Below are choices for the Final Project. You must work individually on your final project. 1. Ladder Game - This game i
Posted: Fri May 20, 2022 12:52 pm
Below are choices for the Final Project. You must
work individually on your final project.
1. Ladder Game - This game involves a setup of
LEDs in a row and a button. The goal is to get from the bottom led
all the way to the top without them resetting. The LEDs will flash
and you can only move up one led at a time, when the led is lit up,
or else you get reset to the bottom.
----------------------------------------------------------
2. Street Crossing - This consists of a
street light (red,yellow,green row of LEDs), and a separate red and
green led (walk/dont walk) and a button. When the button is
pressed, the red lights light up and the green indicator for walk
lights up. Eventually the green and yellow will flash saying time
to walk is over, then the red for dont walk lights up,
and green for traffic lights up.
----------------------------------------------------------
3. Randoms - Devise your own random number
generator (don't use the rand() function from C/C++). Demonstrate
your random number generator on the breadboard by lighting up LEDs
as you see in an intuitive manner.
----------------------------------------------------------
4. Black Jack - Devise a black jack game on the
Raspberry Pi and breadboard. You could have two tactile buttons,
one for hit (deal a card) and the other for resetting to a new
game. Have five LEDS that correspond to the five bits to use for
representing your player's current hand in binary (remember,
anything over 21 in blackjack is a bust or loosing hand - you could
utilize the RGB LED in a manner such that GREEN means your player's
hand is less than or equal to 21, and RED means the player
busted).
All of the necessary source code for the project (a
3/4's [75%] majority of the code MUST be in ASSEMBLY
LANGUAGE!)
work individually on your final project.
1. Ladder Game - This game involves a setup of
LEDs in a row and a button. The goal is to get from the bottom led
all the way to the top without them resetting. The LEDs will flash
and you can only move up one led at a time, when the led is lit up,
or else you get reset to the bottom.
----------------------------------------------------------
2. Street Crossing - This consists of a
street light (red,yellow,green row of LEDs), and a separate red and
green led (walk/dont walk) and a button. When the button is
pressed, the red lights light up and the green indicator for walk
lights up. Eventually the green and yellow will flash saying time
to walk is over, then the red for dont walk lights up,
and green for traffic lights up.
----------------------------------------------------------
3. Randoms - Devise your own random number
generator (don't use the rand() function from C/C++). Demonstrate
your random number generator on the breadboard by lighting up LEDs
as you see in an intuitive manner.
----------------------------------------------------------
4. Black Jack - Devise a black jack game on the
Raspberry Pi and breadboard. You could have two tactile buttons,
one for hit (deal a card) and the other for resetting to a new
game. Have five LEDS that correspond to the five bits to use for
representing your player's current hand in binary (remember,
anything over 21 in blackjack is a bust or loosing hand - you could
utilize the RGB LED in a manner such that GREEN means your player's
hand is less than or equal to 21, and RED means the player
busted).
All of the necessary source code for the project (a
3/4's [75%] majority of the code MUST be in ASSEMBLY
LANGUAGE!)