however, compose an estimated hand based on the amount of cards the opponent already discarded and the current cards the opponent played on the field. The estimated hand is composed of 17 cards, and each of them is calculated as follows:

$$\begin{aligned}
card = \left\{
\begin{matrix}
0 & if & noCard\\
d & if & discarded \\
r & if & card At Hand
\end{matrix}
\right.
\end{aligned}$$

where $d$ represents the discarded cards by the opponent on that round, if any, and $r$ is a randomly chosen card, between the face value interval $[1,11]$. To normalize the estimation, we create 100 different combinations of ($e-C$). Knowing which action the opponent took, the agent will calculate the estimated confidence value for that specific action for the 100 combinations. This will give the agent an approximated assessment of the opponent’s action, based on its judgment.

For each of the agent opponents, we create a single GWR to represent an estimated mood. For each opponent’s action, we create a specific $e-{PA}$, following the same procedure demonstrated in Eq. 9 and 10, and train one specific GWR for that opponent. The entire process provides each agent with its own mood readings and the estimated 