/// <summary>
/// Calculates the maximum speed a process can run at in a biome
/// based on the environmental compounds.
/// </summary>
private static ProcessSpeedInformation CalculateProcessMaximumSpeed(TweakedProcess process,
BiomeConditions biome)
{
var result = new ProcessSpeedInformation(process.Process);
float speedFactor = 1.0f;
// Environmental inputs need to be processed first
foreach (var entry in process.Process.Inputs)
{
if (!entry.Key.IsEnvironmental)
{
continue;
}
// Environmental compound that can limit the rate
var input = new ProcessSpeedInformation.EnvironmentalInput(entry.Key, entry.Value);
var availableInEnvironment = GetDissolvedInBiome(entry.Key, biome);
input.AvailableAmount = availableInEnvironment;
// More than needed environment value boosts the effectiveness
input.AvailableRate = availableInEnvironment / entry.Value;
speedFactor *= input.AvailableRate;
result.EnvironmentInputs[entry.Key] = input;
}
speedFactor *= process.Rate;
// So that the speedfactor is available here
foreach (var entry in process.Process.Inputs)
{
if (entry.Key.IsEnvironmental)
{
continue;
}
// Normal, cloud input
var input = new ProcessSpeedInformation.CompoundAmount(entry.Key, entry.Value * speedFactor);
result.OtherInputs.Add(entry.Key, input);
}
foreach (var entry in process.Process.Outputs)
{
var output = new ProcessSpeedInformation.CompoundAmount(entry.Key,
entry.Value * speedFactor);
result.Outputs[entry.Key] = output;
}
result.SpeedFactor = speedFactor;
return(result);
}
/// <summary>
/// Calculates the maximum speed a process can run at in a biome
/// based on the environmental compounds.
/// </summary>
private static ProcessSpeedInformation CalculateProcessMaximumSpeed(TweakedProcess process,
BiomeConditions biome)
{
var result = new ProcessSpeedInformation(process.Process);
float speedFactor = 1.0f;
// Environmental inputs need to be processed first
foreach (var entry in process.Process.Inputs)
{
if (!entry.Key.IsEnvironmental)
{
continue;
}
// Environmental compound that can limit the rate
var availableInEnvironment = GetDissolvedInBiome(entry.Key, biome);
var availableRate = availableInEnvironment / entry.Value;
result.AvailableAmounts[entry.Key] = availableInEnvironment;
// More than needed environment value boosts the effectiveness
result.AvailableRates[entry.Key] = availableRate;
speedFactor *= availableRate;
result.WritableInputs[entry.Key] = entry.Value;
}
speedFactor *= process.Rate;
// Note that we don't consider storage constraints here so we don't use spaceConstraintModifier calculations
// So that the speed factor is available here
foreach (var entry in process.Process.Inputs)
{
if (entry.Key.IsEnvironmental)
{
continue;
}
// Normal, cloud input
result.WritableInputs.Add(entry.Key, entry.Value * speedFactor);
}
foreach (var entry in process.Process.Outputs)
{
var amount = entry.Value * speedFactor;
result.WritableOutputs[entry.Key] = amount;
if (amount <= 0)
{
result.WritableLimitingCompounds.Add(entry.Key);
}
}
result.CurrentSpeed = speedFactor;
return(result);
}