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ourfool/_180215_CPUEval.ino

Last active February 16, 2018 07:02
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CPUEval
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_180215_CPUEval.ino
/*--------------------------------------------------
CPU Evaluation Code
作成者：鷺ノ宮わっふる
作成日：18/02/15
--------------------------------------------------*/
/*--------------------------------------------------
グローバル変数（Arduinoピン定義）
--------------------------------------------------*/
const int CLK = 2;
const int RESET = 3; // RESETは同期でHIGHのときアクティブ
const int IM0 = 4;
const int IM1 = 5;
const int IM2 = 6;
const int IM3 = 7;
const int IM4 = 8;
const int INST0 = 9;
const int INST1 = 10;
const int INST2 = 11;
const int INST3 = 12;
const int INST4 = 13;
const int ADDR0 = 0;
const int ADDR1 = 1;
const int ADDR2 = 2;
const int ADDR3 = 3;
const int ADDR4 = 4;
/*--------------------------------------------------
セットアップ関数
機能：シリアルポート設定、各ピンイニシャライズ
--------------------------------------------------*/
void setup() {
// シリアル通信速度を9600bpsに設定
Serial.begin(9600);
// 出力ピン設定
pinMode(CLK, OUTPUT);
pinMode(RESET, OUTPUT);
pinMode(IM0, OUTPUT);
pinMode(IM1, OUTPUT);
pinMode(IM2, OUTPUT);
pinMode(IM3, OUTPUT);
pinMode(IM4, OUTPUT);
pinMode(INST0, OUTPUT);
pinMode(INST1, OUTPUT);
pinMode(INST2, OUTPUT);
pinMode(INST3, OUTPUT);
pinMode(INST4, OUTPUT);
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, LOW);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
digitalWrite(RESET, HIGH);
delay(1000);
digitalWrite(CLK, LOW);
digitalWrite(CLK, HIGH);
delay(1000);
digitalWrite(RESET, LOW);
digitalWrite(CLK, LOW);
}
/*--------------------------------------------------
メインloop関数
--------------------------------------------------*/
void loop() {
if ( 512 >= analogRead(ADDR0) && 512 >= analogRead(ADDR1) && 512 >= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 0, 0, 0, 0]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, LOW);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 <= analogRead(ADDR0) && 512 >= analogRead(ADDR1) && 512 >= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 0, 0, 0, 1]");
digitalWrite(IM0, HIGH);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, LOW);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 >= analogRead(ADDR0) && 512 <= analogRead(ADDR1) && 512 >= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 0, 0, 1, 0]");
digitalWrite(IM0, HIGH);
digitalWrite(IM1, HIGH);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, LOW);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 <= analogRead(ADDR0) && 512 <= analogRead(ADDR1) && 512 >= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 0, 0, 1, 1]");
digitalWrite(IM0, HIGH);
digitalWrite(IM1, HIGH);
digitalWrite(IM2, HIGH);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, LOW);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 >= analogRead(ADDR0) && 512 >= analogRead(ADDR1) && 512 <= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 0, 1, 0, 0]");
digitalWrite(IM0, HIGH);
digitalWrite(IM1, HIGH);
digitalWrite(IM2, HIGH);
digitalWrite(IM3, HIGH);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, LOW);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 <= analogRead(ADDR0) && 512 >= analogRead(ADDR1) && 512 <= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 0, 1, 0, 1]");
digitalWrite(IM0, HIGH);
digitalWrite(IM1, HIGH);
digitalWrite(IM2, HIGH);
digitalWrite(IM3, HIGH);
digitalWrite(IM4, HIGH);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, LOW);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 >= analogRead(ADDR0) && 512 <= analogRead(ADDR1) && 512 <= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 0, 1, 1, 0]");
digitalWrite(IM0, HIGH);
digitalWrite(IM1, LOW);
digitalWrite(IM2, HIGH);
digitalWrite(IM3, LOW);
digitalWrite(IM4, HIGH);
digitalWrite(INST0, LOW);
digitalWrite(INST1, LOW);
digitalWrite(INST2, LOW);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 <= analogRead(ADDR0) && 512 <= analogRead(ADDR1) && 512 <= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 0, 1, 1, 1]");
digitalWrite(IM0, HIGH);
digitalWrite(IM1, LOW);
digitalWrite(IM2, HIGH);
digitalWrite(IM3, HIGH);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, LOW);
digitalWrite(INST2, LOW);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 >= analogRead(ADDR0) && 512 >= analogRead(ADDR1) && 512 >= analogRead(ADDR2) && 512 <= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 1, 0, 0, 0]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, HIGH);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 <= analogRead(ADDR0) && 512 >= analogRead(ADDR1) && 512 >= analogRead(ADDR2) && 512 <= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 1, 0, 0, 1]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, LOW);
digitalWrite(INST3, HIGH);
digitalWrite(INST4, LOW);
}
if ( 512 >= analogRead(ADDR0) && 512 <= analogRead(ADDR1) && 512 >= analogRead(ADDR2) && 512 <= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 1, 0, 1, 0]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, LOW);
digitalWrite(INST1, LOW);
digitalWrite(INST2, HIGH);
digitalWrite(INST3, LOW);
digitalWrite(INST4, HIGH);
}
if ( 512 <= analogRead(ADDR0) && 512 <= analogRead(ADDR1) && 512 >= analogRead(ADDR2) && 512 <= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 1, 0, 1, 1]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, LOW);
digitalWrite(INST2, HIGH);
digitalWrite(INST3, LOW);
digitalWrite(INST4, HIGH);
}
if ( 512 >= analogRead(ADDR0) && 512 >= analogRead(ADDR1) && 512 <= analogRead(ADDR2) && 512 <= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 1, 1, 0, 0]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, HIGH);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 <= analogRead(ADDR0) && 512 >= analogRead(ADDR1) && 512 <= analogRead(ADDR2) && 512 <= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 1, 1, 0, 1]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, LOW);
digitalWrite(INST3, HIGH);
digitalWrite(INST4, LOW);
}
if ( 512 >= analogRead(ADDR0) && 512 <= analogRead(ADDR1) && 512 <= analogRead(ADDR2) && 512 <= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 1, 1, 1, 0]");
digitalWrite(IM0, HIGH);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, LOW);
digitalWrite(INST1, LOW);
digitalWrite(INST2, HIGH);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 <= analogRead(ADDR0) && 512 <= analogRead(ADDR1) && 512 <= analogRead(ADDR2) && 512 <= analogRead(ADDR3) && 512 >= analogRead(ADDR4) ) {
Serial.println("ADDR[0, 1, 1, 1, 1]");
digitalWrite(IM0, HIGH);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, LOW);
digitalWrite(INST2, LOW);
digitalWrite(INST3, HIGH);
digitalWrite(INST4, LOW);
}
if ( 512 >= analogRead(ADDR0) && 512 >= analogRead(ADDR1) && 512 >= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 <= analogRead(ADDR4) ) {
Serial.println("ADDR[1, 0, 0, 0, 0]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, HIGH);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 <= analogRead(ADDR0) && 512 >= analogRead(ADDR1) && 512 >= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 <= analogRead(ADDR4) ) {
Serial.println("ADDR[1, 0, 0, 0, 1]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, LOW);
digitalWrite(INST3, HIGH);
digitalWrite(INST4, LOW);
}
if ( 512 >= analogRead(ADDR0) && 512 <= analogRead(ADDR1) && 512 >= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 <= analogRead(ADDR4) ) {
Serial.println("ADDR[1, 0, 0, 1, 0]");
digitalWrite(IM0, HIGH);
digitalWrite(IM1, LOW);
digitalWrite(IM2, HIGH);
digitalWrite(IM3, LOW);
digitalWrite(IM4, HIGH);
digitalWrite(INST0, LOW);
digitalWrite(INST1, LOW);
digitalWrite(INST2, HIGH);
digitalWrite(INST3, HIGH);
digitalWrite(INST4, LOW);
}
if ( 512 <= analogRead(ADDR0) && 512 <= analogRead(ADDR1) && 512 >= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 <= analogRead(ADDR4) ) {
Serial.println("ADDR[1, 0, 0, 1, 1]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, HIGH);
digitalWrite(IM3, HIGH);
digitalWrite(IM4, HIGH);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, LOW);
digitalWrite(INST2, LOW);
digitalWrite(INST3, LOW);
digitalWrite(INST4, HIGH);
}
if ( 512 >= analogRead(ADDR0) && 512 >= analogRead(ADDR1) && 512 <= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 <= analogRead(ADDR4) ) {
Serial.println("ADDR[1, 0, 1, 0, 0]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, HIGH);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
if ( 512 <= analogRead(ADDR0) && 512 >= analogRead(ADDR1) && 512 <= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 <= analogRead(ADDR4) ) {
Serial.println("ADDR[1, 0, 1, 0, 1]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, HIGH);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, LOW);
digitalWrite(INST3, HIGH);
digitalWrite(INST4, LOW);
}
if ( 512 >= analogRead(ADDR0) && 512 <= analogRead(ADDR1) && 512 <= analogRead(ADDR2) && 512 >= analogRead(ADDR3) && 512 <= analogRead(ADDR4) ) {
Serial.println("ADDR[1, 0, 1, 1, 0]");
digitalWrite(IM0, LOW);
digitalWrite(IM1, LOW);
digitalWrite(IM2, LOW);
digitalWrite(IM3, LOW);
digitalWrite(IM4, LOW);
digitalWrite(INST0, LOW);
digitalWrite(INST1, HIGH);
digitalWrite(INST2, LOW);
digitalWrite(INST3, LOW);
digitalWrite(INST4, LOW);
}
delay(100);
digitalWrite(CLK, LOW);
digitalWrite(CLK, HIGH);
delay(200);
digitalWrite(CLK, LOW);
delay(100);
}
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