求助：齿轮二次开发

nieyibiao

各位大虾，我是初学者，能否为我提供VBA编的齿轮程序，本人不胜感激。

psulfnpsulfn

不算简单，也不难，有本新编机械设计手册就行了。

gzy

我有啊 ，与我联系guanzhangyang@etang.com

gzy

Private Sub CommandButton1_Click()
z = TextBox1.Text
m = TextBox2.Text
h = TextBox3.Text
d1 = TextBox4.Text
c = TextBox5.Text
ThisDrawing.SendCommand "filedia -"
Open "zc.scr" For Output As #1
Call jb
Call zc
Call hq
Close #1
UserForm1.hide
ThisDrawing.SendCommand "script zc" + Chr$(13)
End Sub
Sub jb() '基本约定
Print #1, "filedia"
Print #1, "0"
Print #1, "snap"
Print #1, "off"
Print #1, "osnap"
Print #1, "off"
Print #1, "grid"
Print #1, "off"
Print #1, "ortho"
Print #1, "off"
Print #1, "osnapcoord"
Print #1, "1"
Print #1, "trackpath"
Print #1, "3"
Print #1, "blipmode"
Print #1, "off"

'基本设置
Print #1, "layer"
Print #1, "m"
Print #1, "0"
Print #1, "l"
Print #1, "centerx2"
Print #1, ""
Print #1, "color"
Print #1, "1"
Print #1, ""
Print #1, ""
Print #1, "layer"
Print #1, "m"
Print #1, "1"
Print #1, "l"
Print #1, "dashed"
Print #1, ""
Print #1, "color"
Print #1, "2"
Print #1, ""
Print #1, ""
Print #1, "layer"
Print #1, "m"
Print #1, "2"
Print #1, "l"
Print #1, "coutinuous"
Print #1, ""
Print #1, "color"
Print #1, "5"
Print #1, ""
Print #1, ""
Print #1, "layer"
Print #1, "m"
Print #1, "3"
Print #1, "l"
Print #1, "coutinuous"
Print #1, ""
Print #1, "color"
Print #1, "7"
Print #1, ""
Print #1, ""
Print #1, "layer"
Print #1, "m"
Print #1, "4"
Print #1, "l"
Print #1, "coutinuous"
Print #1, ""
Print #1, "color"
Print #1, "7"
Print #1, ""
Print #1, ""
End Sub
Sub zc()
pi = 3.1415926
con = pi / 180
aha = 20 * com
r = z * m / 2
rb = r * Cos(aha)
ra = r + m
rf = r - 1.25 * m
s = pi * m / 2
Print #1, "pline"
rr$ = LTrim$(Str$(ra))
Print #1, rr$; ",0"
sitaa = sita(ra)
rt = (ra - rb) / 20
For i = 1 To 20
rk = ra - rt * i
sitak = sita(rk)
sitak = sitaa - sitak
ri$ = LTrim$(Str$(rk))
sitai$ = LTrim$(Str$(sitak / con))
Print #1, ri$; "<"; sitai$
Next i

'齿根
pb = pi * m * Cos(aha)
sitar = sita(r)
sitab = sita(rb)
sb = s * rb / r - 2 * rb * (sitab - sitar)
phab = sb / rb
pha1 = (2 * pi / z - phab)
ri$ = LTrim$(Str$(rf + 2))
sitai$ = LTrim$(Str$((sitaa + pha1 / 10) / con))
Print #1, ri$; "<"; sitai$
ri$ = LTrim$(Str$(rf + 1))
sitai$ = LTrim$(Str$((sitaa + 2 * pha1 / 10) / con))
Print #1, ri$; "<"; sitai$
ri$ = LTrim$(Str$(rf))
ang$ = LTrim$(Str$(pha1 * 6 / 10 / con))
Print #1, "a"
Print #1, "ce"
Print #1, "0,0"
Print #1, "a"
Print #1, "ang$"
'齿廓另一侧
Print #1, "l"
ri$ = LTrim$(Str$(rf + 1))
sitai$ = LTrim$(Str$((sitaa + pha1 * 9 / 10) / con))
Print #1, ri$; "<"; sitai$
ri$ = LTrim$(Str$(rf + 2))
sitai$ = LTrim$(Str$((sitaa + pha1) / con))
Print #1, ri$; "<"; sitai$
pha2 = sitak + pha1
For i = 1 To 20
rk = rb + rk * i
sitak = sita(rk)
sitak = pha2 + sitak
ri$ = LTrim$(Str$(rk))
sitai$ = LTrim$(Str$(sitak / con))
Print #1, ri$; "<"; sitai$
Next i

'齿顶
sitaa = sita(ra)
sa = s * ra / r - 2 * ra * (sitaa - sitar)
phaa = sa / ra
ang$ = LTrim$(Str$(phaa / con))
Print #1, "a"
Print #1, "ce"
Print #1, "0,0"
Print #1, "a"
Print #1, "ang$"
Print #1, ""
'轮齿阵列
Print #1, "array"
Print #1, "0,0"
Print #1, rr$; ","; rr$
Print #1, ""
Print #1, "p"
Print #1, "0,0"
zz$ = LTrim$(z)
Print #1, zz$
Print #1, ""
Print #1, ""
'齿廓边界
Print #1, "zoom"
Print #1, "a"
Print #1, "boundary"
Print #1, "a"
Print #1, "b"
Print #1, "n"
Print #1, "-"; rr$; ",-"; rr$
Print #1, rr$; ","; rr$
Print #1, ""
Print #1, ""
Print #1, "0,0"
Print #1, ""
'棉域化
Print #1, "region"
Print #1, rr$; ",0"
Print #1, ""
'拉伸
Print #1, "extrude"
Print #1, rr$; ",0"
Print #1, ""
hh$ = LTrim$(h)
Print #1, hh$
Print #1, ""
'画轮抽两端
Print #1, "cylinder"
dd1$ = LTrim$(2 * d1)
Print #1, "0,0,-"; dd1$
dd1$ = LTrim$(d1)
Print #1, dd1$
dd1$ = LTrim$(4 * d1 + h)
Print #1, dd1$
Print #1, "cylinder"
dd1$ = LTrim$(10)
Print #1, "0,0,-"; dd1$
dd1$ = LTrim$(1.2 * d1)
Print #1, dd1$
dd1$ = LTrim$(h + 20)
Print #1, dd1$
End Sub

Public Sub hq()
Print #1, "shademood"
Print #1, "g"
Print #1, "ucsicon"
Print #1, "off"
Print #1, "view"
Print #1, "swiso"
i = 0.5
pi = 3.1415926
Do While i < 180
  Print #1, "camera"
  a = LTrim$(600 * Sin(i * 180 / pi))
  b = LTrim$(600 * Cos(i * 180 / pi))
Print #1, a; ","; b; ","; "120"
Print #1, "0,0,0"
i = i + 0.5
Loop
End Sub

Function sita(rb, rk)
Dim rk As Double
rk = 0.1
ahak = Atn(Sqr(1 - (rb / rk) * (rb / rk)) / (rb / rk))
sita = Tan(ahak) - ahak
End Function

Private Sub UserForm_Click()

End Sub