とりあえず・・・

こんな感じになりました。

出来るにはできたのですが、数字LEDを制御する方法が分かりません（汗
コードはこんな感じ・・・

// 7segLED test Program
// Print out "SEC(num)"

#define LED 0 // ずっと点いているLED
#define Eled 1 // 数字をあらわすLED
#define Dled 2
#define Gled 3
#define Cled 4
#define Bled 5
#define Aled 6
#define Fled 7 // ここまで

int zero = {1,1,1,1,1,1,0}; // 0
int one = {0,1,1,0,0,0,0}; // 1
int two = {1,1,0,1,1,0,1}; // 2
int three = {1,0,0,1,1,1,1};// 3
int four = {1,1,1,0,0,1,1}; // 4
int five = {1,0,1,1,0,1,1}; // 5
int six = {1,0,1,1,1,1,1}; // 6
int seven = {1,1,1,0,0,1,0};// 7
int eight = {1,1,1,1,1,1,1};// 8
int nine = {1,1,1,1,0,1,1}; // 9
int bright[7];

int i = 0; //count用

void setup() {
  // 全てのピンを出力に
  pinMode(LED, OUTPUT);
  pinMode(Aled, OUTPUT);
  pinMode(Bled, OUTPUT);
  pinMode(Cled, OUTPUT);
  pinMode(Dled, OUTPUT);
  pinMode(Eled, OUTPUT);
  pinMode(Fled, OUTPUT);
  pinMode(Gled, OUTPUT);
}

void loop() {
  // 今回は、SECの後に数字を０から９まで表示する。
  while (i < 10) {
   // 順に数字を表示
   switch (i) {
   case 0:
   bright[0] = zero[0];
   bright[1] = zero[1];
   bright[2] = zero[2];
   bright[3] = zero[3];
   bright[4] = zero[4];
   bright[5] = zero[5];
   bright[6] = zero[6];
   continue;
   case 1:
   bright[0] = one[0];
   bright[1] = one[1];
   bright[2] = one[2];
   bright[3] = one[3];
   bright[4] = one[4];
   bright[5] = one[5];
   bright[6] = one[6];
   continue;
   case 2:
   bright[0] = two[0];
   bright[1] = two[1];
   bright[2] = two[2];
   bright[3] = two[3];
   bright[4] = two[4];
   bright[5] = two[5];
   bright[6] = two[6];
   continue;
   case 3:
   bright[0] = three[0];
   bright[1] = three[1];
   bright[2] = three[2];
   bright[3] = three[3];
   bright[4] = three[4];
   bright[5] = three[5];
   bright[6] = three[6];
   continue;
   case 4:
   bright[0] = four[0];
   bright[1] = four[1];
   bright[2] = four[2];
   bright[3] = four[3];
   bright[4] = four[4];
   bright[5] = four[5];
   bright[6] = four[6];
   continue;
   case 5:
   bright[0] = five[0];
   bright[1] = five[1];
   bright[2] = five[2];
   bright[3] = five[3];
   bright[4] = five[4];
   bright[5] = five[5];
   bright[6] = five[6];
   continue;
   case 6:
   bright[0] = six[0];
   bright[1] = six[1];
   bright[2] = six[2];
   bright[3] = six[3];
   bright[4] = six[4];
   bright[5] = six[5];
   bright[6] = six[6];
   continue;
   case 7:
   bright[0] = seven[0];
   bright[1] = seven[1];
   bright[2] = seven[2];
   bright[3] = seven[3];
   bright[4] = seven[4];
   bright[5] = seven[5];
   bright[6] = seven[6];
   continue;
   case 8:
   bright[0] = eight[0];
   bright[1] = eight[1];
   bright[2] = eight[2];
   bright[3] = eight[3];
   bright[4] = eight[4];
   bright[5] = eight[5];
   bright[6] = eight[6];
   continue;
   case 9:
   bright[0] = nine[0];
   bright[1] = nine[1];
   bright[2] = nine[2];
   bright[3] = nine[3];
   bright[4] = nine[4];
   bright[5] = nine[5];
   bright[6] = nine[6];
   continue;
   }

   digitalWrite(LED, HIGH);
   if (bright[0] = 1){
   digitalWrite(Aled, HIGH);
   delay(7000);
   } else if (bright[0] = 0){
   digitalWrite(Aled, LOW);
   delay(7000);
   }
   if (bright[1] = 1){
   digitalWrite(Bled, HIGH);
   delay(6000);
   } else if (bright[1] = 0){
   digitalWrite(Bled, LOW);
   delay(6000);
   }
   if (bright[2] = 1){
   digitalWrite(Cled, HIGH);
   delay(5000);
   } else if(bright[2] = 0){
   digitalWrite(Cled, LOW);
   delay(5000);
   }
   if (bright[3] = 1){
   digitalWrite(Dled, HIGH);
   delay(4000);
   } else if(bright[3] = 0){
   digitalWrite(Dled, LOW);
   delay(4000);
   }
   if (bright[4] = 1){
   digitalWrite(Eled, HIGH);
   delay(3000);
   } else if (bright[4] = 0){
   digitalWrite(Eled, LOW);
   delay(3000);
   }
   if (bright[5] = 1){
   digitalWrite(Fled, HIGH);
   delay(2000);
   } else if (bright[5] = 0){
   digitalWrite(Fled, LOW);
   delay(2000);
   }
   if (bright[6] = 1){
   digitalWrite(Gled, HIGH);
   delay(1000);
   } else if (bright[6] = 0){
   digitalWrite(Gled, LOW);
   delay(1000);
   }
   i = i + 1;
  }
  // 最後に全て消す
  digitalWrite(Aled, LOW);
  digitalWrite(Bled, LOW);
  digitalWrite(Cled, LOW);
  digitalWrite(Dled, LOW);
  digitalWrite(Eled, LOW);
  digitalWrite(Fled, LOW);
  digitalWrite(Gled, LOW);
  digitalWrite(LED, LOW);
}