How to go from micro operations to a logic diagram

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The discussion revolves around transitioning from micro operations to a logic diagram for a final exam question. The user is uncertain about how to create a next state table and the relationships between control signals x, y, and v with non-overlapping signals T1, T2, and T3. It is clarified that T1, T2, and T3 control the behavior of a flip-flop (F-F) based on the states of x, y, and v. Specifically, T1 resets the F-F, while T2 and T3 set it high depending on their respective control signals. The main task is to design additional gates around a JK flip-flop to accommodate these inputs effectively.
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Homework Statement


I am preparing for my final and I am stuck on the following question
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Homework Equations

The Attempt at a Solution


My best guess would be to make some kind of next state table, but I don't understand the relationship between xT1, yT2, yT3 and any kind of table.
 
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I'll take a wild guess. Other opinions are welcome.

T1, T2 and T3 are non-overlapping signals.
x, y and v are some sort of control logic signals.

When T1 goes HIGH it allows the value of x if high to cause the F-F to reset to LOW
When T2 goes HIGH it allows the value of y if high to make the F-F output HIGH
When T3 goes HIGH it allows the value of v if high to make the F-F output HIGH

Your task: design the arrangement of extra gates you need around the standard JK F-F to achieve this with these 6 inputs.

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