Author:

• Name: Christopher Mills
  Location: US - United States of America (United States)

To build:

    make

To use:

    ./prog

Try:

    ./prog

Press the up arrow and the down arrow at the right time.

Judges’ remarks:

Did you find that mobile application game a bit frustrating? Well you can adjust the Makefile parameters to make life a bit easier for you:

    ./try.sh

which runs:

    make clobber all DW=199999 DW=22 DH=16 DA=50 DI=-150
    ./prog

From the Makefile:

    # Game parameters
    #
    DU=99999        # Time between steps in microseconds.
                    # Make it larger if the game is too fast for you.

    DW=28           # Pipe-to-pipe spacing, in columns.
                    # Farther apart is easier.

    DD=20           # Space between pipes.
                    # The difference between DD and DW is the width of a pipe.
                    # Narrow pipes are easier to fly though.

    DH=8            # Height of gap in pipe.
                    # Make this larger to make the game easier.

    DA=100          # Acceleration due to gravity (scaled by 256).
                    # Smaller values make you glide slower.

    DI=-200         # Impulse velocity of a flap (scaled by 256).
                    # Make larger if you want a less intense tapping experience!

    DB='"<o^="'     # Sprite for player when gliding.
                    # HINT: Try using various emojis.
                    # NOTE: The string MUST be enclosed inside double quotes.

    DF='"<ov="'     # Sprite for player when flapping.
                    # HINT: Try using various emojis.
                    # NOTE: The string MUST be enclosed inside double quotes.

    DG='"Tap to Flap!"'     # Instruction text.
                            # Change to your native tongue.
                    # NOTE: The string MUST be enclosed inside double quotes.

WARNING: if you have good eye-hand coordination and too much time on your hands you might fall asleep while playing as you probably will never die in this mode. We only stopped when a reminder came through and we tried to mark it complete at the same time as playing and we almost managed to survive that. At that point we already scored over 90.

Enjoy!

    TAP!! TAP!! TAP!!
    FLAP! FLAP! FLAP!

Author’s remarks:

The Program

Better late than never to jump on the bandwagon of 2014’s most successful mobile game. The game is called Tappy Bird, and has all the sophisticated gameplay of the original, except with an exciting twist! (you get to fly to the right instead of to the left).

In addition, the game features exciting new customization options! Too hard? Ran into that damn wall too many times? Now you can change physics! Change any of a number of parameters (speed, gravity, etc.) of the game to suit your gameplay!

You can even make the game more challenging – resize the terminal window to make the world taller or shorter. You’ll never be able to get through the pipes when they are four times as tall!

Instructions

The instructions are printed at the start of the game: Tap to Flap!

Hit any key to make your bird fly. Navigate her between the gaps in the pipes. Your score is shown in the upper left, along with your current high-score.

Customization options

To customize the gameplay, change any of the following options on the compile command line:

• -DU: Time between steps in microseconds. Make it larger if the game is too fast for you.
• -DW: Pipe-to-pipe spacing, in columns. Farther apart is easier.
• -DD: Space between pipes. The difference between D and W is the width of the pipe. Narrow pipes are easier to fly though.
• -DH: Height of gap in pipe. Make this larger to reduce the challenge.
• -DA: Acceleration due to gravity (scaled by 256). Smaller values make you glide slower.
• -DI: Impulse velocity of a flap (scaled by 256). Make this smaller if you want an intense tapping experience!
• -DB: Sprite for player when gliding.
• -DF: Sprite for player when flapping.
• -DG: Instruction text. Change to your native tongue.

Feel free to try out physics or play field options to make the game more interesting. Try setting the player sprites to change the game completely – maybe you can be a fish, or a pig – the options are limitless! Try using emojis – you can be a flying beer mug!

Note that since the curses library on POSIX doesn’t natively support wide characters (needed for UTF-8 support, which is needed for emojis), you may need to make some changes to the Makefile to get emojis to work on your system. To help you get started, I’ve included some example substitutions for emojis sprites and instruction text; for example, type

    make EMOJI=beer LANGUAGE=spanish

or

    make EMOJI=globe

for some examples (the full list of options is in the Makefile). Don’t forget to make clobber first (or use make -B). If the output doesn’t look right, you may need to link with the “wide” version of ncurses. On MacOSX 10.11, it should work with the current -lcurses; on Linux, you might need -lncursesw. See the Makefile to make this change if you need to. Or buy a Mac.

You will also need a UTF-8 compatible terminal and an emoji font installed, and you will need to have your LANG environment variable set to use UTF-8. Again, if this is too complicated, maybe just go and get that Mac.

Future additions

Future versions of the game will include monetization via the freemium model with micropayments for customization options, play-to-win and of course live-streamed targeted video advertising.

Primary files

• prog.c - entry source code
• Makefile - entry Makefile
• prog.orig.c - original source code
• try.sh - script to try entry

Secondary files

• 2015_mills1.tar.bz2 - download entry tarball
• README.md - markdown source for this web page
• .entry.json - entry summary and manifest in JSON
• .gitignore - list of files that should not be committed under git
• .path - directory path from top level directory
• index.html - this web page

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