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cs-312:project-1 [2015/01/15 04:21] ringger [Implementation Notes] |
cs-312:project-1 [2015/01/26 22:21] (current) ringger [Report] |
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# Place your name, Net ID, and section number at the top of the first page. | # Place your name, Net ID, and section number at the top of the first page. | ||

- | # Also include an estimate of the amount of time you spent on this project at the top of the first page. | + | # Include an estimate of the amount of time you spent on this project at the top of the first page. |

- | # [25 points] At least one screenshot of your application with a working example that is at least 50 decimal digits long. | + | # [25 points] Include at least one screenshot of your application with a working example that is at least 50 decimal digits long. |

#* Find a prime that is at least 50 decimal digits long by consulting the web. Be sure to give credit to your source. | #* Find a prime that is at least 50 decimal digits long by consulting the web. Be sure to give credit to your source. | ||

#* Note: to capture just the top window in your screenshot, use the key-chord alt-PrtSc (i.e., print screen) | #* Note: to capture just the top window in your screenshot, use the key-chord alt-PrtSc (i.e., print screen) | ||

- | # [10 points] The equation you used to compute the probability of ''correctness'' p that appears in the output. | + | # [10 points] Include the equation for computing the probability of ''correctness'' that appears in the output. |

- | # All of the code that you wrote. In most cases, the code will be the contents of the <tt>Form1.cs</tt> file. Your code must include the following: | + | # Include all of the code that you wrote. In most cases, the code will be the contents of the <tt>Form1.cs</tt> file. Your code must include the following: |

#* [25 points] A correct implementation and application of modular exponentiation. | #* [25 points] A correct implementation and application of modular exponentiation. | ||

#* [30 points] A correct implementation and application of the Fermat primality tester. | #* [30 points] A correct implementation and application of the Fermat primality tester. | ||

- | #* [10 points] Remainder of your code. | + | #* [10 points] The remainder of your code. |

#* Document your algorithm with legible comments in important places in the code that make it obvious to the reader what your solution is doing. This documentation also provides evidence of your comprehension. With the aid of adequate documentation, the correctness of your approach should be easy for the reader (e.g., TA) to verify. If the TA cannot easily determine the code's correctness, then fewer points will be awarded. | #* Document your algorithm with legible comments in important places in the code that make it obvious to the reader what your solution is doing. This documentation also provides evidence of your comprehension. With the aid of adequate documentation, the correctness of your approach should be easy for the reader (e.g., TA) to verify. If the TA cannot easily determine the code's correctness, then fewer points will be awarded. | ||