minimum UI
working minimum UI
Checkpoint: ISR is working. Todo: Configure Sequence and Trigger ADC.
Checkpoint: ISR and Sequence are working. Todo:Trigger ADC from Timer.
Checkpoint: Trigger ADC from Timer. TODO: Comparator Trigger ADC logging
Checkpoint: Comparator Trigger ADC logging. TODO: Complete ADC Start Functionality
Checkpoint: Comparator Trigger ADC logging. TODO: Complete ADC Start Functionality
Checkpoint: Comparator Trigger ADC logging. TODO: Complete ADC Start Functionality
Checkpoint: Complete ADC Start Functionality. TODO: ADC Stop functionality
Checkpoint: ADC Start Functionality. TODO: ADC Logging at 1kHz and above
Checkpoint: Button in ADC. \n TODO: (1)ADC Logging at 1kHz and above.\n (2)ComputeSample
Checkpoint: Without trigger start, ADC is Logging at 1Mhz. \n TODO: (1)ADC Logging at 1kHz and above.\n (2)ComputeSample
Checkpoint: Without trigger start, ADC uses Circular Buffers. 1Mhz not working. \n TODO: (1) 1Mhz logging without trigger and Complete ADC Logging at 1kHz and above.\n (2)ComputeSample
Checkpoint: Compute Sample Done. \n TODO: (1) 1MHz logging without trigger. (2) Complete ADC Logging at 1kHz and above.\n (3)Draw Data
Checkpoint: Compute Sample Done. \n TODO: (1) 1MHz logging without trigger. (2) Complete ADC Logging at 1kHz and above.\n (3)Draw Data
Checkpoint: Graph Drawing without Stopping. \n TODO: (1) 1MHz logging without trigger. (2) Complete ADC Logging at 1kHz and above.\n (3)Implement Acquire Stop
Checkpoint: Graph Drawing with Stopping. \n TODO: (1) 1MHz logging without trigger. (2) Complete ADC Logging at 1kHz and above.\n (3)Draw All Series
Checkpoint: Graph Drawing with Stopping. \n TODO: (1) 1MHz logging without trigger. (2) Complete ADC Logging at 1kHz and above.\n (3)Draw All Series
Checkpoint: Graph Drawing with Stopping for All Series with Color. \n TODO: (1) 1MHz logging without trigger. (2) Complete ADC Logging at 1kHz and above.\n (3) Delay after one sampling set
Checkpoint: Delay after sampling. \n TODO: (1) 1MHz logging without trigger. (2) Complete ADC Logging at 1kHz and above.\n (3) Implement Shock Monitoring