_A dead simple neural network built as a learning exercise._
 
 # Getting Started 
 ```
 use artha::{
     NeuralNetwork,
     neural_net::{
         normaize_val,
         mean_loss,
         find_max,
     }
 };
 use ndarray::array;
 fn main() {
     let mut xs = array![[2.,9.],[1.,5.],[3.,6.]];
     normaize_val(find_max(&xs), &mut xs);
     let mut ys = array![[92.], [86.], [89.]];
     normaize_val(vec![100.], &mut ys);
     let mut nn = NeuralNetwork::new(2,1,vec![3]);
     let predicted = nn.train(&xs, &ys, 10000);
     let loss =  mean_loss(&ys, &predicted);
 
     use artha::logln;
     logln!("Input: ", xs);
     logln!("Actual Output: ", ys);
     logln!("Predicted Output: ", predicted);
     logln!("Loss: ", loss);
 }
 ```
 
 This program is a direct translation of <https://dev.to/shamdasani/build-a-flexible-neural-network-with-backpropagation-in-python>
 into rust.
 
 Also checko 3Blue1Browns's excellent series on Neural Network <https://www.youtube.com/playlist?list=PLZHQObOWTQDNU6R1_67000Dx_ZCJB-3pi> 
 
 I found this network to be significantly slower than the tutorial. Perhaps ndarray is not as fast as numpy or
 perhaps my rust code is not optimiz. I'll definitely look into it.

 Besides optimization, I am also hoping to implmenting a network that recognized handwritten digits and who knows what else from there.
 But for now, this is a fairly inaccurate rookie version that I could build on my own.
 
 - If you have any questions or suggestions, feel free to submit issues, or contact me in other ways.
 - If you found my sub-par rust skills offensive, please do provide some constructive criticism.