458 Mastermind

458 : Mastermind

How it works

The goal of Mastermind is to guess the correct color combination with the minimal number of inputs. Guesses are made using specific inputs which represent different colors.

How to test

To randomly pick the hidden color answer, press any push button once.

After the answer is chosen, the user can start to make guesses. No color can be repeated in a guess (and it won’t be repeated in the answer either). A guess consists of 4 button pushes to select 4 colors.

Once a guess is selected, the LEDs will show the guide code. The four LEDs closest to the left will show how many colors are correct (but not necessarily in the correct place), and the four LEDs closes to the right will show how many colors are in the correct position. Using this hint, the user can make an educated guess as to what their next guess will be.

If 10 rounds go by and the user doesn’t get the correct combination, the LEDs will flash on and off to indicate a loss. If the user guesses the correct color combination, the light is shifted to the left by a clock to indicate a win.

External hardware

The external hardware that may be useful in playing the game are two Pmod BTNs (410-077) for a total of 8 push buttons (for color inputs), a Pmod8LD (410-163) for 8 output LEDs, and a 2x6 pin to dual 6-pin Pmod splitter cable (240-110) to use both push button Pmods.. All can be purchased on digilent.com

IO

# Input Output Bidirectional
0 Red Correct Position 1 unused
1 Yellow Correct Position 2 unused
2 Green Correct Position 3 unused
3 Blue Correct Position 4 unused
4 Orange Correct Color 1 unused
5 Black Correct Color 2 unused
6 White Correct Color 3 unused
7 Purple Correct Color 4 unused

Chip location

Controller Mux Mux Mux Mux Mux Mux Mux Mux Mux Mux Mux Analog Mux Mux Mux Mux Mux Mux Mux Mux Mux Mux Mux Analog Mux Mux Mux Mux Mux Mux Mux Mux Mux Mux tt_um_chip_rom (Chip ROM) tt_um_factory_test (TinyTapeout 7 Factory Test) tt_um_analog_factory_test (TT07 Analog Factory Test) tt_um_urish_charge_pump (Dickson Charge Pump) tt_um_adennen_inverter (Aron's analog buffer test) tt_um_rejunity_z80 (Zilog Z80) tt_um_kianv_bare_metal (KianV RISC-V RV32E Baremetal SoC) tt_um_macros77_subneg (SUBNEG CPU) tt_um_eater_8bit (Tiny Eater 8 Bit) tt_um_ender_clock (clock) tt_um_wokwi_397140982440144897 (7-Seg 'Tiny Tapeout' Display) tt_um_wokwi_397142450561071105 (Padlock) tt_um_Burrows_Katie (QIF Neuron) tt_um_vga_clock (VGA clock) tt_um_aidenfoxivey (CRC-8 CCITT) tt_um_PUF (Reversible logic based Ring-Oscillator Physically Unclonable Function (RO-PUF)) tt_um_devinatkin_dual_oscillator (dual oscillator) tt_um_urish_simon (Simon Says memory game) tt_um_ajstein_stopwatch (Stopwatch Project) 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