条件分岐のコード

# 条件分岐のコード ```c= int checkviewRow(int i, int j, int num) { int row1left; int row2left; int row3left; int row4left; int row1right; int row2right; int row3right; int row4right; if (j = 1) { if (row1left == 4 && row1right == 1) return (checkA41(i, j, num)); if (row1left == 3 && row1right == 2) return (checkA32(i, j, num)); if (row1left == 3 && row1right == 1) return (checkA31(i, j, num)); if (row1left == 2 && row1right == 3) return (checkA23(i, j, num)); if (row1left == 2 && row1right == 2) return (checkA22(i, j, num)); if (row1left == 2 && row1right == 1) return (checkA21(i, j, num)); if (row1left == 1 && row1right == 4) return (checkA14(i, j, num)); if (row1left == 1 && row1right == 3) return (checkA13(i, j, num)); if (row1left == 1 && row1right == 2) return (checkA12(i, j, num)); } if (j = 2) { if (row2left == 4 && row2right == 1) return (checkA41(i, j, num)); if (row2left == 3 && row2right == 2) return (checkA32(i, j, num)); if (row2left == 3 && row2right == 1) return (checkA31(i, j, num)); if (row2left == 2 && row2right == 3) return (checkA23(i, j, num)); if (row2left == 2 && row2right == 2) return (checkA22(i, j, num)); if (row2left == 2 && row2right == 1) return (checkA21(i, j, num)); if (row2left == 1 && row2right == 4) return (checkA14(i, j, num)); if (row2left == 1 && row2right == 3) return (checkA13(i, j, num)); if (row2left == 1 && row2right == 2) return (checkA12(i, j, num)); } if (j = 3) { if (row3left == 4 && row3right == 1) return (checkA41(i, j, num)); if (row3left == 3 && row3right == 2) return (checkA32(i, j, num)); if (row3left == 3 && row3right == 1) return (checkA31(i, j, num)); if (row3left == 2 && row3right == 3) return (checkA23(i, j, num)); if (row3left == 2 && row3right == 2) return (checkA22(i, j, num)); if (row3left == 2 && row3right == 1) return (checkA21(i, j, num)); if (row3left == 1 && row3right == 4) return (checkA14(i, j, num)); if (row3left == 1 && row3right == 3) return (checkA13(i, j, num)); if (row3left == 1 && row3right == 2) return (checkA12(i, j, num)); } if (j = 4) { if (row4left == 4 && row4right == 1) return (checkA41(i, j, num)); if (row4left == 3 && row4right == 2) retrun (checkA32(i, j, num)); if (row4left == 3 && row4right == 1) return (checkA31(i, j, num)); if (row4left == 2 && row4right == 3) return (checkA23(i, j, num)); if (row4left == 2 && row4right == 2) return (checkA22(i, j, num)); if (row4left == 2 && row4right == 1) return (checkA21(i, j, num)); if (row4left == 1 && row4right == 4) return (checkA14(i, j, num)); if (row4left == 1 && row4right == 3) return (checkA13(i, j, num)); if (row4left == 1 && row4right == 2) return (checkA12(i, j, num)); } } int checkviewCol(int i, int j, int num) { int col1up; int col2up; int col3up; int col4up; int col1down; int col2down; int col3down; int col4down; if (i = 1) { if (col1up == 4 && col1down == 1) return (checkA41(i, j, num)); if (col1up == 3 && col1down == 2) return (checkA32(i, j, num)); if (col1up == 3 && col1down == 1) return (checkA31(i, j, num)); if (col1up == 2 && col1down == 3) return (checkA23(i, j, num)); if (col1up == 2 && col1down == 2) return (checkA22(i, j, num)); if (col1up == 2 && col1down == 1) return (checkA21(i, j, num)); if (col1up == 1 && col1down == 4) return (checkA14(i, j, num)); if (col1up == 1 && col1down == 3) return (checkA13(i, j, num)); if (col1up == 1 && col1down == 2) return (checkA12(i, j, num)); } if (i = 2) { if (col2up == 4 && col2down == 1) return (checkA41(i, j, num)); if (col2up == 3 && col2down == 2) return (checkA32(i, j, num)); if (col2up == 3 && col2down == 1) return (checkA31(i, j, num)); if (col2up == 2 && col2down == 3) return (checkA23(i, j, num)); if (col2up == 2 && col2down == 2) return (checkA22(i, j, num)); if (col2up == 2 && col2down == 1) return (checkA21(i, j, num)); if (col2up == 1 && col2down == 4) return (checkA14(i, j, num)); if (col2up == 1 && col2down == 3) return (checkA13(i, j, num)); if (col2up == 1 && col2down == 2) return (checkA12(i, j, num)); } if (i = 3) { if (col3up == 4 && col3down == 1) return (checkA41(i, j, num)); if (col3up == 3 && col3down == 2) return (checkA32(i, j, num)); if (col3up == 3 && col3down == 1) return (checkA31(i, j, num)); if (col3up == 2 && col3down == 3) return (checkA23(i, j, num)); if (col3up == 2 && col3down == 2) return (checkA22(i, j, num)); if (col3up == 2 && col3down == 1) return (checkA21(i, j, num)); if (col3up == 1 && col3down == 4) return (checkA14(i, j, num)); if (col3up == 1 && col3down == 3) return (checkA13(i, j, num)); if (col3up == 1 && col3down == 2) return (checkA12(i, j, num)); } if (i = 4) { if (col4up == 4 && col4down == 1) return (checkA41(i, j, num)); if (col4up == 3 && col4down == 2) retrun (checkA32(i, j, num)); if (col4up == 3 && col4down == 1) return (checkA31(i, j, num)); if (col4up == 2 && col4down == 3) return (checkA23(i, j, num)); if (col4up == 2 && col4down == 2) return (checkA22(i, j, num)); if (col4up == 2 && col4down == 1) return (checkA21(i, j, num)); if (col4up == 1 && col4down == 4) return (checkA14(i, j, num)); if (col4up == 1 && col4down == 3) return (checkA13(i, j, num)); if (col4up == 1 && col4down == 2) return (checkA12(i, j, num)); } } int checkA14(int i, int j, int num); //左が1、右が4のパターン||上が1、下が4のパターン { if (j == 1 && num != 1) //左が1、右が4のパターン return (0); return (1); if (j == 2 && num != 2) return (0); return (1); if (j == 3 && num != 3) return (0); return (1); if (j == 4 && num != 4) return (0); if (i == 1 && num != 4) //上が1、下が4のパターン return (0); if (i == 2 && num != 3) return (0); if (i == 3 && num != 2) return (0); if (i == 4 && num != 1) return (0); return (1); } int checkA41(int i, int j, int num); //左が4、右が1のパターン||上が4、下が1のパターン { if (j == 1 && num != 4)//左が4、右が1のパターン return (0); return (1); if (j == 2 && num != 3) return (0); return (1); if (j == 3 && num != 2) return (0); return (1); if (j == 4 && num != 1) return (0); if (i == 1 && num != 1) //上が4、下が1のパターン return (0); if (i == 2 && num != 2) return (0); if (i == 3 && num != 3) return (0); if (i == 4 && num != 4) return (0); return (1); } int checkA12(int i, int j, int num); //左が1、右が2のパターン||上が1、下が2のパターン { if (j == 1 && num != 4)//左が1、右が2のパターン return (0); return (1); if (j == 4 && num != 3) return (0); if (i == 1 && num != 4)//上が1、下が2のパターン return (0); return (1); if (i == 4 && num != 3) return (0); return (1); } int chekA21(int i, int j, int num); //左が2、右が1のパターン||上が2、下が1のパターン { if (j == 1 && num != 3)//左が2、右が1のパターン return (0); if (j == 4 && num != 4) return (0); if (i == 1 && num != 3) //上が2、下が1のパターン return (0); return (1); if (i == 4 && num != 4) return (0); return (1); } int chekA13(int i, int j, int num); //左が1、右が3のパターン||上が1、下が3のパターン { if (j == 1 && num != 4)//左が1、右が3のパターン return (0); if (i == 1 && num != 4)//上が1、下が3のパターン return (0); return (1); } int chekA31(int i, int j, int num); //左が3、右が1のパターン||上が3、下が1のパターン { if (j == 4 && num != 4)//左が3、右が1のパターン return (0); if (i == 4 && num != 4)//上が3、下が1のパターン return (0); return (1); } int checkA23(int i, int j, int num); //左が2、右が3のパターン||上が3、下が1のパターン { if (j == 2 && num != 4)//上が2、下が3のパターン return (0); if (i == 2 && num != 4)//左が2、右が3のパターン return (0); return (1); } int checkA23(int i, int j, int num); //左が3、右が2のパターン||上が3、下が2のパターン { if (j == 3 && num != 4)//左が3、右が2のパターン return (0); if (i == 3 && num != 4)//上が3、下が2のパターン return (0); return (1); } ```

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