NEW README

README.md

@@ -1,12 +1,12 @@
-#  Machine Learning for Action Detection
+#  Machine Learning for Action Detection
 
 #### [Jorge Muñoz Zanón](https://jmuozan.github.io/mdef-website/)
 
 As part of my thesis project on Future Learning focused on Arts and Crafts I decided to prototype for third MicroChallenge a machine learning model that can learn certain actions and tell you when you're doing them right or wrong. With a live camera prediction you'll be able to know if the movement is being done in the correct way.
 
 
 
-##  What files are available on the repo?
+##  What files are available on the repo?
 
 In this repository you'll find:
 
@@ -104,11 +104,11 @@ Next up from Cell 16 to 17 the code will count the number of sequence folder per
 
 The last part of this step will be creating a label map to map numbers into our labels list so they can be trained, and assign this label map and sequence to the np arrays joining all of them into one big array.
 
-## 3rd step: GPU set up
+## 3rd step: GPU set up
 
 All the code in this step (from Cell 22 to 24) is based on the code made by [**fotiecodes**](*https://blog.fotiecodes.com/install-tensorflow-on-your-mac-m1m2m3-with-gpu-support-clqs92bzl000308l8a3i35479*) to set up and make sure that you GPU is working for the training part. This code will only be useful if you use a Macbook with apple silicon (M1, M2, M3...) if you're not this code won't work for you. If you're using and Nvidia GPU you can also set up your GPU to speed up the training. Please refer to [Tensorflow documentation](https://www.tensorflow.org/guide/gpu).
 
-## 4th step: Training
+## 4th step: Training
 
 In this part we will divide our big array again into 4 different variables. The first split will be to divide the labels from the points. These values we will assign to y and X. After this in order to train the model we will divide again X and y into X_train, X_test, y_train and y_test. This will be the different values used by the model to train itself and then test its results. After this, on Cell 29, Logs is set up, this will help keep track of the training in real time, we will be able to check how the training it's going. To do it, once the training is going you can go to the terminal `cd. your_directory` and write the following command `tensorboard --logdir=.` 
 
@@ -124,13 +124,13 @@ After training, we can save our `.h5` file which will be the weights used in the
 
 This part of the code just imports the multi label confusion matrix and applies it to our model to see how well it preformed. If you want to know more about the `multilable_confusion_matrix` you can check it's documentation [**here**](https://scikit-learn.org/stable/modules/generated/sklearn.metrics.multilabel_confusion_matrix.html)
 
-## 7th step: Finally!!!!! Some real time testing
+## 7th step: Finally!!!!! Some real time testing
 
 This last block of code which still is in progress, lets you test the model in real time with your camera opened. I'm still working on it's interface but for now on the upper-left corner it will tell you which action are you doing, if it's wrong the text and landmarks rendered on your body will be in red and if it's right they will be in green.
 
 ![](IMG/Final.gif)
 
-## Conclusions
+## Conclusions
 
 The model doesn't have the best accuracy but it partially works, I'm glad I did this test as now I now I will probably need a lot more of sample when I contact with some artisan to put it to the test. I can't wait to see how effective it can be with different arts and crafts. Thanks for reading until here! <3
 
@@ -158,4 +158,4 @@ The model doesn't have the best accuracy but it partially works, I'm glad I did
 - [ ] Proactive behaviours to find answers during the challenge
 - [ ] Help others student’s projects
 - [ ] Participation in feedbacks
-- [ ] Explode
+- [ ] Explode