public AreaOptions(Func <ILandValueCalculator> getLandValueCalculator,
TerraformingOptions terraformingOptions,
ProcessOptions processOptions,
Func <ICityServiceStrengthLevels> getCityServiceStrengthLevels)
: this(getLandValueCalculator, processOptions, getCityServiceStrengthLevels)
{
_terraformingOptions = terraformingOptions ?? throw new ArgumentNullException(nameof(terraformingOptions));
}
internal void ApplyWith(ZoneInfoGrid repo, TerraformingOptions options)
{
ScatterZoneConsumptionClouds(
repo: repo,
options: options,
random: _random,
valueSelector: o => o.Woodlands,
createZoneConsumption: _woodlandZoneFactory
);
ScatterZoneConsumptionClouds(
repo: repo,
options: options,
random: _random,
valueSelector: o => o.Lakes,
createZoneConsumption: _waterZoneFactory
);
if (options.HorizontalRiver)
{
GenerateRiver(repo: repo, isHorizontal: true);
}
if (options.VerticalRiver)
{
GenerateRiver(repo: repo, isHorizontal: false);
}
if (options.EastCoast)
{
GenerateCoastLine(
repo: repo,
zonePointCoordinateSelector: x => x.X,
pointValueSelector: x => x.Max()
);
}
if (options.WestCoast)
{
GenerateCoastLine(
repo: repo,
zonePointCoordinateSelector: x => x.X,
pointValueSelector: x => x.Min()
);
}
if (options.SouthCoast)
{
GenerateCoastLine(
repo: repo,
zonePointCoordinateSelector: x => x.Y,
pointValueSelector: x => x.Max()
);
}
if (options.NorthCoast)
{
GenerateCoastLine(
repo: repo,
zonePointCoordinateSelector: x => x.Y,
pointValueSelector: x => x.Min()
);
}
}
internal static void ScatterZoneConsumptionClouds(
ZoneInfoGrid repo,
TerraformingOptions options,
Random random,
Func <TerraformingOptions, int> valueSelector,
Func <IAreaZoneConsumption> createZoneConsumption)
{
foreach (var iteration in Enumerable.Range(0, valueSelector(options)))
{
var woodlandTargetPoint = repo.ZoneInfos[new ZonePoint
{
X = random.Next(10, (repo.ZoneWidthAndHeight - 10)),
Y = random.Next(10, (repo.ZoneWidthAndHeight - 10))
}];
foreach (var subiteration in Enumerable.Range(0, 4))
{
var center = woodlandTargetPoint
.GetRelativeZoneInfo(new RelativeZoneInfoQuery(
relativeX: random.Next(-3, 3),
relativeY: random.Next(-3, 3)
)
);
if (center.HasNoMatch)
{
continue;
}
var targets = center.MatchingObject.GetSurroundingZoneInfosDiamond(3);
foreach (var target in targets
.Where(x => x.HasMatch))
{
var action = target.MatchingObject.ConsumptionState
.TryConsumeWith(createZoneConsumption());
if (action.CanOverrideWithResult.WillSucceed)
{
action.Apply();
}
}
}
}
}