【正文】 ) = CInt(σHlim1) = CInt(σFE1)End Sub模塊里的程序：齒輪gear1：Public Sub gear1()If = True Then da = da1df = df1bb = b1End If…………………………………………If ( * mn) (Int( * mn)) Then dj = Int( * mn) + Else dj = Int( * mn)End IfDim r As Doubler = 5………………………………Dim utilobj As VariantOn Error Resume Nextins(0) = inpt(0) + length * 10 / 17: ins(1) = inpt(1) + width * 6 / 10: ins(2) = 0 = TrueSet layercen = (layercen)……………………………… = acBlue……………………………… = acLnWt009 = acLnWt009 = acLnWt020 = acLnWt013 CENTER2, Solid line , = CENTER2 = Solid line = Solid line = solid linecenp(0) = ins(0): cenp(1) = ins(1): cenp(2) = 0uenp(0) = cenp(0): uenp(1) = cenp(1) + da / 2 + 10: uenp(2) = 0denp(0) = cenp(0): denp(1) = cenp(1) da / 2 10: denp(2) = 0lenp(0) = cenp(0) da / 2 10: lenp(1) = cenp(1): lenp(2) = 0renp(0) = cenp(0) + da / 2 + 10: renp(1) = cenp(1): renp(2) = 0llenp(0) = cenp(0) da / 2 50 bb: llenp(1) = cenp(1): llenp(2) = 0rrenp(0) = cenp(0) da / 2 30: rrenp(1) = cenp(1): rrenp(2) = 0ddenp(0) = cenp(0) da / 2 40 bb / 2: ddenp(1) = denp(1): ddenp(2) = 0uuenp(0) = ddenp(0): uuenp(1) = uenp(1): uuenp(2) = 0zstp(0) = cenp(0) da / 2 bb 40: zstp(1) = cenp(1): zstp(2) = 0Set utilobj = cp, vbDouble, cenp(0), cenp(1), 0……………………………………………… = layercen Set cline1 = (ucp, dcp)……………………………………………… = 20 = 20 = 20 = 20If = True Then Set circled1 = (cp, d1 / 2)If = True Then Set circled1 = (cp, d2 / 2) = 20 = layergear Set circleda = (cp, da / 2)Set circledf = (cp, df / 2)lgujcp(0) = cenp(0) jcb / 2: lgujcp(1) = cenp(1) + Sqr(dd * dd / 4 jcb * jcb / 4): lgujcp(2) = lgujcp(0): lgujcp(3) = cenp(1) + dd / 2 + jct1lgujcp(4) = cenp(0) + jcb / 2: lgujcp(5) = lgujcp(3): lgujcp(6) = lgujcp(4): lgujcp(7) = lgujcp(1)Set lgujc = (lgujcp)lgucenp(0) = cenp(0): lgucenp(1) = cenp(1): lgucenp(2) = 0x1 = jcb / ddarcsin = Atn(x1 / Sqr(x1 * x1 + 1))angle1(0) = 3 / 2 * pi + arcsin: angle1(1) = 1 / 2 * pi arcsinx2 = Atn((jcb / 2) / (Sqr(dd * dd / 4 jcb * jcb / 4) + dj))angle2(0) = 3 / 2 * pi + Atn(x2): angle2(1) = 1 / 2 * pi Atn(x2)Set lguarc1 = (lgucenp, dd / 2, angle1(0), angle1(1))Set lguarc2 = (lgucenp, dd / 2 + dj, angle2(0), angle2(1))Dim zstline1 As AcadLWPolylineDim zstp1(15) As Doublezstp1(0) = zstp(0): zstp1(1) = zstp(1) + da / 2 dj: zstp1(2) = zstp(0) + dj: zstp1(3) = zstp(1) + da / 2zstp1(4) = zstp(0) + bb dj: zstp1(5) = zstp1(3): zstp1(6) = zstp1(0) + bb: zstp1(7) = zstp1(1)zstp1(8) = zstp1(6): zstp1(9) = zstp(1) da / 2 + dj: zstp1(10) = zstp1(4): zstp1(11) = zstp(1) da / 2zstp1(12) = zstp1(2): zstp1(13) = zstp1(11): zstp1(14) = zstp1(0): zstp1(15) = zstp1(9)Set zstline1 = (zstp1) = TrueDim fduline1 As AcadLine, fduline2 As AcadLineDim fdup(3) As DoubleIf = True Thenfdup(0) = zstp(0) 10: fdup(1) = zstp(0) + bb + 10fdup(2) = zstp(1) + d1 / 2: fdup(3) = zstp(1) d1 / 2End IfIf = True Thenfdup(0) = zstp(0) 10: fdup(1) = zstp(0) + bb + 10fdup(2) = zstp(1) + d2 / 2: fdup(3) = zstp(1) d2 / 2End If fdup02, vbDouble, fdup(0), fdup(2), 0 fdup12, vbDouble, fdup(1), fdup(2), 0 fdup03, vbDouble, fdup(0), fdup(3), 0 fdup13, vbDouble, fdup(1), fdup(3), 0 = layercen Set fduline1 = (fdup02, fdup12)Set fduline2 = (fdup03, fdup13) = 20 = 20 = layergear ………………………………………………stanpoint(0) = zstp(0) 3: stanpoint(1) = zstp(1) + dd / 2 + jct1: stanpoint(2) = 0etanpoint(0) = zstp(0) + bb: etanpoint(1) = stanpoint(1) + 1: etanpoint(2) = 0Set splineobj = (vetpoint, stanpoint, etanpoint)Set wpline1 = (vetp1, vetp2)Set wpline2 = (vetp3, vetp4) = layergear Dim podpline As AcadLWPolylineDim podp(7) As Doublepodp(0) = zstp(0): podp(1) = vetpoint(1): podp(2) = zstp(0): podp(3) = zstp(1) + dd / 2 + jct1podp(4) = zstp(0) + bb: podp(5) = podp(3): podp(6) = podp(4): podp(7) = vetpoint(13)Set podpline = (podp)………………………………………………poup(0) = zstp(0) + dj: poup(1) = zstp(1) dd / 2: poup(2) = zstp(0): poup(3) = poup(1) djpoup(4) = zstp(0): poup(5) = zstp(1) df / 2: poup(6) = zstp(0) + bb: poup(7) = poup(5)poup(8) = poup(6): poup(9) = poup(3): poup(10) = poup(6) dj: poup(11) = poup(1)Set poupline = (poup) = True……………………………………lgu(0) = zstp(0): lgu(1) = zstp(1) + Sqr(dd * dd / 4 jcb * jcb / 4) + dj: lgu(2) = zstp(0) + dj: lgu(3) = zstp(1) + Sqr(dd * dd / 4 jcb * jcb / 4)lgu(4) = zstp(0) + bb dj: lgu(5) = lgu(3): lgu(6) = zstp(0) + bb: lgu(7) = lgu(1)Set jianchaoline = (lgu) lgu11, vbDouble, lgu(2), lgu(3), 0 lgu12, vbDouble, lgu(4), lgu(5), 0 lgu21, vbDouble, poup(0), poup(1), 0 lgu22, vbDouble, poup(10), poup(11), 0Set lgudjline1 = (lgu11, lgu21)Set lgudjline2 = (lgu12, lgu22)Dim lxx(1) As Double, lxy(5) As DoubleDim lxline1 As AcadLine, lxline2 As AcadLine, lxline3 As AcadLine, lxline4 As AcadLine, lxline5 _As AcadLine, lxline6 As AcadLinelxx(0) = zstp(0): lxx(1) = zstp(0) + bblxy(0) = zstp(1) + dd / 2 + jct1 + 2: lxy(1) = lxy(0) + : lxy(2) = lxy(0) + 1lxy(3) = lxy(0) + bb * Sin(β): lxy(4) = lxy(3) + : lxy(5) = lxy(3) + 1 lx00, vbDouble, lxx(0), lxy(0), 0 = layerpou …………………………………… patternname = ANSI31 patterntype = 0 patternsp = d1 / 60 Set polyobj1(0) = podpline Set polyobj1(1) = splineobj Set hatchobj1 = (patterntype, patternname, True) (polyobj1) = patternsp Set polyobj2(0) = poupline Set hatchobj2 = (patterntype, patternname, True) (polyobj2) = patternspDim leaderdimobj As AcadLeaderDim leadpt(8) As DoubleDim leaddimtype As IntegerDim leaddimtext As AcadObjectleadpt(0) = zstp(0) + 10: leadpt(1) = zstp(1) + da / 2: leadpt(2) = 0leadpt(3) = zstp(0) + 10: leadpt(4) = zstp(1) + da / 2 + 20: leadpt(5) = 0leadpt(6) = zstp(0) + 20: leadpt(7) = zstp(1) + da / 2 + 20: leadpt(8) = 0leaddimtype = acLineWithArrow = 30Set leaddimtext = NullSet leaderdimobj = (leadp