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Update README.md
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README.md

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@@ -65,22 +65,25 @@ data/train/masks - contains masked (labeled) images for the training set
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data/validation/images - contains images for the validation set
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data/validation/masks - contains masked (labeled) images for the validation set
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data/weights - contains trained TensorFlow models
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data/raw_sim_data/train/run1
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data/raw_sim_data/validation/run1
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```
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### Training Set ###
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1. Run QuadSim
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2. Click the `DL Training` button
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3. Set patrol points, path points, and spawn points. **TODO** add link to data collection doc
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3. With the simulator running, press "r" to begin recording.
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4. In the file selection menu navigate to the `data/train/run1` directory
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4. In the file selection menu navigate to the `data/raw_sim_data/train/run1` directory
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5. **optional** to speed up data collection, press "9" (1-9 will slow down collection speed)
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6. When you have finished collecting data, hit "r" to stop recording.
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7. To reset the simulator, hit "`<esc>`"
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8. To collect multiple runs create directories `data/train/run2`, `data/train/run3` and repeat the above steps.
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8. To collect multiple runs create directories `data/raw_sim_data/train/run2`, `data/raw_sim_data/train/run3` and repeat the above steps.
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### Validation Set ###
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To collect the validation set, repeat both sets of steps above, except using the directory `data/validation` instead rather than `data/train`.
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To collect the validation set, repeat both sets of steps above, except using the directory `data/raw_sim_data/validation` instead rather than `data/raw_sim_data/train`.
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### Image Preprocessing ###
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Before the network is trained, the images first need to be undergo a preprocessing step. The preprocessing step transforms the depth masks from the sim, into binary masks suitable for training a neural network. It also converts the images from .png to .jpeg to create a reduced sized dataset, suitable for uploading to AWS.

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