【文章內(nèi)容簡介】 0 And wd = 0 Then wd = 0 ElseIf wd 0 Then wd = wd Ed End If If pe 0 And pe r = wum wu Then wu = pe r + wu wl = wl wd = wd ElseIf pe 0 And pe r wum wu And (pe r (wum wu) = (wlm wl)) Then wl = wl + pe r (wum wu) wu = wum wd = wd ElseIf pe 0 And pe r wum wu And (pe r (wum wu) (wlm wl)) And ((pe r (wum wu) (wlm wl)) = (wdm wd)) Then wd = wd + pe r (wum wu) (wlm wl) wu = wum wl = wlm ElseIf pe 0 And pe r wum wu And (pe r (wum wu) (wlm wl)) And ((pe r (wum wu) (wlm wl)) (wdm wd)) Then wu = wum wl = wlm wd = wdm End If n = n + 1 Loop j = j + 1 39。包氣帶水量變化 Loop For j = 0 To 40 rt1(j) = CInt(rt1(j) * 10) / 10 wucha = (rt1(j) 946) * 100 / 946 kc = + j * KC= amp。 kc amp。 amp。 R= amp。 rt1(j) amp。 amp。 相對誤差 amp。 wucha amp。 % Next j End Sub Private Sub Command2_Click()Dim TT() As String, () As Single, EE() As Single, pp As Single, pp1() As Single, pp2() As Single, pp3() As Single, pp4() As SingleDim i As Integer i = 0 Open d:\VB\ For Input As 8 Do Until EOF(8) Line Input 8, NextLine i = i + 1 ReDim Preserve (i) (i) = Val(NextLine) Loop Close 8 i = 0 Open d:\VB\ For Input As 9 Do Until EOF(9) Line Input 9, NextLine i = i + 1 ReDim Preserve EE(i) EE(i) = Val(NextLine) Loop Close 9 i = 0 Open d:\VB\ For Input As 10 Do Until EOF(10) Line Input 10, NextLine i = i + 1 ReDim Preserve pp1(i) pp1(i) = Val(NextLine) Loop Close 10 i = 0 Open d:\VB\ For Input As 11 Do Until EOF(11) Line Input 11, NextLine i = i + 1 ReDim Preserve pp2(i) pp2(i) = Val(NextLine) Loop Close 11 i = 0 Open d:\VB\ For Input As 12 Do Until EOF(12) Line Input 12, NextLine i = i + 1 ReDim Preserve pp3(i) pp3(i) = Val(NextLine) Loop Close 12 i = 0 Open d:\VB\ For Input As 13 Do Until EOF(13) Line Input 13, NextLine i = i + 1 ReDim Preserve pp4(i) pp4(i) = Val(NextLine) Loop Close 13Dim kc As Single, pe As Single, r As Single, rs As Single, rg As Single, Ep As Single, Eu As Single, El As Single, Ed As Single, et As Single, n As Integer, wu As Single, wl As Single, wd As Single, wm As Single, wum As Integer, wlm As Integer, wdm As IntegerDim fc As Single, B As Single, C As Single, IM As Single, j As IntegerDim wucha As Single IM = fc = 22 B = C = wu = 10 wl = 40 wd = 60 wum = 20 wlm = 60 wdm = 60 wm = wum + wlm + wdm WMM = wm * (B + 1) j = 0 Do While kc = kc = + * j n = 1 ReDim Preserve rt2(j) rt2(j) = 0 Do While n = i W = wu + wd + wl a = WMM * (1 (1 W / wm) ^ (1 / (B + 1))) p = * pp1(n) + * pp2(n) + * pp3(n) + * pp4(n) Ep = kc * EE(n) If (wu + p) = Ep Then Eu = Ep El = 0 Ed = 0 ElseIf (wu + p) Ep And wl = wlm * C Then Eu = wu + p El = (Ep Eu) * wl / wlm Ed = 0 ElseIf (wu + p) Ep And wl wlm * C And wl = C * (Ep Eu) Then Eu = wu + p El = (Ep Eu) * C Ed = 0 ElseIf (wu + p) Ep And wl C * (Ep Eu) Then Eu = wu + p El = wl Ed = C * (Ep Eu) El End If et = Eu + El + Ed pe = p et If pe = 0 Then r = 0 ElseIf pe 0 And (pe + a) = WMM Then r = pe wm * (1 a / WMM) ^ (B + 1) + wm * (1 (pe + a) / WMM) ^ (B + 1) ElseIf pe 0 And (pe + a) WMM Then r = pe wm + W End If rt2(j) = rt2(j) + r If r 0 Then If pe = fc Then rg = fc * r / pe rd = (pe fc) * r / pe ElseIf pe = 0 And pe fc Then rg = pe * r / pe rd = 0 End If Else rg = 0