public static void runSingleTest( int seed, int times )
{
// * Config params for testing
List<Universe> uList = new List<Universe>( );
int universeMax = times;
// * Run test for a fixed seed
while ( uList.Count < universeMax )
{
Universe u = new Universe( );
u.run( seed );
uList.Add( u );
}
// [] Print results
printResult( uList );
lastTest = uList;
}
public static void runTest( int count = 30 )
{
// * Config params for testing
List<Universe> uList = new List<Universe>( );
int universeMax = 30;
// * Run test
for ( int i = 1; i <= universeMax; i++ )
{
Universe u = new Universe( );
uList.Add( u );
u.run( i );
}
// [] Print results
printResult( uList );
lastTest = uList;
}
public static void runFilterTest( int count, int minYear, int maxYear, int minShips, int maxShips )
{
// * Config params for testing
List<Universe> uList = new List<Universe>( );
int universeMax = 10;
// * Run test
int seed = 1;
while( uList.Count < universeMax )
{
Universe u = new Universe( );
u.run( seed );
if ( u.rlt_endYear <= maxYear
&& u.rlt_endYear >= minYear
&& u.rlt_shipCount >= minShips
&& u.rlt_shipCount <= maxShips )
uList.Add( u );
seed++;
}
// [] Print results
printResult( uList );
lastTest = uList;
}
