Estimation.FusionHorizon.unpackDelta

Parameters, inputs, outputs, defaults and equations from the source file.

function unpackDelta "Read one delta back out of a ring row"
  input Real row[DeltaLength];
  output Estimation.FusionHorizon.Delta delta;
algorithm
  // Flat, for the reason recorded in packDelta: the nested-loop form is what
  // the code generator turns into a per-element copy call.
  delta.deltaPositionBodyFlu_m[1] := row[1];
  delta.deltaPositionBodyFlu_m[2] := row[2];
  delta.deltaPositionBodyFlu_m[3] := row[3];
  delta.deltaVelocityBodyFlu_m_s[1] := row[4];
  delta.deltaVelocityBodyFlu_m_s[2] := row[5];
  delta.deltaVelocityBodyFlu_m_s[3] := row[6];
  delta.deltaQuaternionBodyFlu[1] := row[7];
  delta.deltaQuaternionBodyFlu[2] := row[8];
  delta.deltaQuaternionBodyFlu[3] := row[9];
  delta.deltaQuaternionBodyFlu[4] := row[10];
  delta.integrationTime_s := row[11];
  delta.deltaRotationGyroscopeBiasJacobian_s[1, 1] := row[12];
  delta.deltaRotationGyroscopeBiasJacobian_s[1, 2] := row[13];
  delta.deltaRotationGyroscopeBiasJacobian_s[1, 3] := row[14];
  delta.deltaRotationGyroscopeBiasJacobian_s[2, 1] := row[15];
  delta.deltaRotationGyroscopeBiasJacobian_s[2, 2] := row[16];
  delta.deltaRotationGyroscopeBiasJacobian_s[2, 3] := row[17];
  delta.deltaRotationGyroscopeBiasJacobian_s[3, 1] := row[18];
  delta.deltaRotationGyroscopeBiasJacobian_s[3, 2] := row[19];
  delta.deltaRotationGyroscopeBiasJacobian_s[3, 3] := row[20];
  delta.deltaVelocityGyroscopeBiasJacobian_m[1, 1] := row[21];
  delta.deltaVelocityGyroscopeBiasJacobian_m[1, 2] := row[22];
  delta.deltaVelocityGyroscopeBiasJacobian_m[1, 3] := row[23];
  delta.deltaVelocityGyroscopeBiasJacobian_m[2, 1] := row[24];
  delta.deltaVelocityGyroscopeBiasJacobian_m[2, 2] := row[25];
  delta.deltaVelocityGyroscopeBiasJacobian_m[2, 3] := row[26];
  delta.deltaVelocityGyroscopeBiasJacobian_m[3, 1] := row[27];
  delta.deltaVelocityGyroscopeBiasJacobian_m[3, 2] := row[28];
  delta.deltaVelocityGyroscopeBiasJacobian_m[3, 3] := row[29];
  delta.deltaVelocityAccelerometerBiasJacobian_s[1, 1] := row[30];
  delta.deltaVelocityAccelerometerBiasJacobian_s[1, 2] := row[31];
  delta.deltaVelocityAccelerometerBiasJacobian_s[1, 3] := row[32];
  delta.deltaVelocityAccelerometerBiasJacobian_s[2, 1] := row[33];
  delta.deltaVelocityAccelerometerBiasJacobian_s[2, 2] := row[34];
  delta.deltaVelocityAccelerometerBiasJacobian_s[2, 3] := row[35];
  delta.deltaVelocityAccelerometerBiasJacobian_s[3, 1] := row[36];
  delta.deltaVelocityAccelerometerBiasJacobian_s[3, 2] := row[37];
  delta.deltaVelocityAccelerometerBiasJacobian_s[3, 3] := row[38];
  delta.deltaPositionGyroscopeBiasJacobian_m_s[1, 1] := row[39];
  delta.deltaPositionGyroscopeBiasJacobian_m_s[1, 2] := row[40];
  delta.deltaPositionGyroscopeBiasJacobian_m_s[1, 3] := row[41];
  delta.deltaPositionGyroscopeBiasJacobian_m_s[2, 1] := row[42];
  delta.deltaPositionGyroscopeBiasJacobian_m_s[2, 2] := row[43];
  delta.deltaPositionGyroscopeBiasJacobian_m_s[2, 3] := row[44];
  delta.deltaPositionGyroscopeBiasJacobian_m_s[3, 1] := row[45];
  delta.deltaPositionGyroscopeBiasJacobian_m_s[3, 2] := row[46];
  delta.deltaPositionGyroscopeBiasJacobian_m_s[3, 3] := row[47];
  delta.deltaPositionAccelerometerBiasJacobian_s2[1, 1] := row[48];
  delta.deltaPositionAccelerometerBiasJacobian_s2[1, 2] := row[49];
  delta.deltaPositionAccelerometerBiasJacobian_s2[1, 3] := row[50];
  delta.deltaPositionAccelerometerBiasJacobian_s2[2, 1] := row[51];
  delta.deltaPositionAccelerometerBiasJacobian_s2[2, 2] := row[52];
  delta.deltaPositionAccelerometerBiasJacobian_s2[2, 3] := row[53];
  delta.deltaPositionAccelerometerBiasJacobian_s2[3, 1] := row[54];
  delta.deltaPositionAccelerometerBiasJacobian_s2[3, 2] := row[55];
  delta.deltaPositionAccelerometerBiasJacobian_s2[3, 3] := row[56];
end unpackDelta;