Simulink Simulation of Parallel LC Resonant Converter

I'm conducting academic research that involves a Simulink simulation of a parallel LC resonant converter for Induction Heating. The circuit and values for the capacitor and inductor in the resonant tank are provided. The project requires the MOSFETs to be working in pairs as it is a full bridge.

Key Requirements:
- Measurement blocks for the current on the inductor and the voltage passing through the capacitor
- Selection of appropriate values for the MOSFETs, pulse generators and the voltage source
- Demonstration of the effect of before and after using the ZVS/ZCS on the MOSFETs through graphs
- Proper value selection for the matching inductors
- Conducting open-circuit and closed-circuit tests by adding a resistor and displaying the power rating on it
- Explanation or show the formulas used to get each value for each component

I will need your assistance to understand the circuit and each component, as well as the graphs from the scopes at the end of the project.

Ideal Skills:
- Proficient in Simulink R2024b
- Experience with circuit simulations
- Ability to explain complex concepts simply

Ultimately, the goal of this simulation is to analyze switching losses and efficiency improvements before and after using the ZVS/ZCS on the MOSFETs, and to analyze how the circuit is performing or how it generally works as a resonant converter.

"Side note: I also added a screenshot of what i tried to do so far so I hope you can also help understand where i went wrong so i can better understand this topic as it is for my final year project