The program CANNOT:

$1)$ Change any given code unless instructed otherwise.

$2)$ Use the break and$/$or continue statements.

Instrusctions$---$ each $1$ is a different set of code that needs to be written

$1)$ Use the Repetition Operator to define and initialize a list named "dice" that has a length of constant NUMBER$\_$OF$\_$DICE and that contains all zeros $(0).$

$1)$ Using the range function, write a for$-$loop that iterates from zero $(0)$ to one $(1)$ fewer than constant NUMBER$\_$OF$\_$DICE inclusive.

$2)$ Code block for the for$-$loop in Step $1$:

A$)$ Write a statement that uses the loop control variable in Step $1$ to index into list "dice", assigning each element of the list the following expression: random.randint$($MIN$\_$NUMBER$\_$ON$\_$DIE, MAX$\_$NUMBER$\_$ON$\_$DIE$)$

$1)$ Using the range function, write a for$-$loop that iterates from zero $(0)$ to one $(1)$ fewer than constant UPPER$\_$CATEGORY$\_$UPPER$\_$BOUND inclusive.

$2)$ Code block for the for$-$loop in Step $1$:

A$)$ Write an if$-$statement that checks each element of parameter tuple "tScores" for "inequality to$"($not equal to$)$ constant

SCORE$\_$NO$\_$VALUE. Use the loop control variable in Step $1$ to index into tuple "tScores".

B$)$ Code block for the if$-$statement in Step $2$A:

a$)$ Write a statement that accumulates the associated tuple element from parameter tuple "tScores" into local variable "score".

$1)$ Using the range function, write a for$-$loop that iterates from constant UPPER$\_$CATEGORY$\_$UPPER$\_$BOUND to one $(1)$ fewer than constant LOWER$\_$CATEGORY$\_$UPPER$\_$BOUND inclusive.

$2)$ Code block for the for$-$loop in Step $1$:

A$)$ Write an if$-$statement that checks each element of parameter tuple "tScores" for "inequality to$"($not equal to$)$ constant SCORE$\_$NO$\_$VALUE. Use the loop control variable in Step $1$ to index into tuple "tScores".

B$)$ Code block for the if$-$statement in Step $2$A:

a$)$ Write a statement that accumulates the associated tuple element from parameter tuple "tScores" into local variable "score".

$1)$ Using the range function, write a for$-$loop that iterates from zero $(0)$ to one $(1)$ fewer than constant NUMBER$\_$OF$\_$DICE inclusive.

$2)$ Code block for the for$-$loop in Step $1$:

A$)$ Write an if$-$statement that checks each element of parameter tuple "tDice" for "equality to$"($equal to$)$ parameter variable "dieNumber". Use the loop control variable in Step $1$ to index into tuple "tDice".

B$)$ Code block for the if$-$statement in Step $2$A:

a$)$ Write a statement that accumulates the associated tuple element from parameter tuple "tDice" into local variable "score". Alternately, Step $1$ can be written using the $"$in$"$ operator instead of using the range function, and then Step $2$ can be written in a manner not using list indexing.

$1)$ Write a for$-$loop that iterates over parameter tuple "tDieCount" using the $"$in$"$ operator instead of using the range function and list indexing.

$2)$ Code block for the for$-$loop in Step $1$:

A$)$ Write an if$-$statement whose condition checks the VALUE of each element in parameter tuple "tDieCount" for "equality to$"($equal to$)$ parameter variable "nKind".

B$)$ Code block for the if$-$statement in Step $2$A:

a$)$ Assign True to the local variable "isNKind".

C$)$ Write an elif$-$statement whose condition is made of two Boolean expressions joined by the Boolean "and" operator:

a$)$ The first Boolean expression checks the VALUE of each element in parameter tuple "tDieCount" for "greater than or equal to$"$ parameter variable "nKind".

b$)$ The second Boolean expression checks parameter variable "exactFlag" for "equality to$"($equal to$)$ False.

D$)$ Code block for the elif$-$statement in Step $2$C:

a$)$ Assign True to the local variable "isNKind".

$3)$ Not connected to nor nested within the code in Steps $1$ and $2,$ write an if$-$statement that checks the local variable "isNKind" for "equality to$"($equal to$)$ True.

$4)$ Code block for the if$-$statement in Step $3$:

A$)$ Call function "sumAllDice" passing parameter tuple "tDice" as an argument.

a$)$ Assign this function call to local variable "score".