void NzPatch::InitializeFromParent(NzTerrainNodeID nodeID, nzTerrainNodeData* data, const NzPatch& parentPatch)
{
Reset();
m_id = nodeID;
m_data = data;
int offx = 2 * (m_id.locx - std::floor(m_id.locx / 2.f) * 2);
int offy = 2 * (m_id.locy - std::floor(m_id.locy / 2.f) * 2);
m_vertices[1][1].SetPosition(parentPatch.m_vertices[1 + offx][1 + offy]);
m_vertices[3][1].SetPosition(parentPatch.m_vertices[2 + offx][1 + offy]);
m_vertices[5][1].SetPosition(parentPatch.m_vertices[3 + offx][1 + offy]);
m_vertices[1][3].SetPosition(parentPatch.m_vertices[1 + offx][2 + offy]);
m_vertices[3][3].SetPosition(parentPatch.m_vertices[2 + offx][2 + offy]);
m_vertices[5][3].SetPosition(parentPatch.m_vertices[3 + offx][2 + offy]);
m_vertices[1][5].SetPosition(parentPatch.m_vertices[1 + offx][3 + offy]);
m_vertices[3][5].SetPosition(parentPatch.m_vertices[2 + offx][3 + offy]);
m_vertices[5][5].SetPosition(parentPatch.m_vertices[3 + offx][3 + offy]);
ComputeHeights();
ComputeNormals();
ComputeSlope();
}
//! Constructs an AlphaCube object using a PVL object.
AlphaCube::AlphaCube(Cube &cube) {
Isis::PvlObject &isiscube = cube.label()->findObject("IsisCube");
if(isiscube.hasGroup("AlphaCube")) {
Isis::PvlGroup &alpha = isiscube.findGroup("AlphaCube");
p_alphaSamples = alpha["AlphaSamples"];
p_alphaLines = alpha["AlphaLines"];
p_alphaStartingSample = alpha["AlphaStartingSample"];
p_alphaStartingLine = alpha["AlphaStartingLine"];
p_alphaEndingSample = alpha["AlphaEndingSample"];
p_alphaEndingLine = alpha["AlphaEndingLine"];
p_betaSamples = alpha["BetaSamples"];
p_betaLines = alpha["BetaLines"];
}
else {
p_alphaSamples = cube.sampleCount();
p_alphaLines = cube.lineCount();
p_alphaStartingSample = 0.5;
p_alphaStartingLine = 0.5;
p_alphaEndingSample = (double) p_alphaSamples + 0.5;
p_alphaEndingLine = (double) p_alphaLines + 0.5;
p_betaSamples = p_alphaSamples;
p_betaLines = p_alphaLines;
}
ComputeSlope();
}
void NzPatch::Initialize(NzTerrainNodeID nodeID, nzTerrainNodeData* data)
{
Reset();
m_id = nodeID;
m_data = data;
ComputeHeights();
ComputeNormals();
ComputeSlope();
}
/** Constructs an AlphaCube object given alphaSamples, alphaLines,
* betaSamples and betaLines.
*/
AlphaCube::AlphaCube(int alphaSamples, int alphaLines,
int betaSamples, int betaLines) {
p_alphaSamples = alphaSamples;
p_alphaLines = alphaLines;
p_alphaStartingSample = 0.5;
p_alphaStartingLine = 0.5;
p_alphaEndingSample = (double) alphaSamples + 0.5;
p_alphaEndingLine = (double) alphaLines + 0.5;
p_betaSamples = betaSamples;
p_betaLines = betaLines;
ComputeSlope();
}
/**
* Merges two AlphaCube objects. This facilities combinations of programs
* crop-enlarge, crop-crop, reduce-pad, etc.
*
* @param add The AlphaCube object to be merged.
*/
void AlphaCube::Rehash(AlphaCube &add) {
double sl = AlphaLine(add.AlphaLine(0.5));
double ss = AlphaSample(add.AlphaSample(0.5));
double el = AlphaLine(add.AlphaLine(add.BetaLines() + 0.5));
double es = AlphaSample(add.AlphaSample(add.BetaSamples() + 0.5));
p_alphaStartingLine = sl;
p_alphaStartingSample = ss;
p_alphaEndingLine = el;
p_alphaEndingSample = es;
p_betaLines = add.BetaLines();
p_betaSamples = add.BetaSamples();
ComputeSlope();
}
/** Constructs an AlphaCube object with a basic mapping from corner-to-corner,
* beta 0.5,0.5 maps to alpha 0.5,0.5 and beta ns+0.5,nl+0.5 maps to alpha
* ns+0.5, nl+0.5.
*/
AlphaCube::AlphaCube(int alphaSamples, int alphaLines,
int betaSamples, int betaLines,
double alphaSs, double alphaSl,
double alphaEs, double alphaEl) {
p_alphaSamples = alphaSamples;
p_alphaLines = alphaLines;
p_alphaStartingSample = alphaSs;
p_alphaStartingLine = alphaSl;
p_alphaEndingSample = alphaEs;
p_alphaEndingLine = alphaEl;
p_betaSamples = betaSamples;
p_betaLines = betaLines;
ComputeSlope();
}
