public void CopyAndCreateDisplacements(out IList <InterpolatedArray2f> displacements)
{
//Debug.Log("Copy and create");
InterpolatedArray2f[] source = GetReadDisplacements();
QueryDisplacements.CopyAndCreateDisplacements(source, out displacements);
}
/// <summary>
/// Run the task.
/// Warning - this will not run on the main thread.
/// </summary>
public override IEnumerator Run()
{
var e = Querys.GetEnumerator();
while (e.MoveNext())
{
//Task has been cancelled. Stop and return.
if (Cancelled)
{
break;
}
WaveQuery query = e.Current;
query.result.Clear();
//Sample the spectrum waves.
if (Displacements != null)
{
QueryDisplacements.QueryWaves(query, EnabledBuffers, Displacements, Scaling);
}
query.result.height += OceanLevel;
}
FinishedRunning();
return(null);
}
public override IEnumerator Run()
{
m_max = QueryDisplacements.MaxRange(m_displacements, m_choppyness, m_gridScale, this);
FinishedRunning();
return(null);
}
public void QueryWaves(WaveQuery query, QueryGridScaling scaling)
{
int num = this.EnabledBuffers();
if (num == 0)
{
return;
}
QueryDisplacements.QueryWaves(query, num, this.m_displacements, scaling);
}
public void QueryWaves(WaveQuery query, QueryGridScaling scaling)
{
int num = this.EnabledBuffers();
if (num == 0)
{
return;
}
InterpolatedArray2f[] readDisplacements = this.GetReadDisplacements();
QueryDisplacements.QueryWaves(query, num, readDisplacements, scaling);
}
public void QueryWaves(WaveQuery query, QueryGridScaling scaling)
{
int enabled = EnabledBuffers();
//If no buffers are enabled there is nothing to sample.
if (enabled == 0)
{
return;
}
QueryDisplacements.QueryWaves(query, enabled, m_displacements, scaling);
}
public void QueryWaves(WaveQuery query, QueryGridScaling scaling)
{
int enabled = EnabledBuffers();
//If no buffers are enabled there is nothing to sample.
if (enabled == 0)
{
return;
}
InterpolatedArray2f[] displacements = GetReadDisplacements();
QueryDisplacements.QueryWaves(query, enabled, displacements, scaling);
}
/// <summary>
/// Run the task.
/// This will run on the main thread.
/// </summary>
public override IEnumerator Run()
{
int count = 0;
int querysPerIteration = Math.Max(1, QuerysPerIteration);
var e = Querys.GetEnumerator();
while (e.MoveNext())
{
//Task has been cancelled. Stop and return.
if (Cancelled)
{
yield break;
}
WaveQuery query = e.Current;
query.result.Clear();
//Sample the spectrum waves.
if (Displacements != null)
{
QueryDisplacements.QueryWaves(query, EnabledBuffers, Displacements, Scaling);
}
//Sample the overlay waves.
if (OverlaySampler != null)
{
OverlaySampler.QueryWaves(query);
}
query.result.height += OceanLevel;
//If count has reached the number of querys to perform
//each iteration the yield and come back next frame.
if (count % querysPerIteration == querysPerIteration - 1)
{
yield return(null);
}
count++;
}
FinishedRunning();
yield break;
}
private void RunQueries()
{
IEnumerator <WaveQuery> enumerator = this.m_querys.GetEnumerator();
while (enumerator.MoveNext())
{
if (this.Cancelled)
{
return;
}
WaveQuery current = enumerator.Current;
current.result.Clear();
if (current.mode == QUERY_MODE.DISPLACEMENT || current.mode == QUERY_MODE.POSITION)
{
QueryDisplacements.QueryWaves(current, this.m_enabled, this.m_displacements, this.m_scaling);
}
WaveQuery expr_64_cp_0 = current;
expr_64_cp_0.result.height = expr_64_cp_0.result.height + this.m_level;
}
}
private void RunQueries()
{
IEnumerator <WaveQuery> enumerator = this.m_querys.GetEnumerator();
while (enumerator.MoveNext())
{
if (base.Cancelled)
{
return;
}
WaveQuery waveQuery = enumerator.Current;
waveQuery.result.Clear();
if (waveQuery.mode == QUERY_MODE.DISPLACEMENT || waveQuery.mode == QUERY_MODE.POSITION)
{
QueryDisplacements.QueryWaves(waveQuery, this.m_enabled, this.m_displacements, this.m_scaling);
}
WaveQuery waveQuery2 = waveQuery;
waveQuery2.result.height = waveQuery2.result.height + this.m_level;
}
}
void RunQueries()
{
var e = m_querys.GetEnumerator();
while (e.MoveNext())
{
if (Cancelled)
{
return;
}
WaveQuery query = e.Current;
query.result.Clear();
//Only these modes are relevant to this code.
if (query.mode == QUERY_MODE.DISPLACEMENT || query.mode == QUERY_MODE.POSITION)
{
QueryDisplacements.QueryWaves(query, m_enabled, m_displacements, m_scaling);
}
query.result.height += m_level;
}
}
public Vector4 MaxRange(Vector4 choppyness, Vector2 gridScale)
{
InterpolatedArray2f[] displacements = GetReadDisplacements();
return(QueryDisplacements.MaxRange(displacements, choppyness, gridScale, null));
}
public void CopyDisplacements(IList <InterpolatedArray2f> displacements)
{
InterpolatedArray2f[] source = GetReadDisplacements();
QueryDisplacements.CopyDisplacements(source, displacements);
}
public void CopyDisplacements(IList <InterpolatedArray2f> displacements)
{
InterpolatedArray2f[] readDisplacements = this.GetReadDisplacements();
QueryDisplacements.CopyDisplacements(readDisplacements, displacements);
}
public void CopyAndCreateDisplacements(out IList <InterpolatedArray2f> displacements)
{
InterpolatedArray2f[] source = GetReadDisplacements();
QueryDisplacements.CopyAndCreateDisplacements(source, out displacements);
}
public static void QueryWaves(WaveQuery query, int enabled, IList <InterpolatedArray2f> displacements, QueryGridScaling scaling)
{
if (displacements.Count != QueryDisplacements.GRIDS)
{
throw new InvalidOperationException("Query Displacements requires a displacement buffer for each of the " + QueryDisplacements.GRIDS + " grids.");
}
if (displacements[0].Channels != QueryDisplacements.CHANNELS)
{
throw new InvalidOperationException("Query Displacements requires displacement buffers have " + QueryDisplacements.CHANNELS + " channels.");
}
if (query.mode != QUERY_MODE.DISPLACEMENT && query.mode != QUERY_MODE.POSITION)
{
return;
}
float num = query.posX + scaling.offset.x;
float num2 = query.posZ + scaling.offset.z;
if (enabled == 0)
{
return;
}
if (enabled == 1 || query.mode == QUERY_MODE.DISPLACEMENT)
{
QueryDisplacements.SampleHeightOnly(query.result.displacement, displacements, query.sampleSpectrum, num, num2, scaling, scaling.tmp);
query.result.height = query.result.displacement[0].y + query.result.displacement[1].y + query.result.displacement[2].y + query.result.displacement[3].y;
query.result.displacementX = 0f;
query.result.displacementZ = 0f;
query.result.iterations = 0;
query.result.error = 0f;
query.result.height = Mathf.Clamp(query.result.height, -40f, 40f);
}
else
{
float num3 = num;
float num4 = num2;
float num5 = num;
float num6 = num2;
float num7 = query.minError;
if (num7 < 0.1f)
{
num7 = 0.1f;
}
num7 *= num7;
int num8 = 0;
float num9;
float num10;
float num13;
do
{
num5 += num - num3;
num6 += num2 - num4;
QueryDisplacements.Sample(query.result.displacement, displacements, query.sampleSpectrum, num5, num6, scaling, scaling.tmp);
num9 = query.result.displacement[0].x + query.result.displacement[1].x + query.result.displacement[2].x + query.result.displacement[3].x;
num10 = query.result.displacement[0].z + query.result.displacement[1].z + query.result.displacement[2].z + query.result.displacement[3].z;
num3 = num5 + num9;
num4 = num6 + num10;
num8++;
float num11 = num - num3;
float num12 = num2 - num4;
num13 = num11 * num11 + num12 * num12;
}while (num13 > num7 && num8 <= WaveQuery.MAX_ITERATIONS);
query.result.height = query.result.displacement[0].y + query.result.displacement[1].y + query.result.displacement[2].y + query.result.displacement[3].y;
query.result.displacementX = num9;
query.result.displacementZ = num10;
query.result.iterations = num8;
query.result.error = num13;
query.result.height = Mathf.Clamp(query.result.height, -40f, 40f);
}
}
public Vector4 MaxRange(Vector4 choppyness, Vector2 gridScale)
{
return(QueryDisplacements.MaxRange(this.m_displacements, choppyness, gridScale, null));
}
public void CopyDisplacements(IList <InterpolatedArray2f> displacements)
{
QueryDisplacements.CopyDisplacements(this.m_displacements, displacements);
}
public void CopyAndCreateDisplacements(out IList <InterpolatedArray2f> displacements)
{
QueryDisplacements.CopyAndCreateDisplacements(this.m_displacements, out displacements);
}