Reinforcement learning needs dataset? Sorry for this dummy question based on the number of contents in the field that I am asking about but
It seems that there are tons of texts and videos explaining what Reinforcement Learning is, and most of them are really copying what the first group did. Unfortunately, some of them are even copying the script which I can assure you that they do not understand each cell does what. I have a problem with optimization regarding an opening gate with respect to a condition to make it optimized for opening and closing in the best condition. I think my agent is the one who decides to open the gate and close it. My environment is the whole environment in that gate and my agent exists. Now the state is the situation after opening the gate and defining Rewards based on that.
NOW my Question is, "Do I need a dataset of opening and closing the gate in order to train the agent?" Or in Reinforcement Learning the whole process is done using random numbers?
I mean, what data is used for RL to train the AI-agent?
Given the fact, all the examples and videos are based on some prepared video games which are available on gym openAI, do you think everything for my case should be written from the scratch?
If I have made mistake is terms of using the terminologies in the field please correct me.
Many thanks

The answer depends upon the type of Reinforcement Learning algorithm you'd want to use. In case you use an online RL algorithm like DQN, you'd want a simulator that presents you with new data from the environment (state, action, reward, new state) during every time step. You can very easily adapt gym to your simulator. The advantage of doing that, is that it allows you to reference various RL algorithms and libraries, since all of them use the gym API to interact with the environment.
If you are working with offline RL, you'd need a complete dataset ,in advance, similar to the ones used in supervised learning.
Finally, I doubt your agent will learn anything if your dataset is purely random. Although that once again depends on your problem complexity and the type of RL algorithm, you implement.
