//Methods//
public void Build(IModule sourceModule)
{
Model.Plane planeModel = new Model.Plane(sourceModule);
double xExtent = UpperXBound - LowerXBound;
double zExtent = UpperZBound - LowerZBound;
double xDelta = xExtent / (double)Map.Width;
double zDelta = zExtent / (double)Map.Height;
double xCur = LowerXBound;
double zCur = LowerZBound;
for (int z = 0; z < Map.Height; z++)
{
xCur = LowerXBound;
for (int x = 0; x < Map.Width; x++)
{
float finalValue;
if (!IsSeamless)
{
finalValue = (float)planeModel.GetValue(xCur, zCur);
}
else
{
double swValue, seValue, nwValue, neValue;
swValue = planeModel.GetValue(xCur, zCur);
seValue = planeModel.GetValue(xCur + xExtent, zCur);
nwValue = planeModel.GetValue(xCur, zCur + zExtent);
neValue = planeModel.GetValue(xCur + xExtent, zCur + zExtent);
double xBlend = 1.0 - ((xCur - LowerXBound) / xExtent);
double zBlend = 1.0 - ((zCur - LowerZBound) / zExtent);
double z0 = MathUtils.LinearInterp(swValue, seValue, xBlend);
double z1 = MathUtils.LinearInterp(nwValue, neValue, xBlend);
finalValue = (float)MathUtils.LinearInterp(z0, z1, zBlend);
}
Map.SetValue(x, z, finalValue);
xCur += xDelta;
}
zCur += zDelta;
}
}
//Methods//
public void Build(IModule sourceModule)
{
Model.Plane planeModel = new Model.Plane(sourceModule);
double xExtent = UpperXBound - LowerXBound;
double zExtent = UpperZBound - LowerZBound;
double xDelta = xExtent / (double)Map.Width;
double zDelta = zExtent / (double)Map.Height;
double xCur = LowerXBound;
double zCur = LowerZBound;
for (int z = 0; z < Map.Height; z++) {
xCur = LowerXBound;
for (int x = 0; x < Map.Width; x++) {
float finalValue;
if (!IsSeamless) {
finalValue = (float)planeModel.GetValue(xCur, zCur);
}
else {
double swValue, seValue, nwValue, neValue;
swValue = planeModel.GetValue(xCur, zCur);
seValue = planeModel.GetValue(xCur + xExtent, zCur);
nwValue = planeModel.GetValue(xCur, zCur + zExtent);
neValue = planeModel.GetValue(xCur + xExtent, zCur + zExtent);
double xBlend = 1.0 - ((xCur - LowerXBound) / xExtent);
double zBlend = 1.0 - ((zCur - LowerZBound) / zExtent);
double z0 = MathUtils.LinearInterp(swValue, seValue, xBlend);
double z1 = MathUtils.LinearInterp(nwValue, neValue, xBlend);
finalValue = (float)MathUtils.LinearInterp(z0, z1, zBlend);
}
Map.SetValue(x, z, finalValue);
xCur += xDelta;
}
zCur += zDelta;
}
}
