/**
* Make this planet a homeworld planet for a race
*/
public void makeHomeworld(Player player, int year)
{
owner = player;
ownerID = owner.getID();
Race race = player.getRace();
System.Random random = new System.Random();
int min = Consts.minHWMineralConc;
int max = Consts.maxStartingConc;
concMinerals = new Mineral(random.Next(max) + min, random.Next(max) + min, random.Next(max) + min);
hab = new Hab();
hab.setGrav(((race.getHabHigh().getGrav() - race.getHabLow().getGrav()) / 2) + race.getHabLow().getGrav());
hab.setTemp(((race.getHabHigh().getTemp() - race.getHabLow().getTemp()) / 2) + race.getHabLow().getTemp());
hab.setRad(((race.getHabHigh().getRad() - race.getHabLow().getRad()) / 2) + race.getHabLow().getRad());
min = Consts.minStartingSurf;
max = Consts.maxStartingSurf;
setCargo(new Cargo(random.Next(max) + min, random.Next(max) + min, random.Next(max) + min, 0, 0));
setPopulation(Consts.startingPopulation);
if (race.hasLRT(LRT.LSP))
{
setPopulation((int)(getPopulation() * Consts.lowStartingPopFactor));
}
mines = Consts.startingMines;
factories = Consts.startingFactories;
defenses = Consts.startingDefenses;
homeworld = true;
contributesToResearch = true;
scanner = true;
}
public Race setHumanoid()
{
setName("Humanoid");
setPluralName("Humanoids");
prt = PRT.JoaT;
habLow = new Hab(15, 15, 15);
habHigh = new Hab(85, 85, 85);
growthRate = 15;
colonistsPerResource = 1000;
factoryOutput = 10;
factoryCost = 10;
numFactories = 10;
factoriesCostLess = false;
mineOutput = 10;
mineCost = 5;
numMines = 10;
techsStartHigh = false;
immuneGrav = false;
immuneTemp = false;
immuneRad = false;
spendLeftoverPointsOn = SpendLeftoverPointsOn.SurfaceMinerals;
researchCost = new ResearchCost(ResearchCostLevel.Standard, ResearchCostLevel.Standard, ResearchCostLevel.Standard, ResearchCostLevel.Standard,
ResearchCostLevel.Standard, ResearchCostLevel.Standard);
init();
return(this);
}
/**
* Copy constructor for initializing the race for a player
*/
public Race(Race race, Player player)
{
this.name = race.name;
this.pluralName = race.pluralName;
this.prt = race.prt;
this.habLow = race.habLow;
this.habHigh = race.habHigh;
this.growthRate = race.growthRate;
this.colonistsPerResource = race.colonistsPerResource;
this.factoryOutput = race.factoryOutput;
this.factoryCost = race.factoryCost;
this.numFactories = race.numFactories;
this.factoriesCostLess = race.factoriesCostLess;
this.mineOutput = race.mineOutput;
this.mineCost = race.mineCost;
this.numMines = race.numMines;
this.techsStartHigh = race.techsStartHigh;
this.immuneGrav = race.immuneGrav;
this.immuneTemp = race.immuneTemp;
this.immuneRad = race.immuneRad;
this.spendLeftoverPointsOn = race.spendLeftoverPointsOn;
this.researchCost = new ResearchCost(race.researchCost);
//this.player = player;
this.init();
}
public IActionResult Index()
{
List <Hab> habs = new List <Hab>();
conn.Open();
NpgsqlCommand cmd = new NpgsqlCommand(" SELECT h.numhab,t.nomtiphab, h.estado, c.numerodoccli FROM tipohabitacion t, habitacion ha ,reservahab h, reservahabitacion r , cliente c where ha.numhab=h.numhab and ha.tiphabcod=t.codtiphab and h.codreserva=r.codreserva and r.clientecod=c.codcliente and current_date=r.checkin", conn);
NpgsqlDataReader dr = cmd.ExecuteReader();
while (dr.Read())
{
Hab hab = new Hab();
hab.numhab = dr.GetInt32(0);
hab.tipo = dr.GetValue(1).ToString();
hab.estado = dr.GetValue(2).ToString();
hab.codcli = dr.GetValue(3).ToString();
habs.Add(hab);
}
List <Hab> habb = new List <Hab>();
foreach (var item in habs)
{
if (item.estado.Equals("Reservado"))
{
habb.Add(item);
}
}
ViewBag.Habb = habb;
List <Hab> habs1 = new List <Hab>();
List <Hab> habs2 = new List <Hab>();
List <Hab> habs3 = new List <Hab>();
List <Hab> habs4 = new List <Hab>();
conn.Close();
foreach (var item in habs)
{
if (item.numhab < 300)
{
habs1.Add(item);
}
else if (item.numhab < 400 && item.numhab >= 300)
{
habs2.Add(item);
}
else if (item.numhab < 500 && item.numhab >= 400)
{
habs3.Add(item);
}
else
{
habs4.Add(item);
}
}
ViewBag.Hab2 = habs1;
ViewBag.Hab3 = habs2;
ViewBag.Hab4 = habs3;
ViewBag.Hab5 = habs4;
return(View());
}
public void discover(int year, Planet planet)
{
this.reportYear = year;
this.population = planet.getPopulation();
this.hab = new Hab(planet.getHab());
this.owner = planet.getOwner();
this.ownerID = planet.getOwnerID();
this.concMinerals = new Mineral(planet.getConcMinerals());
}
public Solution()
{
solRoom = Hab.Dan;
solCharacter = Car.Gree;
solGun = Arm.Wre;
room = Hab.Emp;
character = Car.Emp;
gun = Arm.Emp;
}
public IActionResult Index()
{
List <Hab> habs = new List <Hab>();
conn.Open();
NpgsqlCommand cmd = new NpgsqlCommand(" SELECT h.numhab,t.nomtiphab FROM tipohabitacion t, habitacion h , reservahab rh where h.tiphabcod=t.codtiphab and h.numhab=rh.numhab and rh.estado='Ocupado' order by numhab", conn);
NpgsqlDataReader dr = cmd.ExecuteReader();
while (dr.Read())
{
Hab hab = new Hab();
hab.numhab = dr.GetInt32(0);
hab.tipo = dr.GetValue(1).ToString();
habs.Add(hab);
}
dr.Close();
conn.Close();
List <Hab> habs1 = new List <Hab>();
List <Hab> habs2 = new List <Hab>();
List <Hab> habs3 = new List <Hab>();
List <Hab> habs4 = new List <Hab>();
foreach (var item in habs)
{
if (item.numhab < 300)
{
habs1.Add(item);
}
else if (item.numhab < 400 && item.numhab >= 300)
{
habs2.Add(item);
}
else if (item.numhab < 500 && item.numhab >= 400)
{
habs3.Add(item);
}
else
{
habs4.Add(item);
}
}
ViewBag.Hab2 = habs1;
ViewBag.Hab3 = habs2;
ViewBag.Hab4 = habs3;
ViewBag.Hab5 = habs4;
return(View());
}
public Room(string n, float positionx, float positionz, Hab h1, Hab h2, Hab h3, Hab h4, Hab h5, Hab h6)
{
HintTimePlayer1 = 0;
HintTimePlayer2 = 0;
name = n;
PositionX = positionx;
PositionZ = positionz;
Distances = new Hab[6];
Distances[0] = h1;
Distances[1] = h2;
Distances[2] = h3;
Distances[3] = h4;
Distances[4] = h5;
Distances[5] = h6;
Elementos = 0;
}
public IActionResult Habitaciones()
{
List <Hab> habs = new List <Hab>();
NpgsqlConnection conn = new NpgsqlConnection("Host = ec2-34-197-141-7.compute-1.amazonaws.com; Username=ndjaxklicmdweo;Password= 1ce8484d6fcc56b48073eca44510227bab6703584f2b994f37b8a0de42570940;Database = d6pb7d8nu1qd7t; Port= 5432; SSL Mode= Require; Trust Server certificate = true");
conn.Open();
NpgsqlCommand cmd = new NpgsqlCommand(" SELECT h.numhab, h.estadohab,t.nomtiphab FROM tipohabitacion t, habitacion h where h.tiphabcod=t.codtiphab union select numhab,estadohab, th.nomtiphab from habitacion h, tipohabitacion th where estadohab='Disponible' and th.codtiphab=h.tiphabcod order by numhab", conn);
NpgsqlDataReader dr = cmd.ExecuteReader();
while (dr.Read())
{
Hab hab = new Hab();
hab.numhab = dr.GetInt32(0);
hab.estado = dr.GetValue(1).ToString();
hab.tipo = dr.GetValue(2).ToString();
habs.Add(hab);
}
ViewBag.Hab = habs;
conn.Close();
return(View());
}
public void Restart()
{
room = Hab.Emp;
character = Car.Emp;
gun = Arm.Emp;
}
public void setHabHigh(Hab habHigh)
{
this.habHigh = habHigh;
init();
}
public void setHabLow(Hab habLow)
{
this.habLow = habLow;
init();
}
/**
* Get the habitability of this race for a given planet's hab value
*/
public long getPlanetHabitability(Hab planetHabData)
{
long planetValuePoints = 0, redValue = 0, ideality = 10000;
int habValue, habCenter, habUpper, habLower, fromIdeal, habRadius, poorPlanetMod, habRed, tmp;
for (int habType = 0; habType < 3; habType++)
{
habValue = planetHabData.getAtIndex(habType);
habCenter = this.habCenter[habType];
habLower = this.habLow.getAtIndex(habType);
habUpper = this.habHigh.getAtIndex(habType);
if (isImmune(habType))
{
planetValuePoints += 10000;
}
else
{
if (habLower <= habValue && habUpper >= habValue)
{
/* ideal planet */
fromIdeal = Mathf.Abs(habValue - habCenter) * 100;
if (habCenter > habValue)
{
habRadius = habCenter - habLower;
fromIdeal /= habRadius;
tmp = habCenter - habValue;
}
else
{
habRadius = habUpper - habCenter;
fromIdeal /= habRadius;
tmp = habValue - habCenter;
}
poorPlanetMod = ((tmp) * 2) - habRadius;
fromIdeal = 100 - fromIdeal;
planetValuePoints += fromIdeal * fromIdeal;
if (poorPlanetMod > 0)
{
ideality *= habRadius * 2 - poorPlanetMod;
ideality /= habRadius * 2;
}
}
else
{
/* bad planet */
if (habLower <= habValue)
{
habRed = habValue - habUpper;
}
else
{
habRed = habLower - habValue;
}
if (habRed > 15)
{
habRed = 15;
}
redValue += habRed;
}
}
}
if (redValue != 0)
{
return(-redValue);
}
planetValuePoints = (long)(Mathf.Sqrt(planetValuePoints / 3) + 0.9f);
planetValuePoints = planetValuePoints * ideality / 10000;
return(planetValuePoints);
}
public void SetRoom(Hab value)
{
room = value;
}
public Hab(Hab hab)
{
this.grav = hab.grav;
this.temp = hab.temp;
this.rad = hab.rad;
}
public void setHab(Hab hab)
{
this.hab = hab;
}
/**
* Compute the hab range advantage points for this race by generating test planets for a variety
* of ranges and using the habitability of those planets
*/
private static long getHabRange()
{
bool totalTerraforming;
double temperatureSum, gravitySum;
long radiationSum, planetDesirability;
int terraformOffsetSum, tmpHab;
int[] terraformOffset = new int[3];
Hab testHabStart = new Hab();
Hab testHabWidth = new Hab();
double points = 0.0;
totalTerraforming = race.getLrts().Contains(LRT.TT);
terraformOffset[0] = terraformOffset[1] = terraformOffset[2] = 0;
if (race.isImmuneGrav())
{
numIterationsGrav = 1;
}
else
{
numIterationsGrav = 11;
}
if (race.isImmuneTemp())
{
numIterationsTemp = 1;
}
else
{
numIterationsTemp = 11;
}
if (race.isImmuneRad())
{
numIterationsRad = 1;
}
else
{
numIterationsRad = 11;
}
for (int loopIndex = 0; loopIndex < 3; loopIndex++)
{
// each main loop gets a different TTCorrectionFactor
if (loopIndex == 0)
{
TTCorrectionFactor = 0;
}
else if (loopIndex == 1)
{
TTCorrectionFactor = totalTerraforming ? 8 : 5;
}
else
{
TTCorrectionFactor = totalTerraforming ? 17 : 15;
}
for (int habType = 0; habType < 3; habType++)
{
if (race.isImmune(habType))
{
testHabStart.setAtIndex(habType, 50);
testHabWidth.setAtIndex(habType, 11);
}
else
{
testHabStart.setAtIndex(habType, race.getHabLow().getAtIndex(habType) - TTCorrectionFactor);
if (testHabStart.getAtIndex(habType) < 0)
{
testHabStart.setAtIndex(habType, 0);
}
tmpHab = race.getHabHigh().getAtIndex(habType) + TTCorrectionFactor;
if (tmpHab > 100)
{
tmpHab = 100;
}
testHabWidth.setAtIndex(habType, tmpHab - testHabStart.getAtIndex(habType));
}
}
gravitySum = 0.0;
for (int iterationGrav = 0; iterationGrav < numIterationsGrav; iterationGrav++)
{
tmpHab = getPlanetHabForHabIndex(iterationGrav, 0, loopIndex, numIterationsGrav, testHabStart.getGrav(), testHabWidth.getGrav(), terraformOffset);
testPlanetHab.setGrav(tmpHab);
temperatureSum = 0.0;
for (int iterationTemp = 0; iterationTemp < numIterationsTemp; iterationTemp++)
{
tmpHab = getPlanetHabForHabIndex(iterationTemp, 1, loopIndex, numIterationsTemp, testHabStart.getTemp(), testHabWidth.getTemp(), terraformOffset);
testPlanetHab.setTemp(tmpHab);
radiationSum = 0;
for (int iterationRad = 0; iterationRad < numIterationsRad; iterationRad++)
{
tmpHab = getPlanetHabForHabIndex(iterationRad, 2, loopIndex, numIterationsRad, testHabStart.getRad(), testHabWidth.getRad(), terraformOffset);
testPlanetHab.setRad(tmpHab);
planetDesirability = race.getPlanetHabitability(testPlanetHab);
terraformOffsetSum = terraformOffset[0] + terraformOffset[1] + terraformOffset[2];
if (terraformOffsetSum > TTCorrectionFactor)
{
planetDesirability -= terraformOffsetSum - TTCorrectionFactor;
if (planetDesirability < 0)
{
planetDesirability = 0;
}
}
planetDesirability *= planetDesirability;
switch (loopIndex)
{
case 0:
planetDesirability *= 7;
break;
case 1:
planetDesirability *= 5;
break;
default:
planetDesirability *= 6;
break;
}
radiationSum += planetDesirability;
}
if (!race.isImmuneRad())
{
radiationSum = (radiationSum * testHabWidth.getRad()) / 100;
}
else
{
radiationSum *= 11;
}
temperatureSum += radiationSum;
}
if (!race.isImmuneTemp())
{
temperatureSum = (temperatureSum * testHabWidth.getTemp()) / 100;
}
else
{
temperatureSum *= 11;
}
gravitySum += temperatureSum;
}
if (!race.isImmuneGrav())
{
gravitySum = (gravitySum * testHabWidth.getGrav()) / 100;
}
else
{
gravitySum *= 11;
}
points += gravitySum;
}
return((long)(points / 10.0 + 0.5));
}
