Design and implement sequential digital circuit, with following specifications: It has one input X, two outputs Y1 and YO. Whenever an active HIGH is observed at input X at the active clock edge,...

How is the transition from the time diagram to the truth table here? I just need that explanation.

Extracted text: Design and implement sequential digital circuit, with following specifications: It has one input X, two outputs Y1 and YO. Whenever an active HIGH is observed at input X at the active clock edge, circuit initiates a sequence and generates output waveforms given in figure below. (After the sequence is completed, it walts for input to be HIGH again) a) Use AND, OR, NOT gates and D type edge triggered flip-flops. Hint: Describe the circuit model Draw the State Diagram Find the State Table Make State Assignment with increasing numbers. (i.e. 0,1,2,3.) Write State and Output equations Draw the Circuit. : b) Use 74HC00, 74HC74 Integrated circuits for the implementation. c) Use 74HCO0, 74HC138 Integrated circuits for the implementation. re-start or intation of restart or ntiation of restart or sequence initiotion of new sequence ends here new sequence rewsequence 000 0 YO 000 000 0 0o0 0 Y1 ck nnn nn. no waiting male lorg watine typical esample eampie