请教ACAD命令Offse命令实现的代码
本帖最后由 highflybir 于 2020-9-16 09:31 编辑AutoCAD命令Offset输入后
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AyLtfJQ1f56jeb7mhu1Xa1ObI+FAfiJccRH8iQE76UT11jIJ98lIWu+XsUOOAzv/NezYzwet8e3zz2GYf6UQ/aOxPXYjMmz5c1WWMdweJolwQDunmntcs3Wvuva629+ueT9sqf2+5HW5MehoDNh0LLgqHoekWBXA4aVk/OwkK+PrWgkU0brolHWfxoE1oHPPX0V2X2rPGNz5ExIifOI7LImHf610ZvL+V6c/Kp7065PKgfl7lNJZvOnthsyEv65p50j/2HJTtxOP3nnR8FDnwveS5lrZx1Xr9FvnnPrTVqPMg7JxbPhjXdkbPnzHl97+IzbfT5zlPfb6+/8buz+pz6E4GJwBEQWLskXL58+cFPfw+r+Y348af3Edkqw0+xSz+tL/1fA08cTgtt4nCKAw03G/ERPsNzb+Lof5Jw7hGbCU4EHhMEvCT4k0b+acTVq1cfy0tCbfzHWr/77rvdtzJxOIXl24wD34XfyLwkdD+TVea8JKzCMzcnAk8mArdv3278dH2sJvw42yHPmzfjH2qJVzZxOAVj4hBFMae7EJiXhF1wTeGJwJODwK1btxr/+ul5vSyQF3+CsHRB8E1NHE6RmDhYEZPuQWD3JeHff/Yf938vgd9NmM/EYNbArIFZA7MGZg2c3xrYfUnglxfnMzGYNTBrYNbArIFZA+e/Bi780w/+uc1nYjBrYNbArIFZA7MGZg3UGrgwb4Ln/yY43/F8x7MGZg3MGpg1cEgN/A01tidpoThUrwAAAABJRU5ErkJggg==
有两种状态，即可以输入数字给定偏移距离，也可以用鼠标在图纸上选取
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hc3HOjYVGa3saannpNXi/CoFnUqlnY7JNv9rrXbqm/Gndd14ufvjIXv/f5buwxLMreld8zZYAwAG6mwNW9aXn9WyMs+/YO4w+/0I03jnbifdf0I5MHa6EGGJgtA4SBMAheDCTLwPLKKO69ZTws6vCDi7Fjp2FRmuRsm6R6v1NvwqBZJNssbNR3Nmoba3Hg3EH86ZcW4scvdeKGKw2LaiMDrjmtDCAMhIEwYCApBs4cjOLTd45PFZ65z7AoTTOtptnm9SAMmkVSzaLNm9G1r8a7zh/E955eiB++0ImrLjUsChNkISUGCANhIAwYSIaBt1+diyc+alhUSk3CayEtJxggDJpFMs3iBJQ+tjegLrvQqQL+28t/6mtPGAgDYcAABjCAAQwUMkAYQFIISerW6/W5I8MABjBQPQOEgTAQBgxgAAMYwEAhA4QBJIWQMPfqzb3pNc6GRd10sI81eYOBGjNAGGq8eE1vMq6vGaKSvTvjyw+Nh0VZ02asqXVs5zoSBsLA+DFQCQPZvIc7Do2HRX3zsW7s3eNtnTXadjbapqw7YdAsKmkWTdkgrmOygM/k4BuPdo9Plnz/tT3DouSMnGkAA4ShAYuoqU3W1NRt+nXLhkV9+KZevHVsLo4+vBg7dzlVwNn0OVPTrakpYSAMzB8DU2Fg/znD+OMnF+K1I524+WA/sl90FOxqgIHmMEAYNAuhjoFNMZANi/rU7eNhUV/7zFKcdfZoU8+nwTSnwVjLZq0lYdAshDsGJmbg1w4M4q+eWogfvdiJQ+9eiW6vWQGp4VlPDLzDAGHQLCZuFjbSOxupbbXoj0bx0Ae2RTYs6ksfX47hWU4V2saA623f/icMhIEwYGAiBv7u2fm4/CLDojTO9jXOtq45YdAsJmoWbd0wrvud5rAycqqAh3d4UIvm14IwEAbCgAEMYAADGChkgDCApBASdw7Nv3OwxtYYAxgoYoAwEAbCgAEMYAADGChkgDCApBCSIuv0eLPuTLJhUS8+sIgL2YABDJzEAGEAxElAaP7Nav4bWc9sWNTt1/TjjaOd+Nbj3di319s6b6R+vra9e6cta08YCANhwEDs2T2Mr3+uG28em4u7r+/F8orwb0sTcJ1YL8sAYdAsCEOLGcjE4J4be8dF4dgji7HLsCj7ocX7oWzjbOvXEQabQ0C2lIFz9w3jO0904/Ujnbj1KsOi2toEXLcThrIMEIaWNouygPi65oXJtsEoPnHbeFjUc/cvxfYd3oAJ583j3JpOf00JA2FwwtAiBi7YP4i/+OpC/OPhTlx7uWFRmsr0m4qaNremhKFFzcJGbu5GLlrb3nAUD9w1Hhb11U8ux8iwKKIs+zCwQQYIwwYLVhTMHm9vU0517S++YBB/88x8/OC5+bjyYsOiUl0nr0t2pM4AYSAMLLsFDDz268uxsup3FVIPZK+PNKTMAGFoQbNIGUCvTUBiAAMYqAcDhIEwOGHAAAYwgAEMFDJAGEBSCAn7r4f9WyfrhAEMVMkAYSAMhKHmDHgfBU2iyibhufF1ggHCUPNmcWIhfWzfpl7srx5/h8bsnRqtf/vW35pb81kzQBgIg2ZTQwaymQ/Z7IdsWFQ2C8KwKM1j1s3Dv9c+5ghDDZuFjdq+jXpizTMxuOv68bCobLpkNmXyxGM+tpcLa2/tZ8EAYSAMGk5NGNi3dxjferwbbxztxO3X9GOpLyRnEZL+DZxhYMwAYahJswBse0NreWUUH7l1PCzq8IOLsWOnUwX7ob37wdpv3doTBsLghCFhBg6cO4g/+/JC/PilTtxwRT+6va0LC0Gt9hhoNwOEIeFmYXO2d3Nmw6I+c+f4VOHp31iK1e3e1tl+aO9+sPZprD1hIAxOGBJj4KLzB/HXT8/HD1/oxHsuMSxKs0ijWVgH60AYEmsWNqVN+farc/HFjyzHwLAoMiufMJAQA4QhocUgC2QhY+DdFw5iwe8qaBSyCQOJMUAYElsQ0kAaMIABDGAgRQYIA2Fg8RjAAAYwgIFCBggDSAohSdF0vSZ3YBjAAAZmywBhIAyEYUYMZMOibj7YV+8Z1VszmW0zUe/m15swCC8NbAYM7Nw1jKMPL8Zbx+bUewb11rya37ys8ezXmDAILw2sQgayeQ/vv7YXP31lLr7xaDf27vG2zoJ+9kGv5mo+DQYIQ4XNYhoL5Dnqu9EzOfjmY93jsnDHoZ5hUfYaOcdArRkgDACuNcApClU2LOreW3rHf/zw8kOGRaW4Rl5TfUXc2m3d2hEGwkAYpsjAeecO4k+eXIjXXu7ETQf7kf2io4BTAwxgoAkMEIYpNosmAOEaJgu2MwejuO+O8bCoZ+5birPONiwKS5OxpG7qlioDhIEwuAPeJAMXHhjEd397If7hhU5cfemKEdSbrGeqYel1aeRtZ4AwCDfCMCED/dEoHv7gtsiGRT35seUYnuVUoe2B6vpJRZMZIAwTNosmQ+Hayofe3/6X+bjsXUZQY6Y8M2qlVnVlgDAQBicMGMAABjCAgUIGCANICiGpqw173e7kMIABDEyPAcJAGAgDBjCAAQxgoJABwgCSQkgY+vQMXS3VEgMYqCsDhIEwEIZ1GNixcxiHH1xUm3VqU9ew87o1agxsjgHCIBA1xTUMZMOi3ndNP9442ok//EI39u01LErIbi5k1U/9msIAYVjTLJqyqK5jsoDas3sYv/f58bCou64zLApHk3GkburWVAYIA2Fo/QnD8spq3HPjeFjUK48sxq5dThWaGniuSzPHwOQMEAbC0Gph2H/OMP7ot7rx+pFO3HKVYVHCdPIwVTu1azoDhIEwtFIYtg1G8YnbxsOinv3Npdi+w9s6Nz3sXJ+GjoHNMUAYCEPrhOGC8wbxl08txD8e7sShywyLEqKbC1H1U7+2MEAYCENrhCEbFvXg3eNhUV/5xHKMDItqzdq3JdBdJ3mpkgHCQBha0zT+2+/Mx98/Ox9XXGRYVJWh4rk1LQw0kwHCQBhaIwyf//C2WFn1uwrCvJlhbl2ta9UMEAbC0BphqHozeX6BjQEMNJkBwkAYCAMGMIABDGCgkAHCAJJCSJpszK7NHSEGMICBcgwQBsLQCGE4e4d3ZxR65UJPndQJA5MxQBgIQ62FYbG/Grdd3Y+fHO3U+joE2GQBpm7qhoHZMUAYCENtG+3u3cP43c8uxpvH5uIDN/QimwkhPNQAAxjAQDUMEAbCULsmm4lBJgiZKGTCkImDgKgmINRVXTGAgRMMEAbCUKtme86+YXz7i93jP4J479WGRZ3YyD4KdQxgoGoGCANhqIUwZMOiPvbe8bCo5+9fCr/kKByrDkfPjzEMnMwAYSAMyQvDBfsH8edfWYh/OtyJ66/oR7d3MsQ2tXpgAAMYqJ4BwkAYkhWG3nAU979/PCzqqU8txep2b+ssFKsPRTVWYwyszwBhIAxJCsPFFwzi+8/Mxw+en4+DlxgWJcDWDzB1URcMzI4BwkAYkhSGt1+di8fvXY6BYVFJro+Qnl1Iq7Vap8IAYSAMGhIGMIABDGCgkAHCAJJCSFKxW6/DnRYGMICBrWOAMBAGwoABDGAAAxgoZIAwgKQQEka/dUav9mqPAQykwgBhIAwzFYZsWNQt7+nP9N9MZbN5HYIfAxioMwOEgTDMrHnv3DWMow8vxlvH5uJDN/Vm9u/WeYN67RoMBjCQCgOEgTBU3riX+qtx13W9+Okrc/H7j3Zjj2FRldc8lYDxOjQ7DDSHAcJAGCptXvv2DuMPvtA9LgvvO9SLTB4EiBpgAAMYqB8DhIEwVNLAl1dGce8t42FRhx9cjB07jaAWkPULSGtmzTDwDgOEgTBMXRgOnDuIP/3SQvz4pU7ceKVhUQLnncBRC7XAQH0ZIAyEYWrCcOZgFJ++c3yq8Mx9hkUJxvoGo7Wzdhj4VQYIA2GYijC86/xBfO/phfjhC5246lLDooTNr4aNmqgJBurNAGEgDJsWhs/eMx5B/cRHl2N4lhHUQrHeoWj9rB8G1meAMBCGTQvD335tPi670KmCkFk/ZNRFXTDQDAYIA2HYtDAIg2aEgXW0jhjAQB4DhIEwEAYMYAADGMBAIQOEASSFkOQZp8fckWAAAxhoBwOEgTDkCkM2LEoYqAEGMIABDBAGwnBaIcjenfHlhxZP+7gAESAYwAAG2sMAYSAMvyIE2byHOw6Nh0V987Fu7N3jbZ2FYntC0VpbawyszwBhIAwnCUMmB994dDws6s5rDYsSHOsHh7qoCwbaxwBhIAzHhSEbFvXhm3rx1rG5OPLQYuzc5VRBILYvEK25NcfA6RkgDIQh9p8zjD9+ciFeO9KJmw/2wy86nn7DCBO1wQAG2soAYWixMGTDoj51+3hY1Nc+sxRnne1tndsaBK5bE8QABooYIAwtFYZfOzCIv3pqIX70YicOvXsluj2bpWizeBwjGMBAmxkgDC0Thv5oFA99YDws6ksfNyyqzZvftWt+GMDARhggDC0Thv/+tfn4u2fn4/KLDIvayEbxtYIVAxhoOwOEoWXC8LkPbYuVkd9VaPvGd/2aHwYwsFEGCEPLhGGjgPh6oYIBDGAAAxkDhIEwnPTGTYJBMGAAAxjAwHoMEAbCQBgwgAEMYAADhQwQhgZBkg2LWs8Kfc7dAgYwgAEMbJYBwtAAYciGRd1+TT/eONqJbz3eJQ0NWNPNbmzfrzlgAAPTZoAw1Ly57N49jK9/bjHePDYXd1/fi+UVm2Tam8TzYQoDGMCAX3qs7d14JgYfvKF3XBSOPbIYuwyLqu1aCiLNCAMYqAMDThhqeMJw7r5hfOeJbvzkaCduvcqwqDpsNK9RQ8AABurOAGGokTBsG4ziE7eNh0U9d/9SnL3DLznWfQN6/ZoIBjBQFwYIQ02E4YL9g/iLry7EPx3uxHWX9w2Lqsm61SUIvE5NCwMYKGKAMCTeeHrDUTxw13hY1FOfXIrV7d7WuQhqjws+DGAAA9Nn4Ixto13hT5o1uPLS7fE3z8zHD56bj4MXGxYlAKYfAGqqphjAQFkGzvif//q/w5/0avDdv/6v8f++tyde+vx5sbLqVKEs0L5O+GEAAxiohoEzDl57c/iTXg0uv/qG+D//9u9x1XW3+t8FE/+xkXCqJpzUVV0xkBYDfoch0Wa0PNwV//Kv/4swJLo+giytILMe1gMD1TNAGBJtSIShevgFjBpjAAMYKM8AYSAMfuSRKAOCrHyQqZVaYaB6BghDos3CCUP18AsYNcYABjBQngHCQBicMCTKgCArH2RqpVYYqJ4BwpBos3DCUD38AkaNMYABDJRngDAQBicMiTIgyMoHmVqpFQaqZ4AwJNosnDBUD7+AUWMMYAAD5RkgDITBCUOiDAiy8kGmVmqFgeoZIAyJNgsnDNXDL2DUGAMYwEB5BggDYXDCkCgDgqx8kKmVWmGgegYIQ6LNwglD9fALGDXGAAYwUJ4BwkAYnDAkyoAgKx9kaqVWGKieAcKQaLNwwlA9/AJGjTGAAQyUZ4AwEAYnDIkyIMjKB5laqRUGqmeAMCTaLJwwVA+/gFFjDGAAA+UZIAyEwQlDogwIsvJBplZqhYHqGSAMiTYLJwzVwy9g1BgDGMBAeQYIA2FwwpAoA4KsfJCplVphoHoGCEOizcIJQ/XwCxg1xgAGMFCeAcJAGJwwJMqAICsfZGqlVhiongHCkGizcMJQPfwCRo0xgAEMlGeAMBAGJwyJMiDIygeZWqkVBqpngDAk2iycMFQPv4BRYwxgAAPlGSAMhMEJQ6IMCLLyQaZWaoWB6hkgDIk2CycM1cMvYNQYAxjAQHkGCANhcMKQKAOCrHyQqZVaYaB6BghDos3CCUP18AsYNcYABjBQngHCQBicMCTKgCArH2RqpVYYqJ4BwpBos3DCUD38AkaNMYABDJRngDAQBicMiTIgyMoHmVqpFQaqZ4AwJNosnDBUD7+AUWMMYAAD5RkgDITBCUOiDAiy8kGmVmqFgeoZIAyJNgsnDNXDL2DUGAMYwEB5BggDYXDCkCgDgqx8kKmVWmGgej5gi8EAAALnSURBVAYIQ6LNwglD9fALGDXGAAYwUJ4BwkAYnDAkyoAgKx9kaqVWGKieAcKQaLNwwlA9/AJGjTGAAQyUZ4AwEAYnDIkyIMjKB5laqRUGqmeAMCTaLJwwVA+/gFFjDGAAA+UZIAyEwQlDogwIsvJBplZqhYHqGSAMiTYLJwzVwy9g1BgDGMBAeQYIA2FwwpAoA4KsfJCplVphoHoGCEOizcIJQ/XwCxg1xgAGMFCeAcJAGJwwJMqAICsfZGqlVhiongHCkGizcMJQPfwCRo0xgAEMlGeAMBAGJwyJMiDIygeZWqkVBqpngDAk2iycMFQPv4BRYwxgAAPlGSAMhMEJQ6IMCLLyQaZWaoWB6hkgDIk2CycM1cMvYNQYAxjAQHkGCANhcMKQKAOCrHyQqZVaYaB6BghDos3CCUP18AsYNcYABjBQngHCQBicMCTKgCArH2RqpVYYqJ4BwpBos3DCUD38AkaNMYABDJRngDAQBicMiTIgyMoHmVqpFQaqZ4AwJNosnDBUD7+AUWMMYAAD5RkgDITBCUOiDAiy8kGmVmqFgeoZIAyJNgsnDNXDL2DUGAMYwEB5BggDYXDCkCgDgqx8kKmVWmGgegYIQ6LNwglD9fALGDXGAAYwUJ4BwkAYnDAkyoAgKx9kaqVWGKieAcKQaLNwwlA9/AJGjTGAAQyUZ4AwEAYnDIkyIMjKB5laqRUGqmeAMCTaLJwwVA+/gFFjDGAAA+UZIAyEwQlDogwIsvJBplZqhYHqGSAMiTYLJwzVwy9g1BgDGMBAeQYIA2FwwpAoA4KsfJCplVphoHoGCEOizcIJQ/XwCxg1xgAGMFCeAcJAGJwwJMqAICsfZGqlVhiongHCkGizcMJQPfwCRo0xgAEMlGeAMBAGJwyJMiDIygeZWqkVBqpngDAk2iycMFQPv4BRYwxgAAPlGSAMhMEJQ6IMCLLyQaZWaoWB6hkgDIk2CycM1cMvYNQYAxjAQHkG/j/NiLkc2A65RQAAAABJRU5ErkJggg==
请问这是怎么实现的？
尝试用getpoint函数，但无法得到输入的数字，请帮忙解决，谢谢。
找到方法了
(defun c:test ()
(setq a (progn
(initget 128 "S A")
(getpoint "指定阵列间距和角度[间距(S) 角度(A)]<通过>")
)
)
(cond
((= a "A")
(setq a (getreal "输入角度:"))
)
((= a "S")
(setq a (getreal "输入间距:"))
)
(T
(print a)
)
)
) 自用的 (getdist "" ) ，和偏移o的后的一样“即可以输入数字给定偏移距离，也可以用鼠标在图纸上选取” muwind 发表于 2020-9-15 21:35
自用的 (getdist "" ) ，和偏移o的后的一样“即可以输入数字给定偏移距离，也可以用鼠标在图纸上选取”
谢谢
其实真实的目的是要获得1 个矢量，可以用两种方式获得，1是给出两个点，2量给出距离和角度，我自己修改后完整代码如下：
(setq a (progn
(initget 128 "S")
(getpoint "指定间距[间距(S)]:")
)
)
(cond
((= a "S")
(while (not space)
(setq space (getreal "输入间距:"))
)
(if (setq Aangle (getreal "输入角度<0>:"))
T
(setq Aangle 0)
)
)
(T
(if (= (type a) 'STR)
(progn
(setq space (read a))
(if (setq Aangle (getreal "输入角度<0>:"))
T
(setq Aangle 0)
)
)
(progn
(setq p0 a)
(setq p1 (getpoint p0 "指定第2点"))
(setq Aangle (angle p0 p1))
(setq space (distance p0 p1))
)
)
)
)
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