Question

Write a G code for a chess pieces

Write a G code for a chess pieces

Business   Operations-Management   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

Check and checkmate - additionally turn into a supporter of the most prominent prepackaged game in Europe. For the chess pieces made in-house, two things are required: your specialized know-how for the generation and vital reasoning for the amusement. ShopTurn grants the turning and processing of the chess pieces in a solitary bracing. The shapes of the chess pieces are made in the form editorial manager.

The projects and documents have been made and tried with the best consideration as per the prerequisites recorded in the assembling portrayal. Be that as it may, the assembling of the workpieces offered is at your very own hazard. Siemens acknowledges no risk for harm to property or individual damage. Workpiece fabricate is allowed for private and not mechanical utilize. Passing on the made workpieces or creation reports to an outsider for business gain is entirely precluded.

  1. 1. N1 ; // SEQUENCE NUMBERS // M06 T0707; // TOOL no 7 and offset no 7// G97 M04 S800 ; // spindle direction anticlockwise// M08; // COOLENT ON// G00 X25.0 Z5.0; G01 Z-0.5 ; // FACING OF 1 MM// G01 X0.0 F0.1; // FEED RATE OF 0.1 MM/// G00 X25.0 Z5.0; G01 Z-0.5 F0.1; G01 0.0 F0.1; G00 X25.0 Z5.0; G01 Z-1.0; X0.0; G00 X25.0 Z5.0; G71 U1.0 R2.0; // MULTIPLE TURNING CYCLE FOR ROUGH TURNING// PART PROGRAM FOR QUEEN VIRTUAL PROTOTYPE
  2. 2. G71 P05 Q11 U0.5 W0.5 F0.2 S800 ; N05 G01 X0.0 Z-1.0; N06 G03 X10.0 Z-6.0 R5.0; N07 G01 X18.6 Z-9.0; N08 Z-32.0; N09 X16.0 Z-54.0; N10 X25.0 Z-60.0; N11 Z-70.0; M04 S1200; G70 P05 Q11; //FINISHING CYCLE // G30 U0.0 W0.0; // HOME POSITION // N15 ; M06 T0303 ; G00 X25.0 Z-11.0; G71 U1.0 R2.0; G71 P20 Q30 U0.2 W0.2 F0.2 S800; // MULTIPLE TURNING CYCELE TO GIVE PROFILE // N20 G01 X18.6 Z-11.0; N21 G02 X8.0 Z-23.0 R18.0; N22 G01 X10.0; N23 Z-26.0; N24 X8.0; N25 X-28.0; N26 X10.6; N27 X-30.0; N28 X18.6; N29 Z-33.0; N28 X18.6; N29 Z-33.0; N30 G02 X16.0 Z-52.0 R15 ;
  3. 3. M04 S1200; G70 P20 Q30 ; G30 U0.0 W0.0 ; G00 X26.0 Z-61.0; G01 X23.5 F0.1 ; X 26.0; G30 U0.0 W0.0; // RETURN TO HOME POSTION // M30 ; // PROGRAM END //
  4. 4. N1; M06 T0505 ; G97 M04 S800; M08; G00 X25.0 Z5,.0; G01 Z-0.5 F0.1; X0.0 F0.1; G00 X25.0 Z5.0; G01 Z-1.0; G01 X-1.0 F0.1; G00 X25.0 Z5.0; G71 U1.0 R2.0 ; G1 P100 Q106 U0.5 W0.5 F0,2 S800; N100 G00 X14.0 Z0.0; N101 G01 Z-1.0; N102 X16.0 Z-2.0; N103 G01 X-27.5; N104 G02 X16.0 Z-30.5 R 6.0; N105 G01 X20.0 Z-35.0; N106 Z-50 ; G01 X25.0; PART PROGRAM FOR ROOK
  5. 5. G30 U0.0 W0.0; N108 ; M06 T0707 ; M04 S1200; G70 P100 Q106 F0.1; G30 U0.0 W0.0; N110 ; M06 T0303; G87 M04 S800; G00 X25.0 Z-36.5; G01 X19.5 F0.1 ; X25.0; M09 ; G30 U0.0 W0.0 ; M30 ; ; ;
  6. 6. 00094(BISHOP) N1; M06 T0707; G97 M04 S800; G00 X25.0 Z5.0; G01 Z0 F0.3; G01 X0.0 F0.1; G00 X25.0 Z5.0; G01 Z-0.5 F0.1; G01 X0.0 F0.1; G00 X25.0 Z5.0; G01 Z-1.0; X0.0; PART PROGRAM FOR BISHOP VIRTUAL PROTOTYPE
  7. 7. G00 X25.0 Z5.0; G71 U1.0 R2.0; G71 P010 Q20 U0.2 W0.2 F0.2 S800; N10 G01 X0.0 Z-1.0; N11 G03 X6.0 Z-4.0 R3.0; N12 X10.0; X12.0 Z-10 R6.0; N13 G01 X12.0 Z-20.0; N14 G01 X16.0; N15 Z-22.0; N16 G01 X12.0 Z-31.0; N17 G01 X16.0 Z-40.0; N18 G01 X16.0 Z-42.0; N19 X22.0 Z-47.0; N20 Z-60.0; M04 S1200; G70 P10 Q20; G30 U0.0 W0.0; N25; M06 T0303; G00 X20.0 Z-11.0; G71 U1.0 R2.0; G71 P30 Q37 U0.5 W0.5 F0.2 S800; N30 G01 X12.0 Z-11.0; N31 G01 X10.0 Z-16.0; N32 Z-18.0; N33 G01 X16; N34 G01 Z-23.0; N35 G01 X12.0; N36 G01 X12.0 Z-31.0; N37 G02 X16.0 Z-40.0 R9.0;
  8. 8. M04 S1200; G70 P30 Q37; G00 X25.0 Z-48.0; G01 X20.5 F0.1; G01 X25.0; G00 Z-11.0; G01 X10.5 F0.1; GO1 X25.0; G30 U0.0 W0.0; M30; ; ;
  9. 9. O0093 ; N1 ; M06 T0707 ; G97 M04 S800 ; M08 ; G00 X25.0 Z5.0 ; G01 Z-0.5 F0.1; G01 X0.0 F0.1 ; G00 X25.0 Z5.0 ; G01 X0.0 F0.1 ; G00 X0.0 F0.1 ; G00 X25.0 Z5.0 ; PART PROGRAM FOR KING VIRTUAL PROTOTYPE
  10. 10. G01 Z-1.0 ; X0.0 ; G00 X25.0 X5.0 ; G71 U1.0 R2.0 ; G71 P05 Q25 U0.5 W0.5 F0.2 S800; N05 G01 X0.0 Z-1.0 ; N06 X7.0 Z-5.0 ; N07 G01 Z-7.0 ; N08 X10.0; N09 Z-10.0 ; N10 X9.0 Z-13.0 ; N12 Z-15.0 ; N13 X18.6 ; N15 Z-35.0 ; N17 X16.0 Z-55.0 ; N20 X25.0 Z-63.0 ; N25 Z -75.0; M04 S1200 ; G70 P05 Q25 ; G70 P05 Q25 ; G30 U0.0 W0.0 ; N30 ; M06 T0303 ; G00 X25.0 Z-`17.0 ; G71 U0.8 R2.0 ; G71 P35 Q80 U0.2 W0.2 F0.2 S800; N35 G01 X18.6 Z-17.0 ; N47 X10.0 Z-24.0 ; N60 Z-26.0 ; N63 X8.0 ;
  11. 11. N65 Z -28.0 ; N67 X 10.6 ; N70 Z-30.0 ; N73 X18.6 ; N75 Z-35.0 ; N80 G02 X16.0 Z-55.0 R 15.0 ; M04 S1200 ; G70 P35 Q80 ; G30 U0.0 W0.0 ; G00 X26.0 Z-63.0; G00 X26.0 Z-63.0; G01 X24.0F0.1 ; X26.0 ; G00 Z-10.0; G01 X9.0 F0.1 ; X26.0 ; G30 U.0 W0.0; M30 ; ; ; %
  12. 12. O0091 ; N1 ; M06 T0505 ; PART PROGRAM FOR PAWN VIRTUAL PROTOTYPE
  13. 13. G97 M04 S800 ; M08 ; G00 X25.0 Z5.0 ; G01 Z-0.5 F0.1 ; X0.0 F0.1 ; G00 X25.0 Z5.0 ; G01 Z-1.0 ; G00 X25.0 Z5.0 ; G01 Z-1.0 ; X0.0 ; G00 X25.0 Z5.0 ; G71 U1.0 R2.0 ; G71 P05 Q11 U0.5 W0.5 F0.2 S800 ; N05 G01 X0.0 Z-.10 ; N06 G03 X8.0 Z-5.67 R4.0 ; N07 G01 X 10.67 Z-18.0 ; N08 X16.67 Z-23.5 ; N09 G01 Z-27.0 ; N10 X18.0 ; N11 Z-35.0 ; G97 M04 S1000 ; G70 P05 Q11 ; G30 U0.0 W0.0 ; N15 ; M06 T0303 ; G00 X17.0 Z-6.67 ; G71 U1.0 R2.0 ; G71 P100 Q104 U0.5 W0.5 F0.2 S800 ; N100 G01 X8.0 ; N103 G02 X10.67 Z-18.0 R10.0 ;
  14. 14. G97 M04 S1000; G70 P05 Q11 ; G30 U0.0 W0.0 ; M09 ; M30 ; ; ; %
0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A chessboard is 8 by 8 grid of squares . Different chess pieces have different rules...
A chessboard is 8 by 8 grid of squares . Different chess pieces have different rules for how they can move on the chessboard. The king piece can move from its current square to any square that is either directly or diagonally adjacent.if the king starts in a corner , and at each step , chooses from among its permissible moves with equal probability, how long on average will it take for the piece to return to that corner
write and explant for me each part of the code to understood the code (write the...
write and explant for me each part of the code to understood the code (write the sample code in VHDL Design and implementation of Pressetable ripple counter using behavioral style of modeling by using pic74196)
Write down the VERILOG code for an AND gate and the testbench code to test it
Write down the VERILOG code for an AND gate and the testbench code to test it
C++ code: How to add a file to read/write to a code that prompt user to...
C++ code: How to add a file to read/write to a code that prompt user to add (write) infos and read infos from the file?
Write down the VERILOG code for a tri-state buffer and the testbench code to test it
Write down the VERILOG code for a tri-state buffer and the testbench code to test it
Write down the VERILOG code for a 2-to-4 decoder and the testbench code to test it
Write down the VERILOG code for a 2-to-4 decoder and the testbench code to test it
Write a VHDL code for a Traffic Light
Write a VHDL code for a Traffic Light
Please write a code to run the following code 100 times to get a good estimate....
Please write a code to run the following code 100 times to get a good estimate. The code is as follows: CODE: system.time(for(i in 1:100) unlist(x)[!(unlist(x) %in% stopwords('en'))])
There are 18,000 adults who belong to a nationwide chess club. Among the 18,000 adults, 8,000...
There are 18,000 adults who belong to a nationwide chess club. Among the 18,000 adults, 8,000 prefer to play with white(W), whereas the rest prefer black(B). Among all members, 11,000 prefer to play chess on the computer(C), the others prefer the regular board(RB). 3,000 members prefer to play with white on the computer. Suppose an adult club member is selected at random. (a) Find the probability that the person prefers to play with black. That is, find P(B). (b) Find...
I write each of the letters ‘L’, ‘I’, ‘O’, ‘N’ on separate pieces of paper and...
I write each of the letters ‘L’, ‘I’, ‘O’, ‘N’ on separate pieces of paper and put these into a hat. I close my eyes and begin picking the pieces of paper from the hat and reading off the letters written on the pieces of paper. a. If I pick 3 pieces of paper without replacement, then what is the probability that the letters can be rearranged to spell ‘OIL’? b. If I pick pieces of paper with replacement until...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT