Write a C++ program to develop a digital clock, working in 24 hours, as well as 12 hours format, depending upon the settings selected by the user. In either of the formats, the working of a clock is the same as it increments the seconds one by one and builds up minutes and hours. 1. Create a class named “Digi_Clock”, having appropriate constructors for one-time initialization. 2. Your digital clock must-have feature to reset the clock, make appropriate functions to incorporate this property 3. The working of a clock in depending upon incrementing the time value, so you must use the statement ‘time++’. Must consider that your ‘Digi_Clock’ is currently either in 12 hours or 24 hours format. Must update tag of ‘am’ or ‘pm’ while handling 12 hours format. 4. The ‘Digi_Clock’ should ask for time to start, and the format (12 or 24 hours), by the user. 5. In the last add a feature of conversion of one format to other. Hint: Must recall concepts of data abstraction, overloading.
Write a C++ program to develop a digital clock, working in 24 hours, as well as 12 hours format, depending upon the settings selected by the user. In either of the formats, the working of a clock is the same as it increments the seconds one by one and builds up minutes and hours. 1. Create a class named “Digi_Clock”, having appropriate constructors for one-time initialization. 2. Your digital clock must-have feature to reset the clock, make appropriate functions to incorporate this property 3. The working of a clock in depending upon incrementing the time value, so you must use the statement ‘time++’. Must consider that your ‘Digi_Clock’ is currently either in 12 hours or 24 hours format. Must update tag of ‘am’ or ‘pm’ while handling 12 hours format. 4. The ‘Digi_Clock’ should ask for time to start, and the format (12 or 24 hours), by the user. 5. In the last add a feature of conversion of one format to other. Hint: Must recall concepts of data abstraction, overloading.
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