour4（）; } if（hour ==5）{hour5（）; } if（hour ==6）{hour6（）; } if（hour ==7）{hour7（）; } if（hour ==8）{hour8（）; } if（hour ==9）{hour9（）; } if（hour ==10）{hour10（）; } if（hour ==11）{hour11（）; } if（minute ==0）{min0（）; } if（minute ==1）{min1（）; } if（minute ==2）{min2（）; } if（minute ==3）{min3（）; } if（minute ==4）{min4（）; } if（minute ==5）{min5（）; } if（minute ==6）{min6（）; } if（minute ==7）{min7（）; } if（minute ==8）{min8（）; } if（minute ==9）{min9（）; } if（minute ==10）{min10（）; } if（minute ==11）{min11（）; } if（minute ==12）{min12（）; } if（minute ==13）{min13（）; } if（minute ==14）{min14（）; } if（minute ==15）{min15（）; } if（minute ==16）{min16（）; } if（minute ==17）{min17（）; } if（minute ==18）{min18（）; } if（minute ==19）{min19（）; } if（minute ==20）{min20（）; } if（minute ==21）{min21（）; } if（minute ==22）{min22（）; } if（minute ==23）{min23（）; } if（minute ==24）{min24（）; } if（minute ==25）{min25（）; } if（minute ==26）{min26（）; } if（minute ==27）{min27（）; } if（minute ==28）{min28（）; } if（minute ==29）{min29（）; } if（minute ==30）{min30（）; } if（minute ==31）{min31（）; } if（minute ==32）{min32（）; } if（minute ==33）{min33（）; } if（minute ==34）{min34（）; } if（minute ==35）{min35（）; } if（minute ==36）{min36（）; } if（minute ==37）{min37（）; } if（minute ==38）{min38（）; } if（minute ==39）{min39（）; } if（minute ==40）{min40（）; } if（minute ==41）{min41（）; } if（minute ==42）{min42（）; } if（minute ==43）{min43（）; } if（minute ==44）{min44（）; } if（minute ==45）{min45（）; } if（minute ==46）{min46（）; } if（minute ==47）{min47（）; } if（minute ==48）{min48（）; } if（minute ==49）{min49（）; } if（minute ==50）{min50（）; } if（minute ==51）{min51（）; } if（minute ==52）{min52（）; } if（minute ==53）{min53（）; } if（minute ==54）{min54（）; } if（minute ==55）{min55（）; } if（minute ==56）{min56（）; } if（minute ==57）{min57（）; } if（minute ==58）{min58（）; } if（minute ==59）{min59（）; } if（minute ==60）{min60（）; } FastLED.show（）; FastLED.clear（）; FastLED.show（）; } void pride（）{static uint16_t sPseudotime =0; static uint16_t sLastMillis =0; static uint16_t sHue16 =0; uint8_t sat8 =beatsin88（87、220、250）; uint8_t brightdepth =beatsin88（341、96、224）; uint16_t brightetainc16 =beatsin88（203、（25 * 256）、（40 * 256））; uint8_t msmultiplier =beatsin88（147、23、60）; uint16_t hue16 =sHue16; // gHue * 256; uint16_t hueinc16 =beatsin88（113、1、3000）; uint16_t ms =millis（）; uint16_t deltams =ms-sLastMillis; sLastMillis =ms; sPseudotime + =deltams * msmultiplier; sHue16 + =deltams * beatsin88（400、5,9）; uint16_t brighttheta16 =sPseudotime; for（uint16_t i =0; i  

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