Function GetCurveLength

exporter/src/export/stream/StreamProperty.cpp:121–138

}

static float GetCurveLength(const AEGP_StreamValue2& lastValue, const AEGP_StreamValue2& lastOut,
                            const AEGP_StreamValue2& currentIn,
                            const AEGP_StreamValue2& currentValue) {
  auto startX = static_cast<float>(lastValue.val.three_d.x);
  auto startY = static_cast<float>(lastValue.val.three_d.y);
  auto startZ = static_cast<float>(lastValue.val.three_d.z);
  auto controlX1 = static_cast<float>(startX + lastOut.val.three_d.x);
  auto controlY1 = static_cast<float>(startY + lastOut.val.three_d.y);
  auto controlZ1 = static_cast<float>(startY + lastOut.val.three_d.z);
  auto endX = static_cast<float>(currentValue.val.three_d.x);
  auto endY = static_cast<float>(currentValue.val.three_d.y);
  auto endZ = static_cast<float>(currentValue.val.three_d.z);
  auto controlX2 = static_cast<float>(endX + currentIn.val.three_d.x);
  auto controlY2 = static_cast<float>(endY + currentIn.val.three_d.y);
  auto controlZ2 = static_cast<float>(endY + currentIn.val.three_d.z);
  return GetCubicLength(startX, startY, startZ, controlX1, controlY1, controlZ1, controlX2,
                        controlY2, controlZ2, endX, endY, endZ);
}

std::vector<float> GetAverageSpeed(AEGP_StreamRefH streamHandle, int index, int dimensionality) {
  const auto& Suites = GetSuites();