$(10$ points$)$ Design in Python

Design is given. Write three P$\text{'}$s as usual.

$-$ Build a graphics window, size is your choice.

$-$ Use random numbers to choose a location on the window. Use them to build a Point, but don't draw it YET!

$-$ Use a Text object to tell the user to click on the window.

$-$ Get the user's guess by getting the Point that they click on$.$

$-$ Draw an orange pumpkin at the point they guessed USE GIVEN FUNCTION

$-$ Initialize a counter for the guesses, using what value??

$-$ Use a Text object to display the counter with a label $($draw it$)$

$-$ Get the distance from the user's guess to the Black Cat. USE GIVEN FUNCTION

$-$ Make a Text object with the label "Distance" and draw it$.$ Don't put a number in it yet.

$-$ While the integer result of this distance is greater than $10,$

$-$ use setText to output the distance $($cast to integer$)$ to the screen with label

$-$ get another guess from user

$-$ draw an orange pumpkin at the point they guessed USE GIVEN FUNCTION

$-$ count the guess

$-$ update the displayed counter

$-$ find the distance between the new guess and the Black Cat USE GIVEN FUNCTION

$-$ Report that the user found the Black Cat

$-$ Draw a White circle where the Black Cat was revealed USE GIVEN FUNCTION

$-$ Get another click so program will pause

$-$ close window

$(70$ points$)$ Implementation:

$-$ Include the given design and write the program.

$-$ Two function definitions you paste into your program,

$-$ Not defined within the main$()$ function.. must be defined BEFORE or AFTER main$()$ definition

$-$ You must call these two functions $($ TWO GIVEN FUNCTIONS$).$

$```$

def distance $($pt$1,$ pt$2)$:

$\text{'}\text{'}\text{'}$

Purpose: calculate the distance between $2$ graphics Points

Pre$-$conditions: two Point objects

Post$-$conditions: returns distance using distance formula

return $(($pt$1.$getX$()-$ pt$2.$getX$())**2+($pt$1.$getY$()-$ pt$2.$getY$())**2)**0\mathrm{.}5$

def drawPoint$($pt$,$ color, win$)$:

$\text{'}\text{'}\text{'}$

Purpose: draw a Circle of radius $6$ at location given by pt with the color specified on the GraphWin win

Pre$-$conditions: pt is a Point object which acts as center of circle, color is string, win is GraphWin object used to draw on

Post$-$conditions: a colored Circle of radius $6$ is drawn on win, center at location given by pt

$\text{'}\text{'},$

c $=$ Circle$($pt$,6)$

c$.$setFill$($color$)$

c$.$draw$($win$)$

$```$

$-(5$ BONUS POINTS$)$

Change the program so that if you can't find the Black Cat within $15$ clicks, the program stops the game, shows you where the Black Cat was hidden and tells you that you didn't find it$.$

$-$ Submit this final program with your team members' names $($the ones who were present at lab$)$ using the Canvas link.

$-$ Make sure that all members of the team understand the team result.

Sample screens while playing the game:

Halloween Hunt $-$ Find the black cat

Click to find the black cat

distance

guesses

Halloween Hunt $-$ Find the black cat

Click to find the black cat

Distance $429$

Guesses: $1$

THE BLACK CAT IS CLEVER!!

The trick is practice, try again

Click to Close

distance $400$

Guesses: $15$

Halloween Hunt $-$ Find the black cat

YOU FOUND THE BLACK CAT!!

What a treat!

Click to Close