Instructions

You suddenly feel a burst of nostalgia and a strong urge to dust off your old Blorkemon™️ cards. Blorkemon™️ cards is a great, old school card trading game. Each Card has a Blorkemon™️ monster drawn on it, along with an attack power level, and if you are lucky, the card might even be shiny.

1. Compare power levels

Each Blorkemon™️ card looks more powerful than the next, but you better check.

Implement the isMorePowerful function. It should return True if the card in its first argument is strictly more powerful than the other, and False otherwise.

2. Find the highest power

With a hand full of Blorkemon™️ cards, you should be able to prepare the most devastating attack.

Implement the maxPower function, which returns the highest power level of two cards.

3. Sort the cards

You seem to remember that you had at least one card of each Blorkemon™️, but it's been a while since you last checked, you should sort your cards to compare them to the official listing on Pulpapedia.

Implement the sortByMonsterName function, which should take a list of Cards and return a list sorted by monster names.

4. Coolest cards first

Blorkemon™️ are the coolest thing ever. You are not using that term lightly, you have a scientific method to demonstrate it.

Implement the sortByCoolness function, which sorts a list of cards by placing the coolest ones first. The coolness of a card is first determined by its shininess: all shiny cards are way cooler than the others. The second factor is the power level, the higher the better.

5. Shiny Power

Shininess is not just for show, in a battle of evenly powered Blorkemon™️, a shiny one will always prevail. This is called the Shiny Power.

Implement the compareShinyPower function, which codifies this property. The Order of two cards is determined by the power levels is they are different, but if they are equal, a shiny card will be greater.

6. Place your bets

In a game of Blorkemon™️ cards, anything goes, but there is still a tendency for more powerful cards to win.

Implement the expectedWinner function that returns the name of the monster most expected to win, as determined by the compareShinyPower ordering. The function should return the monster name of the expected winner, or "too close to call" if both opponents have the same Shiny Power.