Математическое моделирование в литейном производстве. Черный А.А. - 131 стр.

1670 S = 0: O(13) = 0: FOR J = 1 TO X: S = S + V(J) * Y(J)
1680 O(13) = O(13) + V(J) ^ 2: NEXT J: B(13) = S / O(13): S = 0: O(14)
=0
1690 FOR J = 1 TO X: S = S + I(J) * V(J) * Y(J): O(14) = O(14) + (I(J)
* V(J)) ^ 2
1700 NEXT J: B(14) = S / O(14): S = 0: O(15) = 0: FOR J = 1 TO X
1710 S = S + K(J) * V(J) * Y(J): O(15) = O(15) + (K(J) * V(J)) ^ 2:
NEXT J
1720 B(15) = S / O(15): IF X = 15 GOTO 2390
1730 S = 0: O(16) = 0: FOR J = 1 TO X: S = S + L(J) * Y(J): O(16) =
O(16) + L(J) ^ 2
1740 NEXT J: B(16) = S / O(16): S = 0: O(17) = 0: FOR J = 1 TO X
1750 S = S + P(J) * L(J) * Y(J): O(17) = O(17) + (P(J) * L(J)) ^ 2:
NEXT J
1760 B(17) = S / O(17): S = 0: O(18) = 0: FOR J = 1 TO X
1770 S = S + Q(J) * L(J) * Y(J): O(18) = O(18) + (Q(J) * L(J)) ^ 2:
NEXT J
1780 B(18) = S / O(18): S = 0: O(19) = 0: FOR J = 1 TO X
1790 S = S + L(J) * U(J) * Y(J): O(19) = O(19) + (L(J) * U(J)) ^ 2:
NEXT J
1800 B(19) = S / O(19): S = 0: O(20) = 0: FOR J = 1 TO X
1810 S = S + L(J) * V(J) * Y(J): O(20) = O(20) + (L(J) * V(J)) ^ 2:
NEXT J
1820 B(20) = S / O(20): IF X = 20 GOTO 2390
1830 S = 0: O(21) = 0: FOR J = 1 TO X: S = S + M(J) * Y(J)
1840 O(21) = O(21) + M(J) ^ 2: NEXT J: B(21) = S / O(21): S = 0:
O(22) = 0
1850 FOR J = 1 TO X: S = S + P(J) * M(J) * Y(J): O(22) = O(22) + (P(J)
* M(J)) ^ 2
1860 NEXT J: B(22) = S / O(22): S = 0: O(23) = 0: FOR J = 1 TO X
1870 S = S + Q(J) * M(J) * Y(J): O(23) = O(23) + (Q(J) * M(J)) ^ 2:
NEXT J
1880 B(23) = S / O(23): S = 0: O(24) = 0: FOR J = 1 TO X: S = S + U(J)
* M(J) * Y(J)
1890 O(24) = O(24) + (U(J) * M(J)) ^ 2: NEXT J: B(24) = S / O(24): S =
0
1900 O(25) = 0: FOR J = 1 TO X: S = S + M(J) * V(J) * Y(J)
1910 O(25) = O(25) + (M(J) * V(J)) ^ 2: NEXT J: B(25) = S / O(25)
1920 IF X = 25 GOTO 2390
1930 S = 0: O(13) = 0: FOR J = 1 TO X: S = S + L(J) * Y(J): O(13) =
O(13) + L(J) ^ 2
1940 NEXT J: B(13) = S / O(13): S = 0: O(14) = 0: FOR J = 1 TO X



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