用數銑銑出一朵玫瑰花的程序

⑴ 數控銑床

數控銑床就是普通銑床在XYZ軸上加了三軸的電機，有步進電機伺服電機，然後加個系統

⑵ 用c語言編輯一個玫瑰花數（一個四位數，各個數字的4次方之和等於它本身，求出滿足條件的所有四位數）的

輸出是 1634 8208 9474

#include<stdio.h>

int rose(int digit) {

int n = digit;
int k=0;
int value = 0;
int sum = 0;

while(n>0) {
k = n % 10;
sum += k*k*k*k;

n /= 10;
}

if( sum == digit) {
return 1;
}
return 0;
}

int main()
{
int i;
int count = 0;
for(i=1000; i<=9999; i++) {
if (rose(i)) {
count++;
printf("%4d ", i);
}
}

getchar();
return 0;
}

⑶ 怎樣用數控銑床編一個愛心的程序(帶圖）

愛心圖形？？二維還是三維呢？

⑷ 數控銑床，求編這個圖的程序，謝謝。

數控銑床編程，首先確定銑床的系統，然後選取合適的毛坯，接著研究圖紙計算，確定進刀點，刀路還有退刀點，最後編輯程序。

⑸ 在70×60的面上用數控銑床刻一朵玫瑰花圖案 要求程序不要太復雜

這個應該滿足你的要求吧？

你把圖畫出來。我給你出程序、

⑹ 請問這個數控銑床的程序該怎麼編寫

用手編也可以，因為它的參數都有了；
用電腦編程就更方便了，只需要畫好外形，用外形銑削就能加工出來；

⑺ 數控銑床要求把這個圖形的程序編出來，求大神答案

用宏程序或用子程序

⑻ 數控銑床銑圓怎麼編程

一般操作的話，發那科系統銑床
在手動編輯裡面編製程序就行了
G02順時針方向圓弧切削
G03逆時針方向圓弧切削
一般基本都用G03逆時針切削視為順銑切削
比如利用直徑30銑刀加工一個直徑為40的圓
相對坐標設置圓心為X0Y0
G91G01X-5.F****
G03I5.
X5.
M30
有深度的循環加工
可以利用主程序調用子程序，(M98)
主程序O0001
M3S*****(M3主軸正轉)
G91G01X-***(X-***：加工圓孔的半徑與刀具半徑的差值)
M98P2L***（M98：調用子程序 P2：被調用子程序號為O0002 L***：循環次數，依圓孔深度與切削量指定）
G91G01X***(X***：加工圓孔的半徑與刀具半徑的差值)
M30
子程序O0002
G91G03I***(I***：I是指定半徑，即I後面跟的數值是加工圓孔的半徑與刀具半徑的差值)
M99（M99為重復循環）

⑼ 在120*120的面上用數控銑床刻一朵玫瑰花圖案的程序，您能幫忙寫意哈嗎

程序如下

( T2 | | H2 )

N100 G21

N102 G0 G17 G40 G49 G80 G90

N104 T2 M6

N106 G0 G90 G54 X0. Y0. S1000 M3

N108 G43 H2 Z25.

N110 X10.277 Y18.559

N112 Z10.

N114 G1 Z-.2 F500.

N116 G2 X10.06 Y18.556 I-.217 J6.974 F200.

N118 X4.324 Y21.561 I0. J6.977

N120 X2.932 Y23.875 I1.228 J2.314

N122 X3.596 Y25.617 I2.62 J0.

N124 X-6.859 Y19.931 I-13.139 J11.704

N126 G3 X-15.07 Y12.062 I1.511 J-9.795

N128 G0 Z24.8

N130 Z25.

N132 X-7.913 Y11.341

N134 Z10.

N136 G1 Z-.2 F500.

N138 G3 X-12.363 Y12.461 I-4.45 J-8.283 F200.

N140 X-21.499 Y5.279 I0. J-9.403

N142 G2 X-18.613 Y7.547 I2.886 J-.702

N144 X-16.865 Y6.979 I0. J-2.97

N146 X-15.266 Y3.838 I-2.286 J-3.141

N148 X-15.442 Y2.683 I-3.885 J0.

N150 G3 X-15.945 Y-.625 I10.627 J-3.308

N152 X-9.695 Y-10.628 I11.13 J0.

N154 G0 Z24.8

N156 Z25.

N158 X-6.387 Y-8.849

N160 Z10.

N162 G1 Z-.2 F500.

N164 G3 X-13.848 Y-17.791 I3.529 J-10.528 F200.

N166 G2 X-18.28 Y-21.629 I-4.432 J.64

N168 G1 X-18.298

N170 G0 Z24.8

N172 Z25.

N174 X-16.564 Y-21.287

N176 Z10.

N178 G1 Z-.2 F500.

N180 G3 X-7.1 Y-22.612 I9.464 J33.148 F200.

N182 X1.072 Y-21.629 I0. J34.473

N184 X3.035 Y-21.779 I1.963 J12.797

N186 X15.982 Y-8.832 I0. J12.947

N188 X11.268 Y1.159 I-12.947 J0.

N190 G0 Z24.8

N192 Z25.

N194 X8.955 Y3.5

N196 Z10.

N198 G1 Z-.2 F500.

N200 G2 X11.217 Y-3.174 I-8.717 J-6.674 F200.

N202 X5.045 Y-13.044 I-10.979 J0.

N204 X4.5 Y-13.285 I-.842 J1.169

N206 X1.278 Y-13.662 I-3.671 J17.413

N208 X1.072 Y-13.665 I-.206 J8.181

N210 X-7.112 Y-5.481 I0. J8.184

N212 X-6.902 Y-3.639 I8.184 J0.

N214 X-6.609 Y-2.585 I11.945 J-2.759

N216 G3 X-6.396 Y-1.248 I-4.085 J1.337

N218 X-6.833 Y.643 I-4.298 J0.

N220 X-7.506 Y1.731 I-5.864 J-2.872

N222 G0 Z24.8

N224 Z25.

N226 X-6.111 Y2.74

N228 Z10.

N230 G1 Z-.2 F500.

N232 G3 X2.711 Y1.715 I8.822 J37.44 F200.

N234 X5.261 Y1.8 I0. J38.465

N236 X10.495 Y8.183 I-1.275 J6.383

N238 X10.493 Y8.347 I-6.509 J0.

N240 G0 Z24.8

N242 Z25.

N244 X10.568 Y8.349

N246 Z10.

N248 G1 Z-.2 F500.

N250 G3 X10.595 Y8.69 I-2.136 J.341 F200.

N252 X10.04 Y10.136 I-2.163 J0.

N254 G2 X9.743 Y10.909 I.859 J.773

N256 X10.899 Y12.065 I1.156 J0.

N258 X10.968 Y12.062 I0. J-1.156

N260 X9.52 Y11.733 I-1.448 J3.02

N262 X8.073 Y12.062 I0. J3.349

N264 G3 X.607 Y13.759 I-7.466 J-15.576

N266 X-6.859 Y12.062 I0. J-17.273

N268 X-8.701 Y10.336 I1.81 J-3.777

N270 G2 X-12.107 Y8.285 I-3.508 J1.97

N272 X-12.016 Y8.286 I.091 J-3.579

N274 X-8.436 Y4.706 I0. J-3.58

N276 X-8.445 Y4.452 I-3.58 J0.

N278 G3 X-8.454 Y4.201 I3.517 J-.251

N280 X-7.941 Y2.369 I3.526 J0.

N282 X-3.64 Y-.883 I6.255 J3.802

N284 G2 X-.441 Y-5.089 I-1.166 J-4.206

N286 X-.46 Y-5.481 I-4.365 J0.

N288 X2.202 Y-4.63 I2.662 J-3.737

N290 X2.452 Y-4.637 I0. J-4.588

N292 X8.472 Y-10.436 I-.348 J-6.385

N294 G3 X8.705 Y-8.575 I-7.327 J1.861

N296 X3.035 Y-1.256 I-7.56 J0.

N298 X-1.109 Y.015 I-5.257 J-9.757

N300 G2 X-6.329 Y3.029 I.737 J7.305

N302 X-7.1 Y4.201 I13.395 J9.65

N304 X-7.697 Y6.361 I3.61 J2.16

N306 X-5.217 Y10.198 I4.207 J0.

N308 X-4.903 Y10.488 I1.247 J-1.035

N310 X-1.943 Y11.425 I2.96 J-4.206

N312 X2.426 Y8.995 I0. J-5.143

N314 X2.674 Y8.09 I-1.528 J-.905

N316 X1.4 Y6.386 I-1.776 J0.

N318 G3 X.6 Y6.111 I2.698 J-9.153

N320 G2 X.079 Y6.012 I-.521 J1.322

N322 X-1.2 Y6.816 I0. J1.421

N324 G3 X-.35 Y6.539 I.85 J1.164

N326 X1.091 Y7.98 I0. J1.441

N328 X.984 Y8.527 I-1.441 J0.

N330 X-1.2 Y9.59 I-2.184 J-1.711

N332 X-3.974 Y6.816 I0. J-2.774

N334 X-2.977 Y4.684 I2.774 J0.

N336 X.616 Y3.383 I3.593 J4.311

N338 X6.228 Y8.995 I0. J5.612

N340 X4.906 Y12.613 I-5.612 J0.

N342 X.607 Y13.759 I-4.299 J-7.49

N344 G0 Z24.8

N346 Z25.

N348 X-3.166 Y13.342

N350 Z10.

N352 G1 Z-.2 F500.

N354 G2 X8.073 Y18.729 I11.239 J-9.03 F200.

N356 X13.642 Y17.609 I0. J-14.417

N358 G3 X18.834 Y16.566 I5.192 J12.395

N360 X21.134 Y16.764 I0. J13.438

N362 X18.776 Y11.099 I5.625 J-5.665

N364 X18.834 Y10.136 I7.983 J0.

N366 G0 Z24.8

N368 Z25.

N370 X19.019 Y10.119

N372 Z10.

N374 G1 Z-.2 F500.

N376 G2 X19.703 Y6.144 I-11.216 J-3.975 F200.

N378 X13.642 Y-4.225 I-11.9 J0.

N380 G0 Z24.8

N382 Z25.

N384 X12.322 Y-17.852

N386 Z10.

N388 G1 Z-.2 F500.

N390 G3 X31.307 Y-27.253 I18.985 J14.47 F200.

N392 X32.653 Y-27.214 I0. J23.871

N394 G0 Z24.8

N396 Z25.

N398 X21.322 Y-25.064

N400 Z10.

N402 G1 Z-.2 F500.

N404 G2 X35. Y-6.517 I77.265 J-42.663 F200.

N406 G0 Z24.8

N408 Z25.

N410 Y-2.676

N412 Z10.

N414 G1 Z-.2 F500.

N416 G3 X20.729 Y-20.452 I3.935 J-17.776 F200.

N418 X21.322 Y-25.064 I18.206 J0.

N420 G1 F500.

N422 G3 X30.266 Y-23.284 I-10.423 J75.746 F200.

N424 X35.096 Y-13.653 I-7.186 J9.631

N426 X35. Y-12.129 I-12.016 J0.

N428 G0 Z24.8

N430 Z25.

N432 Y-13.653

N434 Z10.

N436 G1 Z-.2 F500.

N438 X26.122 Y-17.341 F200.

N440 G0 Z24.8

N442 Z25.

N444 X27.553 Y-15.497

N446 Z10.

N448 G1 Z-.2 F500.

N450 X21.264 Y-16.069 F200.

N452 G0 Z24.8

N454 Z25.

N456 X8.088 Y-20.752

N458 Z10.

N460 G1 Z-.2 F500.

N462 G3 X29.796 Y-30.001 I21.708 J20.852 F200.

N464 X32.653 Y-29.864 I0. J30.101

N466 G0 Z24.8

N468 Z25.

N470 X14.675 Y-25.926

N472 Z10.

N474 G1 Z-.2 F500.

N476 G3 X9.704 Y-24.587 I-4.971 J-8.556 F200.

N478 X.882 Y-30. I0. J-9.895

N480 G0 Z24.8

N482 Z25.

N484 X15.127 Y-26.184

N486 Z10.

N488 G1 Z-.2 F500.

N490 G2 X10.53 Y-30. I-122.314 J142.658 F200.

N492 G0 Z25.

N494 M5

N496 G91 G28 Z0.

N498 M30