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生成由超过0名创作者信赖的Hayqal声音。使用AI文本转语音创建high-quality语音。
3个简单步骤即可创建专业配音
点击生成,让 Hayqal 的声音为您的文本注入生命
State Label Explanation “First, I will explain the states used in the vending machine system. The first state is State A, Idle, which is the initial state. In this state, the vending machine is waiting for user interaction. There is no active transaction and no payment has been made. Next is State B, Coin Inserted. This state shows that the user has inserted a coin into the vending machine. The system has received a payment input and is now waiting for the user to either select a product or insert additional coins if necessary. Then, we have State C, Product Selected. In this state, the user has selected a product. The vending machine will check whether the selected product is available and whether the inserted balance is sufficient to continue the transaction. Finally, there is State D, Dispensing Product, which is the final state. In this state, the vending machine dispenses the selected product to the user. After the product is dispensed, the transaction is completed, and the system will later reset back to the idle state for the next user.” Transition Input Label Explanation “For the transition inputs, this system uses two input values. Input 1 represents a complete action, such as inserting a coin, selecting a product, having sufficient balance, or completing the dispensing process. Input 0 represents an incomplete action, for example when no coin is inserted, no product is selected, the balance is insufficient, or the dispensing process is not completed.” Transition Explanation “Now, I will explain the transitions between each state. First, State A to State B. If the input is 0, meaning no coin is inserted, the system will remain in State A, which is the idle state. If the input is 1, when the user inserts a coin, the system transitions from State A to State B. Next, State B to State C. If the input is 1, after the coin has been inserted and the user selects a product, the system moves from State B to State C. If the input is 0, meaning no product is selected or the balance is still insufficient, the system remains in State B. Then, State C to State D. If the input is 1, when the selected product is valid and the balance is sufficient, the vending machine transitions to State D, which is the dispensing state. If the input is 0, when the selection is invalid or the balance is insufficient, the system remains in State C. Lastly, State D to State D, which is a self-loop. If the input is 0, the system remains in State D because the dispensing process has not been completed yet. If the input is 1, once the product is successfully dispensed, the transaction is completed and the process ends at this final state.” Closing Statement (Opsional tapi Bagus) “In conclusion, this DFA model clearly represents the workflow of a basic vending machine system, starting from the idle state, processing payment and product selection, and ending with product dispensing in a structured and systematic manner.”