Verilog Teeter

A FPGA version game like teeter on HTC, using Nexys4 DDR and its onboard accelerometer.

The accelerometer of ball is control by the angle of inclination of the board. There are fail holes(black, 7) and win hole(green 1).

Currently, it has Classic mode with 10 levels and Endless mode with random map :D

No time and hair for me to add baffle or clinoplain XD

Need VGA, no need for mouse or keyboard.

Use sw[15] to chose theme; up/dowm button to change selection; centre button to confirm choose or call menu when playing.

The vga320x180.v, alpha.v(adjusted) and sram.v is taken from a nice tutorial called FPGA VGA Graphics in Verilog; The ip core AccelerometerCtl is generated from Digilent's GPIO demo;The Random.v is adjusted from Zenuora's implementation of T-Rex game.

Name		Name	Last commit message	Last commit date
Latest commit History 10 Commits
.vscode		.vscode
ADXL362Ctrl_source		ADXL362Ctrl_source
balance.ip_user_files		balance.ip_user_files
balance.runs		balance.runs
balance.srcs/sources_1/ip/ADXL362Control_0		balance.srcs/sources_1/ip/ADXL362Control_0
ip_repo		ip_repo
materials		materials
.gitignore		.gitignore
Nexys-4-DDR-Master.xdc		Nexys-4-DDR-Master.xdc
README.md		README.md
alpha.py		alpha.py
balance.xpr		balance.xpr
ballMove.v		ballMove.v
calculateV.v		calculateV.v
calculateX.v		calculateX.v
classicPos.v		classicPos.v
drawScreen.v		drawScreen.v
drawSingleLayer.v		drawSingleLayer.v
dropInHoles.v		dropInHoles.v
example.xml		example.xml
getRandPos.v		getRandPos.v
ip_upgrade.log		ip_upgrade.log
layerControl.v		layerControl.v
main.v		main.v
myAccelerometerCtrl.v		myAccelerometerCtrl.v
positionConflict.v		positionConflict.v
random.v		random.v
sig_clr.v		sig_clr.v
sig_pulse.v		sig_pulse.v
simAcce.v		simAcce.v
simAcce_behav.wcfg		simAcce_behav.wcfg
simLayerCtrl.v		simLayerCtrl.v
simRandPos.v		simRandPos.v
simtop.v		simtop.v
sram.v		sram.v
vga320x180.v		vga320x180.v
vga640x360.v		vga640x360.v

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