lapl | Cozy familiar scripting language written in C

1. Try with CUDA 10.1. https://www.tensorflow.org/install/gpu says "TensorFlow supports CUDA® 10.1"

2. Something is wrong with ModelCheckpoint callback. Check checkpoint_path location Is it writeable? Also the reference says "if save_best_only=True, the latest best model according to the quantity monitored will not be overwritten." So you may want to delete the last saver model or provide new unique name in checkpoint_path every time you run model. Most likely it prevents overwriting the previous model and throws error.

I assume that X[0].shape[0] and X1[0].shape[0] are equal and since it is a dense layer it should be 4000. You have already managed to get to the training phase, but better I say that return value of Model.fit is a history object of achieved losses during training. Your object named model is then actually not a model.

To predict values with this trained model, you need to call Model.predict(), in your case should look like:

I think the problem is that both of your weight variables have internally the same name, which should not happen, you can give them names with the name parameter to add_weight:

I have found a neat way to recover all top-level groups which do not contain broken nodes. Can simply be extended to lower level groups by recursive calling.

The issue is exactly as stated in the error.

Source and destination textures of the draw are the same.

Looking at your code there is one shader, it references a texture, there is one texture, it's attached to the framebuffer AND it's bound to texture unit 0 the default. So, when you draw it's being used as both an input (u_texture) and as the output (the current framebuffer). That's not allowed.

The simple solution is you need another texture. Bind that texture when drawing to the framebuffer.

The better solution is you need 2 different shader programs. One for when drawing to the framebuffer that uses no texture as input and another for drawing to the canvas . As it is you have one shader that branches on u_frame. Remove that branch and separate things into 2 shader programs. The one that computes colors then u_frame < 300 and the one that use a texture. Use the computing one to draw to the framebuffer and the texture one to draw the framebuffer's texture to the canvas.

A few links that may or may not be helpful: drawing multiple things, render targets, image processing.

Take the VGG16 model directly:

Since you are parsing a string, make sure that your dateFormatter can parse it with the used loale. F.e. "20/01/1990" would not parse with an "en_US" locale while "01/20/1990" would not parse f.e. with an "es_ES" locale.

To make sure, you could set the format yourself:

I was unable to reproduce the error. Maybe you forgot to close the file or you change the content of your h5 during execution.

Also you can use print h5_file.items() to check the content of your h5 file

Tested code:

You aren't allowed to create a dataset twice: