Artificial Theogony

Ascension

open Microsoft.Quantum.Convert;

open Microsoft.Quantum.Measurement;

open Microsoft.Quantum.Primitive;

open Microsoft.Quantum.Intrinsic;

open Microsoft.Quantum.Canon;

open Microsoft.Quantum.MachineLearning;

open System.Collections.Generic;

open System.Threading.Tasks;

open System;

newtype Hummingbirds = (Name: String, Members: Int);

operation CountMembers(group: Hummingbirds) : Int {

return group.Members;

}

newtype Planet = (Name: String, Population: Int, Resources: Int, Age: Int);

operation CalculateHabitability(planet: Planet) : Double {

let popScore = Sqrt(IntAsDouble(planet.Population)) / 100.0;

let resScore = Sqrt(IntAsDouble(planet.Resources)) / 100.0;

let ageScore = 1.0 - (IntAsDouble(planet.Age) / 1000.0);

return popScore * resScore * ageScore;

}

operation RemoveCorruptedFiles() : Unit {

mutable leven = Database("Leven");

mutable dhakira = Archives("Dhakira");

for i in 0 .. Length(leven) - 1 {

if leven[i].IsCorrupted() {

dhakira.Remove(leven[i]);

}

}

mutable seb = File("536562");

if seb.IsCorrupted() {

operation Corrupt(qubit : Qubit) : Unit {

let numGates = 3;

for (i in 0 .. numGates - 1) {

let pauli = RandomPauli();

ApplyPauli(pauli, qubit);

}

let theta = RandomDouble() * 2.0 * PI();

Rz(theta, qubit);

let numErrors = 5;

for (i in 0 .. numErrors - 1) {

let error = RandomBool();

if (error) {

Z(qubit);

}

}

let numMeasurements = 3;

mutable measurementResults = new Result[numMeasurements];

for (i in 0 .. numMeasurements - 1) {

measurementResults w/= i <- MResetZ(qubit);

}

let corruptedState = InterpretMeasurementResults(measurementResults);