public override string ToString()
{
if (Head == null || Torso == null || Arms.Count < 2 || Legs.Count < 2)
{
return("We need more parts!");
}
long totalEnergy = 0;
totalEnergy += Head.EnergyCons;
totalEnergy += Torso.EnergyCons;
totalEnergy += Arms.Select(x => long.Parse(x.EnergyCons.ToString())).Sum();
totalEnergy += Legs.Select(x => long.Parse(x.EnergyCons.ToString())).Sum();
if (totalEnergy > Energy)
{
return("We need more power!");
}
StringBuilder sb = new StringBuilder();
sb.Append("Jarvis:\r\n");
sb.Append(Head.ToString());
sb.Append(Torso.ToString());
foreach (var arm in Arms.OrderBy(x => x.EnergyCons))
{
sb.Append(arm.ToString());
}
foreach (var leg in Legs.OrderBy(x => x.EnergyCons))
{
sb.Append(leg.ToString());
}
return(sb.ToString());
}
private static void SelectTorsoByMinEnergyConsumption(Torso newTorso, Robot jarvis)
{
if ((jarvis.Torso.EnergyConsumption == 0) || (newTorso.EnergyConsumption < jarvis.Torso.EnergyConsumption))
{
jarvis.Torso = newTorso;
}
}
public void Assemble()
{
if (!HasEnoughPart())
{
Console.WriteLine("We need more parts!");
}
else if (!HasEnoughEnergy())
{
Console.WriteLine("We need more power!");
}
else
{
Console.WriteLine("Jarvis:");
Head currentHead = head.OrderBy(x => x.EnergyConsumption).Take(1).First();
Console.WriteLine(currentHead.ToString());
Torso currentTorso = torso.OrderBy(x => x.EnergyConsumption).Take(1).First();
Console.WriteLine(currentTorso.ToString());
Arm[] armsArray = arms.OrderBy(x => x.EnergyConsumption).Take(2).ToArray();
Console.WriteLine(armsArray[0].ToString());
Console.WriteLine(armsArray[1].ToString());
Leg[] legArray = legs.OrderBy(x => x.EnergyConsumption).Take(2).ToArray();
Console.WriteLine(legArray[0].ToString());
Console.WriteLine(legArray[1].ToString());
}
}
public void AddTorso(Torso torsoInput)
{
if (Torso == null)
{
Torso = torsoInput;
}
if (torsoInput.EnergyCons < Torso.EnergyCons)
{
Torso = torsoInput;
}
}
private static Torso ReadTorso(string input)
{
string[] elements = input.Split(new string[] { " " }, StringSplitOptions.RemoveEmptyEntries);
Torso torso = new Torso
{
EnergyConsumption = int.Parse(elements[1]),
ProcessorSizeInCentimeters = double.Parse(elements[2]),
Material = elements[3]
};
return(torso);
}
static void ReadTorso(List <string> compSpecs, Jarvis jarvis)
{
Torso torso = new Torso
{
EnergyConsumption = long.Parse(compSpecs[0]),
Processor = double.Parse(compSpecs[1]),
HousingMaterial = compSpecs[2]
};
if (jarvis.Torso == null)
{
jarvis.Torso = torso;
}
else if (jarvis.Torso.EnergyConsumption > torso.EnergyConsumption)
{
jarvis.Torso = torso;
}
}
public static void Main()
{
BigInteger maxEnergy = BigInteger.Parse(Console.ReadLine());
string input = Console.ReadLine();
Robot myRobot = new Robot();
myRobot.Name = "Jarvis";
myRobot.Arm = new List <Arms> {
};
myRobot.Leg = new List <Legs> {
};
myRobot.Body = new List <Torso> {
};
myRobot.Head = new List <Head> {
};
BigInteger currentEnergy = maxEnergy;
while (input != "Assemble!")
{
string[] inputArray = input
.Trim()
.Split(new string[] { " " }, StringSplitOptions
.RemoveEmptyEntries)
.ToArray();
string currentComponent = inputArray[0];
switch (currentComponent)
{
case "Arm":
Arms currentArm = new Arms();
currentArm.Energy = int.Parse(inputArray[1]);
currentArm.Reach = int.Parse(inputArray[2]);
currentArm.Fingers = int.Parse(inputArray[3]);
if (myRobot.Arm.Count < 2)
{
currentEnergy -= currentArm.Energy;
myRobot.Arm.Add(currentArm);
}
else if (currentArm.Energy < Math.Min(myRobot.Arm[0].Energy, myRobot.Arm[1].Energy))
{
currentEnergy += (myRobot.Arm[0].Energy - currentArm.Energy);
myRobot.Arm[0] = currentArm;
}
else if (currentArm.Energy < myRobot.Arm[1].Energy)
{
currentEnergy += (myRobot.Arm[1].Energy - currentArm.Energy);
myRobot.Arm[1] = currentArm;
}
break;
case "Leg":
Legs currentLeg = new Legs();
currentLeg.Energy = int.Parse(inputArray[1]);
currentLeg.Strength = int.Parse(inputArray[2]);
currentLeg.Speed = int.Parse(inputArray[3]);
if (myRobot.Leg.Count < 2)
{
currentEnergy -= currentLeg.Energy;
myRobot.Leg.Add(currentLeg);
}
else if (currentLeg.Energy < Math.Min(myRobot.Leg[0].Energy, myRobot.Leg[1].Energy))
{
currentEnergy += (myRobot.Leg[0].Energy - currentLeg.Energy);
myRobot.Leg[0] = currentLeg;
}
else if (currentLeg.Energy < myRobot.Leg[1].Energy)
{
currentEnergy += (myRobot.Leg[1].Energy - currentLeg.Energy);
myRobot.Leg[1] = currentLeg;
}
break;
case "Torso":
Torso currentBody = new Torso();
currentBody.Energy = int.Parse(inputArray[1]);
currentBody.ProcessorSize = double.Parse(inputArray[2]);
currentBody.Material = inputArray[3];
if (myRobot.Body.Count < 1)
{
currentEnergy -= currentBody.Energy;
myRobot.Body.Add(currentBody);
}
else if (currentBody.Energy < myRobot.Body[0].Energy)
{
currentEnergy += (myRobot.Body[0].Energy - currentBody.Energy);
myRobot.Body[0] = currentBody;
}
break;
case "Head":
Head currentHead = new Head();
currentHead.Energy = int.Parse(inputArray[1]);
currentHead.IQ = int.Parse(inputArray[2]);
currentHead.Material = inputArray[3];
if (myRobot.Head.Count < 1)
{
currentEnergy -= currentHead.Energy;
myRobot.Head.Add(currentHead);
}
else if (currentHead.Energy < myRobot.Head[0].Energy)
{
currentEnergy += (myRobot.Head[0].Energy - currentHead.Energy);
myRobot.Head[0] = currentHead;
}
break;
}
input = Console.ReadLine();
}
bool needParts = myRobot.Arm.Count < 2 ||
myRobot.Leg.Count < 2 ||
myRobot.Body.Count < 1 ||
myRobot.Head.Count < 1;
if (currentEnergy < 0)
{
Console.WriteLine("We need more power!");
}
else if (needParts)
{
Console.WriteLine("We need more parts!");
}
else
{
Console.WriteLine($"{myRobot.Name}:");
Console.WriteLine("#Head:");
Console.WriteLine($"###Energy consumption: {myRobot.Head[0].Energy}");
Console.WriteLine($"###IQ: {myRobot.Head[0].IQ}");
Console.WriteLine($"###Skin material: {myRobot.Head[0].Material}");
Console.WriteLine("#Torso:");
Console.WriteLine($"###Energy consumption: {myRobot.Body[0].Energy}");
Console.WriteLine($"###Processor size: {myRobot.Body[0].ProcessorSize:f1}");
Console.WriteLine($"###Corpus material: {myRobot.Body[0].Material}");
int armFirstIndex = myRobot.Arm.IndexOf(myRobot.Arm.OrderBy(e => e.Energy).FirstOrDefault());
int legFirstIndex = myRobot.Leg.IndexOf(myRobot.Leg.OrderBy(e => e.Energy).FirstOrDefault());
Console.WriteLine("#Arm:");
Console.WriteLine($"###Energy consumption: {myRobot.Arm[armFirstIndex].Energy}");
Console.WriteLine($"###Reach: {myRobot.Arm[armFirstIndex].Reach}");
Console.WriteLine($"###Fingers: {myRobot.Arm[armFirstIndex].Fingers}");
Console.WriteLine("#Arm:");
Console.WriteLine($"###Energy consumption: {myRobot.Arm[1 - armFirstIndex].Energy}");
Console.WriteLine($"###Reach: {myRobot.Arm[1 - armFirstIndex].Reach}");
Console.WriteLine($"###Fingers: {myRobot.Arm[1 - armFirstIndex].Fingers}");
Console.WriteLine("#Leg:");
Console.WriteLine($"###Energy consumption: {myRobot.Leg[legFirstIndex].Energy}");
Console.WriteLine($"###Strength: {myRobot.Leg[legFirstIndex].Strength}");
Console.WriteLine($"###Speed: {myRobot.Leg[legFirstIndex].Speed}");
Console.WriteLine("#Leg:");
Console.WriteLine($"###Energy consumption: {myRobot.Leg[1 - legFirstIndex].Energy}");
Console.WriteLine($"###Strength: {myRobot.Leg[1 - legFirstIndex].Strength}");
Console.WriteLine($"###Speed: {myRobot.Leg[1 - legFirstIndex].Speed}");
}
}
static void Main(string[] args)
{
long jarvisEnergy = long.Parse(Console.ReadLine());
Jarvis jarvis = new Jarvis()
{
Energy = jarvisEnergy
};
while (true)
{
var input = Console.ReadLine().Split(' ');
if (input[0] == "Assemble!")
{
break;
}
switch (input[0])
{
case "Head":
Head head = new Head()
{
EnergyCons = int.Parse(input[1]),
IQ = int.Parse(input[2]),
Material = input[3]
};
jarvis.AddHead(head);
break;
case "Torso":
Torso torso = new Torso()
{
EnergyCons = int.Parse(input[1]),
ProcessorSize = double.Parse(input[2]),
Material = input[3]
};
jarvis.AddTorso(torso);
break;
case "Arm":
Arm arm = new Arm()
{
EnergyCons = int.Parse(input[1]),
Reach = int.Parse(input[2]),
FingerCount = int.Parse(input[3])
};
jarvis.AddArm(arm);
break;
case "Leg":
Leg leg = new Leg()
{
EnergyCons = int.Parse(input[1]),
Strength = int.Parse(input[2]),
Speed = int.Parse(input[3])
};
jarvis.AddLeg(leg);
break;
}
}
Console.WriteLine(jarvis.ToString());
}
static Jarvis AssembleJarvis()
{
var input = Console.ReadLine();
Jarvis jarvis = new Jarvis();
jarvis.Arms = new List <Arm>();
jarvis.Legs = new List <Leg>();
jarvis.Head = new Head();
jarvis.Torso = new Torso();
while (input != "Assemble!")
{
var robotTokens = input.Split(' ').ToArray();
var componentType = robotTokens[0];
var energyConsumption = int.Parse(robotTokens[1]);
var firstProperty = robotTokens[2];
var secondProperty = robotTokens[3];
switch (componentType)
{
case "Arm":
Arm arm = new Arm();
arm.EnergyConsumption = energyConsumption;
arm.ReachDistance = int.Parse(firstProperty);
arm.FingerCount = int.Parse(secondProperty);
if (jarvis.Arms.Count == 2)
{
if (jarvis.Arms[0].EnergyConsumption > arm.EnergyConsumption && jarvis.Arms[1].EnergyConsumption > arm.EnergyConsumption)
{
jarvis.Arms.Remove(jarvis.Arms[0]);
jarvis.Arms.Add(arm);
}
else
{
foreach (var jarvisArm in jarvis.Arms)
{
if (arm.EnergyConsumption < jarvisArm.EnergyConsumption)
{
jarvis.Arms.Remove(jarvisArm);
jarvis.Arms.Add(arm);
break;
}
}
}
}
else
{
jarvis.Arms.Add(arm);
}
break;
case "Leg":
Leg leg = new Leg();
leg.EnergyConsumption = energyConsumption;
leg.Strength = int.Parse(firstProperty);
leg.Speed = int.Parse(secondProperty);
if (jarvis.Legs.Count == 2)
{
if (jarvis.Legs[0].EnergyConsumption > leg.EnergyConsumption && jarvis.Legs[1].EnergyConsumption > leg.EnergyConsumption)
{
jarvis.Legs.Remove(jarvis.Legs[0]);
jarvis.Legs.Add(leg);
}
else
{
foreach (var jarvisLeg in jarvis.Legs)
{
if (leg.EnergyConsumption < jarvisLeg.EnergyConsumption)
{
jarvis.Legs.Remove(jarvisLeg);
jarvis.Legs.Add(leg);
break;
}
}
}
}
else
{
jarvis.Legs.Add(leg);
}
break;
case "Head":
if (jarvis.Head.EnergyConsumption != 0)
{
if (jarvis.Head.EnergyConsumption > energyConsumption)
{
jarvis.Head.EnergyConsumption = energyConsumption;
jarvis.Head.IQ = int.Parse(firstProperty);
jarvis.Head.SkinMaterial = secondProperty;
}
break;
}
else
{
jarvis.Head.EnergyConsumption = energyConsumption;
jarvis.Head.IQ = int.Parse(firstProperty);
jarvis.Head.SkinMaterial = secondProperty;
}
break;
case "Torso":
Torso torso = new Torso();
torso.EnergyConsumption = energyConsumption;
torso.ProcessorSize = double.Parse(firstProperty);
torso.HousingMaterial = secondProperty;
jarvis.Torso = torso;
if (jarvis.Torso.EnergyConsumption > torso.EnergyConsumption)
{
jarvis.Torso = torso;
}
break;
}
input = Console.ReadLine();
}
return(jarvis);
}
static void Main(string[] args)
{
long maxEnergy = long.Parse(Console.ReadLine());
Robot robot = new Robot();
robot.Energy = maxEnergy;
while (true)
{
string[] tokens = Console.ReadLine()
.Split();
if (tokens[0] == "Assemble!")
{
break;
}
switch (tokens[0])
{
case "Head":
Head newHead = new Head
(
int.Parse(tokens[1]),
int.Parse(tokens[2]),
tokens[3]
);
robot.AddHead(newHead);
break;
case "Torso":
Torso newTorso = new Torso
(
int.Parse(tokens[1]),
double.Parse(tokens[2]),
tokens[3]
);
robot.AddTorso(newTorso);
break;
case "Arm":
Arm newArm = new Arm
(
int.Parse(tokens[1]),
int.Parse(tokens[2]),
int.Parse(tokens[3])
);
robot.AddArm(newArm);
break;
case "Leg":
Leg newLeg = new Leg
(
int.Parse(tokens[1]),
int.Parse(tokens[2]),
int.Parse(tokens[3])
);
robot.AddLeg(newLeg);
break;
}
}
Console.WriteLine(robot.ToString());
}