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milestone_1 [2023/01/02 22:24] scott [Source Code] |
milestone_1 [2023/01/13 16:21] (current) scott [Requirements] |
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| - Write your own queue code. Don't download code from the internet, it may have bugs in it. Also, since this queue module has extra functions that are not typically included in a queue implementation, things will just go faster and easier if you write the code yourselves. | - Write your own queue code. Don't download code from the internet, it may have bugs in it. Also, since this queue module has extra functions that are not typically included in a queue implementation, things will just go faster and easier if you write the code yourselves. | ||
| - Your queue code must pass the provided queue_runTest() test. | - Your queue code must pass the provided queue_runTest() test. | ||
| - | - You must follow the same [[http://byu-cpe.github.io/ecen330/other/coding-standard/|coding standards]] as was done for ECEN 330. | + | - You must follow the same [[http://byu-cpe.github.io/ecen330/other/coding-standard/|coding standards]] as was done for ECEN 330. **Exception: clang-format is not required. Ignore any clang-format rules.** |
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| ==== Queue Coding Help ==== | ==== Queue Coding Help ==== | ||
| * [[malloc_and_queue|How to use malloc and pointers in 'C' with the queue]]. | * [[malloc_and_queue|How to use malloc and pointers in 'C' with the queue]]. | ||
| - | * [[queue_and_array|Using an array to implement a queue.]] | ||
| * [[queue_resources|Queue Code Sketch]]. | * [[queue_resources|Queue Code Sketch]]. | ||
| + | * [[http://en.wikipedia.org/wiki/Circular_buffer|Circular Buffer]] | ||
| ==== Source Code ==== | ==== Source Code ==== | ||
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| * lasertag/support/queueTest.c | * lasertag/support/queueTest.c | ||
| - | You are expected to create and implement the following files. See the provided header file (.h) for a description of each function. | + | You are expected to create and implement the following file. See the provided header file (.h) for a description of each function. |
| * lasertag/queue.c | * lasertag/queue.c | ||
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| {{ ::milestone1verifyanaloghardware.jpg?600 }} | {{ ::milestone1verifyanaloghardware.jpg?600 }} | ||
| - | You will be using the gun mounted on the column. In addition to saving the FFT plot for your report you also need to save the raw data. The raw data needs to be collected with a sample rate of 100 ksamples/second. | + | You will be using the gun mounted on the column. Save the raw data from the oscilloscope on a USB flash drive. You can then process the captured data with MATLAB to produce FFT plots for the report. The raw data needs to be collected with a sample rate of 100 ksamples/second. |
| ** Oscilloscope settings** | ** Oscilloscope settings** | ||
milestone_1.1672723498.txt.gz ยท Last modified: 2023/01/02 22:24 by scott
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