progLang_cat_game_final

// code written by Raphael Jans Caballegan, Diane Sula, Joshua Franz Sabaot

// stats
// health, hunger, sleep array names
String[] stat_names = ["Fitness", "Hunger", "Sleep"]

// health, hunger, sleep array values
int[] stats = [100, 100, 100]

// mechanics
int days = 5
int actions = 2
int dec_form = 0
String condition = "WIN"

// choice array used to validate for the random mood
String[] choice_arr = ["a", "b", "c"]

// mood array that is randomly picked each action
String[] mood = ["OUT OF SHAPE", "CRAVING FOOD", "TIRED"]

// game end message array
String[] lost = new String[3]
lost[0] = "The cat died because of fatigue!"
lost[1] = "The cat died of excessive eating!"
lost[2] = "The cat died from a nightmare!"

// object instantiation
Scanner sc = new Scanner(System.in)
Random rn = new Random()

// display cat method according to state
static void displayCat(int state) {
    if (state == 101) {
        println "    /\\_____/\\"
        println "   /  \$   \$  \\"
        println "  ( ==  V  == )"
        println "   )         ("
        println "  (           )"
        println " ( |  |   |  | )"
        println "(__(__)___(__)__)"
    }else if (state > 75 && state <= 100) {
        println "    /\\_____/\\"
        println "   /  ^   ^  \\"
        println "  ( ==  V  == )"
        println "   )         ("
        println "  (           )"
        println " ( |  |   |  | )"
        println "(__(__)___(__)__)"
    } else if (state > 50 && state < 75) {
        println "    /\\_____/\\"
        println "   /  O   O  \\"
        println "  ( ==  _  == )"
        println "   )         ("
        println "  (           )"
        println " ( |  |   |  | )"
        println "(__(__)___(__)__)"
    } else if (state > 0 && state < 50) {
        println "    /\\_____/\\"
        println "   /  O   O  \\"
        println "  ( ==  ^  == )"
        println "   )         ("
        println "  (           )"
        println " ( |  |   |  | )"
        println "(__(__)___(__)__)"
    }  else {
        println "    /\\_____/\\"
        println "   /  x   x  \\"
        println "  ( ==  3  == )"
        println "   )         ("
        println "  (           )"
        println " ( |  |   |  | )"
        println "(__(__)___(__)__)"
    }
}

// instruction
println "VIRTUAL CAT GAME"
println " "
println "Instructions:"
println "> To win the game, choose an action that will balance your cat's health for 5 days."
println "> The cat will have a random mood/feeling for each day that will either have a penalty or a bonus depending on your chosen action."
println "> The selected action(exercising, eating or sleeping) will add value to its corresponding attribute."
println "> The cat's attributes will go down exponentially with the number of days passed."
println "> The game will end when any of the cat's attributes drop to 0 or when you win the game."

println " "
println "***************************************************************************************************************"
println " "
println "What do you wanna call your pet cat? "
print "-> "

String cat_name = sc.nextLine()

println cat_name + "! What a nice name, hope you take care of " + cat_name + " well!"
println " "
println "---------------------------------------------------------------------------------------------------------------"
println " "

for (i in 1..days) {
    // lose condition checks every day if any of the attributes are less than or equal to 0
    if (stats[0] <= 0 || stats[1] <= 0 || stats[2] <= 0) {
        condition = "LOSE"
        displayCat(0)
        break
    }

    // gets the average of all the attributes
    int ave = (stats[0] + stats[1] + stats[2]) / 3

    println ""
    println "DAY: " + i

    // displays the cat art based on the average
    displayCat(ave)
    println " "

    for (j in 1..actions) {

        // randomize mood per action
        int rand_mood = Math.abs(rn.nextInt() % 3) + 1

        // display stats
        println " "
        println "Current statistics:"
        println "Previous Deduction: " + (dec_form * 3)
        println "Fitness: " + stats[0]
        println "Hunger: " + stats[1]
        println "Sleep: " + stats[2]
        println " "
        // doesn't work yet
        println "[!<- " + cat_name + " IS " + mood[rand_mood - 1] + " TODAY ->!]"
        // display actions
        println ""
        println "Actions Remaining: " + (actions - j + 1)
        println " "
        println "What should your cat do?: "
        println "a. Exercise"
        println "b. Eat"
        println "c. Sleep"
        print "-> "

        // gets input from the user
        String choice = sc.nextLine()

        // increment value
        // a formula would be nice
        int i_choice = choice_arr.findIndexOf { it == choice.toLowerCase() }
        int modifier = 0

        // bonus message string
        String bonus_msg = ""

        // check if action choice corresponds with the current mood
        if (i_choice == rand_mood - 1) {
            modifier = 10
            bonus_msg = "[ + Bonus from giving what " + cat_name + " needed ]"
        } else {
            println "\n[ Didn't give what " + cat_name + " needed! -15 to " + stat_names[rand_mood - 1] + " ]"
            for (k in 0..2) {
                if (k == rand_mood - 1) {
                    stats[k] -= 15
                }
            }
        }

        // attribute increment formula based on the decrement formula plus the bonus from the mood
        int inc_value = 10 + dec_form + modifier
        String attr;

        switch(choice.toLowerCase()) {
            case "a":
                attr = "Fitness"
                stats[0] += inc_value
                break;
            case "b":
                attr = "Hunger"
                stats[1] += inc_value
                break;
            case "c":
                attr = "Sleep"
                stats[2] += inc_value
                break;
            default :
                println("[ Input invalid ]")
                break;
        }
        println " "
        println "[ Added " + inc_value + " to " + attr + " ] " + bonus_msg

    }

    // decrement formula
    // decrement value increases exponentially every in-game day
    dec_form = Math.pow(1 + (4 / i), i)

    // applies the dec. formula at the end of each day
    stats[0] -= (dec_form * 3)
    stats[1] -= (dec_form * 3)
    stats[2] -= (dec_form * 3)

    println " "
    println "************************************************************"
    println " "

}

// algo to display the game ending message depending on the greatest attribute value at the end of the game
// stores all the final values of the attributes at the end of the game
int[] finalval = [stats[0], stats[1], stats[2]]

int max = finalval.max()                        // gets max value
int i_max = finalval.findIndexOf { it == max }  // finds the index of that max value

println "YOU " + condition + "!"
if (condition == "LOSE") {
    println lost[i_max]
} else {
    displayCat(101)
    println "You're a certified cat parent!"
}