2D puzzle game for Android inspired by pulse-width modulation and various side-scrolling games.

Disclaimer: this game was written directly on an Android smartphone with the QLua IDE and the LÖVE for Android app.

• plots:
  • they display functions of time (as in an oscilloscope);
  • they are initially initialized by the average value over the entire length;
  • random plot:
    • it is updated with a random shift from the last value;
    • it takes up three-quarters of the screen width;
  • custom plot:
    • it is updated with a custom shift from the last value:
      • custom shift can be positive (the plot grows);
      • custom shift can be negative (the plot shrinks);
    • it takes up half of the screen width;
  • custom source plot:
    • it is updated by either the minimal or maximal value;
    • it takes up half of the screen width;
  • configuration:
    • options:
      • speed of motion of the plots;
      • amount of plot points per screen;
      • coefficients:
        • of updation of the random plot;
        • of updation of the custom plot:
          • in the inactive mode;
          • in the active mode;
• game stats:
  • metrics:
    • percentage of time when the distance between the random and custom plots was normal;
    • percentage of time when the distance between the random and custom plots fit within the soft limit;
    • percentage of time when the distance between the random and custom plots fit within the hard limit;
  • types:
    • current;
    • best;
  • storing the game stats in the FlatDB database:
    • regular saving with a certain period;
  • configuration:
    • options:
      • amount of points per screen for checking the distance between the random and custom plots;
      • limits of the distance between the random and custom plots:
        • soft limit;
        • hard limit;
      • period of saving of the game stats;
• pause mode:
  • stopping of updating:
    • of the plots;
    • of the game stats;
• drawing:
  • drawing of plot boundaries;
  • drawing of plots;
  • drawing of a type of distance between the random and custom plots:
    • normal distance;
    • distance that fits within the soft limit;
    • distance that fits within the hard limit;
  • drawing of the game stats:
    • dynamic width of the stats labels:
      • width is selected by the maximum of the current and best values;
    • delay of updating of the best stats:
      • update starts only after all initial values of the custom plot have left the screen;
  • drawing of the pause mode;
  • support of resizing of the game window;
• game configuration:
  • loading from a JSON file;
  • validation via the JSON Schema.

Clone this repository:

$ git clone https://github.com/thewizardplusplus/pwm-simulator.git
$ cd pwm-simulator

Build the game with the makelove tool:

$ makelove ( win64 | macos | appimage )

Take the required build from the corresponding subdirectory of the created builds directory.

See for details: https://love2d.org/wiki/Getting_Started#Running_Games

Clone this repository:

$ git clone https://github.com/thewizardplusplus/pwm-simulator.git
$ cd pwm-simulator

Make a ZIP archive containing it:

$ git archive --format zip --output pwm_simulator.zip HEAD

Change its extension from .zip to .love:

$ mv pwm_simulator.zip pwm_simulator.love

Transfer the resulting file to the Android device.

Open it with the LÖVE for Android app.

Clone this repository:

$ git clone https://github.com/thewizardplusplus/pwm-simulator.git
$ cd pwm-simulator

Then run the game with the LÖVE engine:

$ love .

• Table of Contents (EN / RU):
  • Summary (EN / RU)
  • Gameplay (EN / RU)
  • Controls (EN / RU)

The MIT License (MIT)

Copyright © 2020-2021 thewizardplusplus