This question is based on the $$Pong Game Starter$$ Vivado project you have built

for Homework $4$ Question $3.$ Create a Vivado project with the same source files

$(.$vhd and $.$xdc files$)$ you used for your working project for Homework $4$ Question

$3$ as a starting point and complete the following tasks. $(100$ points$)$

Tasks:

Your current Pong Game Starter includes a bouncing round ball. Please modify

the VHDL code of your $$pong$\_$graph$\_$st$$ module to add a second bouncing

object of a triangle $($non$-$rectangular shape$)$ using the $$bit$-$map$$ method. This

second bouncing $$triangle$$ object occupies a square size of $16$x$16$ pixels.

$($a$)$ The $$bit map$$ method is introduced in the $$VGA$$ lecture slides pages $31-$

$35.$ The working code of the bouncing round ball is within your current

module $$pong$\_$graph$\_$st$.$ Refer to them and write your own code.

$($b$)$ You need to first set coordinates of a $$square triangle$$ of size $16($similar to

setting coordinates of the square ball for the round ball$)$

$($c$)$ You need to determine if the current pixel is within the square triangle to

set the $$sq$\_$triangle$\_$on$$ signal $($similar to how to set the $$sq$\_$ball$\_$on$$

signal$)$

$($d$)$ You need to create a new ROM type of size $16$x$16$ pixels and then initiate a

constant $$TRIANGLE$\_$ROM$$ of this new ROM type. This constant should

form a $$triangle$$ image using bit values of $1$s and $0$s$.($similar to the

$$rom$\_$type$$ data type and $$BALL$\_$ROM$$ constant for the round ball$)$

$($e$)$ Use the $$bit$-$map$$ method to determine if the image of the $$triangle$$ is

turned on or off $($similar to how to set $$rd$\_$ball$\_$on$).$

$($f$)$ You need to update the triangle position $60$ times per second $($similar to

$$updating the ball position$)$

$($g$)$ You need to set the values of the next triangle position according to the

boundaries $($similar to that for the round ball$).$ NOTE: please set a different

speed value for the triangle from the round ball, e$.$g$.,$ TRIANGE$\_$V$\_$P $=$

to$\_$unsigned$(1,10).$

$($h$)$ You need to revise the process block that assigns values to your

$$graph$\_$rgb$$ to include the $$triangle$\_$rgb$$ option. $($similar to the branch that

assigns $$ball$\_$rgb$$ to $$graph$\_$rgb$)$