Tabletop Game Progress Monitoring System

A tabletop game value tracking system comprising:

• a first tabletop game value tracking device;
• and
• a second tabletop game value tracking device;
• wherein each of the first tabletop game value tracking device and the second tabletop game value tracking device comprises:
• a housing;
• a display configured to present a numeric value;
• an increment control;
• a decrement control;
• a memory selection input having multiple selectable positions each corresponding to a respective stored value;
• a step selection input having multiple selectable positions each corresponding to a respective step size;
• a processor operably coupled to the display, the increment control, the decrement control, the memory selection input, and the step selection input;
• a nonvolatile memory operably coupled to the processor and storing the respective stored values, the nonvolatile memory retaining the respective stored values after the device is powered off;
• and
• at least one magnet disposed within the housing;
• wherein the at least one magnet of the first tabletop game value tracking device and the at least one magnet of the second tabletop game value tracking device are configured to detachably couple the housings in a coupled configuration;
• and
• wherein the display of the first tabletop game value tracking device and the display of the second tabletop game value tracking device are simultaneously visible in the coupled configuration.

A method of tracking a tabletop game value using a tabletop game value tracking device that includes a display, an increment control, a decrement control, a memory selection input having multiple selectable positions each corresponding to a respective stored value, a step selection input having multiple selectable positions each corresponding to a respective step size, a processor, and a nonvolatile memory storing the respective stored values, the method comprising:

• selecting a memory position using the memory selection input;
• displaying a stored value corresponding to the selected memory position on the display;
• selecting a step size using the step selection input;
• actuating the increment control to increase the stored value by the selected step size or actuating the decrement control to decrease the stored value by the selected step size;
• storing an updated stored value in the nonvolatile memory;
• and
• retaining the updated stored value in the nonvolatile memory after the device is powered off.