public Decision(PlanetaryEffect _effect, string _description)
{
votesYes = 0;
votesNo = 0;
effect = _effect;
description = _description;
remainingTicks = 60000;
}
//cell
private static Decision nextCellDecision()
{
ticks = deltaSeaLevel = deltaOxygen = deltaTemperature = deltaSulphur = deltaSugar
= deltaLipids = deltaAminoAcids = deltaCarbon = deltaWater = deltaSingleCellCount
= deltaMultiCellCount = deltaAdvancedCount = deltaPlantCount = 0;
string descr = "";
Random random = new Random();
int select = random.Next(0, 3);
switch (select)
{
case 0:
descr = "algal bloom";
deltaOxygen = 100;
deltaSingleCellCount = 4;
ticks = random.Next(0, 5);
break;
case 1:
descr = "simple cell colony";
deltaMultiCellCount = 5;
break;
case 2:
descr = "develop photosynthesis";
deltaPlantCount = 5;
break;
case 3:
descr = "";
break;
}
PlanetaryEffect eff = new PlanetaryEffect(ticks, deltaSeaLevel, deltaOxygen, deltaTemperature,
deltaSulphur, deltaSugar, deltaLipids, deltaAminoAcids, deltaCarbon, deltaWater,
deltaSingleCellCount, deltaMultiCellCount, deltaAdvancedCount, deltaPlantCount);
Decision dec = new Decision(eff, descr);
return(dec);
}
//plants
private static Decision nextPlantDecision()
{
ticks = deltaSeaLevel = deltaOxygen = deltaTemperature = deltaSulphur = deltaSugar
= deltaLipids = deltaAminoAcids = deltaCarbon = deltaWater = deltaSingleCellCount
= deltaMultiCellCount = deltaAdvancedCount = deltaPlantCount = 0;
string descr = "";
Random random = new Random();
int select = random.Next(0, 1);
switch (select)
{
case 0:
descr = "wildfire";
deltaTemperature = 1;
deltaCarbon = 5;
deltaPlantCount = -2;
ticks = random.Next(0, 5);
break;
case 1:
descr = "";
break;
case 2:
descr = "";
break;
case 3:
descr = "";
break;
}
PlanetaryEffect eff = new PlanetaryEffect(ticks, deltaSeaLevel, deltaOxygen, deltaTemperature,
deltaSulphur, deltaSugar, deltaLipids, deltaAminoAcids, deltaCarbon, deltaWater,
deltaSingleCellCount, deltaMultiCellCount, deltaAdvancedCount, deltaPlantCount);
Decision dec = new Decision(eff, descr);
return(dec);
}
void MapDecisionToPlanetStats(PlanetaryEffect effect)
{
effect.Do(this);
}
//general
private static Decision nextDecision()
{
ticks = deltaSeaLevel = deltaOxygen = deltaTemperature = deltaSulphur = deltaSugar
= deltaLipids = deltaAminoAcids = deltaCarbon = deltaWater = deltaSingleCellCount
= deltaMultiCellCount = deltaAdvancedCount = deltaPlantCount = 0;
string descr = "";
Random random = new Random();
int select = random.Next(0, 5);
switch (select)
{
case 0:
descr = "meteorite shower";
deltaWater = 100;
deltaTemperature = -2; //cloud -> temp down; more water -> temp down
deltaWater = 2;
deltaSeaLevel = 1;
ticks = random.Next(0, 10);
break;
case 1:
descr = "volcanic eruption";
deltaTemperature = 4;
deltaSeaLevel = 1;
deltaSulphur = 2;
deltaWater = 2;
deltaCarbon = 10;
deltaAdvancedCount = -50;
deltaMultiCellCount = -100;
deltaPlantCount = -1000;
deltaSingleCellCount = -10000;
break;
case 2:
descr = "decreased sun activity";
deltaTemperature = -4;
deltaSeaLevel = 1;
deltaWater = 1;
deltaPlantCount = -100;
ticks = random.Next(0, 10);
break;
case 3:
descr = "increased sun activity";
deltaTemperature = 4;
deltaSeaLevel = 1;
deltaWater = -1;
deltaPlantCount = 100;
ticks = random.Next(0, 10);
break;
case 4:
descr = "asteroid impact";
deltaSeaLevel = 2;
deltaWater = random.Next(50, 100);
deltaTemperature = 20;
deltaCarbon = 500;
deltaWater = 1;
deltaSingleCellCount = random.Next(0, 2);
break;
}
PlanetaryEffect eff = new PlanetaryEffect(ticks, deltaSeaLevel, deltaOxygen, deltaTemperature,
deltaSulphur, deltaSugar, deltaLipids, deltaAminoAcids, deltaCarbon, deltaWater,
deltaSingleCellCount, deltaMultiCellCount, deltaAdvancedCount, deltaPlantCount);
Decision dec = new Decision(eff, descr);
return(dec);
}