public static FogShip createFromGen( float[] gen, DynamicConfig config )
{
FogShip rlt = new FogShip( );
rlt.isAlive = true;
// * Create ship attributes from gens
// # A gens varies from 0 to 99
rlt.energy = gen[0];
rlt.attack = gen[1];
rlt.reproduction = gen[2];
rlt.speed = gen[3];
rlt.size = gen[4];
rlt.aggressive = gen[5];
rlt.energy_gain = gen[6];
rlt.energy_capacity = gen[7];
// * Save the gen and config.
rlt.gen = gen;
FogShip.config = config;
// * Create a name of the ship according to its gen
// # Each name letter represents a gen approximate value
// # A name letter varies from A to F
rlt.name = "";
foreach ( float g in gen )
rlt.name += generateNameChar( g );
return rlt;
}
public static int encounter(FogShip a, FogShip b)
{
// ? Check whether the ship A and B are still alive
if ( a.isAlive == false || b.isAlive == false )
return 0;
int aWin = 0;
// ? Check how the encounter will happened
if ( a.aggressive >= config.chance_of_aggressive_limit_0_100_a &&
b.aggressive >= config.chance_of_aggressive_limit_0_100_b )
{
// ? Check winner
aWin = a.attack > b.attack * config.scale_log_e_of_1_100_attack_success ? 1 : -1;
// * Both units lost energy
b.energy -= a.attack * config.scale_demi_of_01_2_energy_drain_a;
a.energy -= b.attack * config.scale_demi_of_01_2_energy_drain_b;
}
else if ( a.aggressive > config.chance_of_aggressive_limit_0_100_a )
{
aWin = 1;
}
else if ( b.aggressive > config.chance_of_aggressive_limit_0_100_b )
{
aWin = -1;
}
// ? Check the winner
if ( aWin == 1 )
{
// * Winner gains energy
a.energy += b.energy > 0 ? b.energy * config.scale_demi_of_01_1_energy_gain : 0;
b.isAlive = false;
// [] Show the battle in the console
Console.WriteLine( "Encounter: " + a.name + " > " + b.name + " +" + ( b.energy > 0 ? b.energy : 0 ) );
}
else if ( aWin == -1 )
{
// * Winner gains energy
b.energy += a.energy > 0 ? a.energy * config.scale_demi_of_01_1_energy_gain : 0;
a.isAlive = false;
// [] Show the battle in the console
Console.WriteLine( "Encounter: " + a.name + " > " + b.name + " +" + ( a.energy > 0 ? a.energy : 0 ) );
}
return aWin;
}
public static int timePass(FogShip a)
{
// ? Check whether the ship will lost some energy
if ( RandomEx.r.Next( 100 ) > config.chance_of_0_100_pass_lost )
a.energy -= 1;
return 0;
}
public static int wandering(FogShip a)
{
// Console.Write( a.name + ": " + a.energy + ", " );
a.energy += a.energy_gain * config.scale_log_e_of_0_100_wandering_gain;
return 0;
}
public static FogShip reproduce(FogShip a, FogShip b)
{
// ? Check whether the ship A and B are still alive
if ( a.isAlive == false || b.isAlive == false )
return null;
// ? Check whether both ship want to reproduce
if ( RandomEx.r.Next( 100 ) * config.scale_demi_of_01_1_reproduce_intent_a < a.reproduction ||
RandomEx.r.Next( 100 ) * config.scale_demi_of_01_1_reproduce_intent_a < b.reproduction )
return null;
// * Create a new ship by gen mixing
FogShip rlt;
float[] gen = { 0, 0, 0, 0, 0, 0, 0, 0 };
for ( int i = 0; i < a.gen.Length; i++ )
{
gen[i] = RandomEx.r.Next( 100 ) > 49 * config.scale_demi_of_01_1_chance_gen_of_a ?
a.gen[i] : b.gen[i];
}
rlt = createFromGen( gen, config );
// rlt.energy = a.reproduction + b.reproduction;
a.energy -= rlt.energy * 0.5f * config.scale_demi_of_01_1_percentage_genergy_cost_a;
b.energy -= rlt.energy * 0.5f * config.scale_demi_of_01_1_percentage_genergy_cost_b;
Console.WriteLine( "Reproduce: " + a.name + " + " + b.name + " = " + rlt.name );
return rlt;
}