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final_soc
final_soc
 
 
helpers
helpers
 
 
software
software
 
 
Color_Mapper.sv
Color_Mapper.sv
 
 
HexDriver.sv
HexDriver.sv
 
 
README.md
README.md
 
 
VGA_controller.sv
VGA_controller.sv
 
 
audio.hex
audio.hex
 
 
avl_interface.sv
avl_interface.sv
 
 
cache_line.sv
cache_line.sv
 
 
cloud.sv
cloud.sv
 
 
final_soc.qsys
final_soc.qsys
 
 
final_soc.sopcinfo
final_soc.sopcinfo
 
 
framebuffer.sv
framebuffer.sv
 
 
hero.sv
hero.sv
 
 
lab7.sdc
lab7.sdc
 
 
lab7.sv
lab7.sv
 
 
map.hex
map.hex
 
 
map.sv
map.sv
 
 
pll.ppf
pll.ppf
 
 
pll.qip
pll.qip
 
 
pll.v
pll.v
 
 
pll_syn.v
pll_syn.v
 
 
renderer.sv
renderer.sv
 
 
sample.hex
sample.hex
 
 
sprite.hex
sprite.hex
 
 
sprite_table.sv
sprite_table.sv
 
 
test.hex
test.hex
 
 
testbench_audio.sv
testbench_audio.sv
 
 
testbench_videocard.sv
testbench_videocard.sv
 
 
top_audio.sv
top_audio.sv
 
 
top_video.sv
top_video.sv
 
 
vga_text_avl_interface.sv
vga_text_avl_interface.sv
 
 
video_card.sv
video_card.sv
 
 

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Final Project - Celeste on FPGA

We made a 2D pixel game the Classic Celeste(pico-8 version). In this game, you are going to control the hero Madline to climb up the mountain, pass through obstacles and find the tophill flag.

Madline can move left and right and has the ability of jumping and dashing, which are controlled by 6 keys in total.

Our design includes hardware part that deals with video output with some visual effects and audio output that can play a squarewave, and software part that handles the game logic. Hardware uses on-chip memory to implement double frame buffer and store the sprite table. Software runs on SDRAM. We use USB keyboard as input and display hero and map using VGA output.

Implemented Functions

  • 256x256 60Hz display supporting sixteen 24-bit colors
  • 100MHz NIOS II
  • Support displaying 128 different tiles
  • Multiple Maps that can customize
  • Dynamic Background with random moving clouds
  • Double buffering for better video rendering output
  • Hero death count
  • Score Keeping
  • Beeping with 440Hz square wave
  • Screen shaking effect
  • Hero Appearance change
  • Advanced hero movements including jump, dash & double dash
  • Optimization of hero movements such as coyoto time and jump buffering
  • Map objects interactions like spike and skill upgrader (green ball)

Basic Usage

  1. Program hardware part with .soc in Quartus.
  2. Plug in keyboard to the USB port on provided shield.
  3. Run software part with .elf in Eclipse.
  4. Plug in VGA cable for video output.
  5. Plug in 3.5mm audio cable for audio output.

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game fpga celeste-classic

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