/// <summary>shortcut to c3ga.gp(this, b)
/// </summary>
public mv gp(mv_if b)
{
return c3ga.gp(this, b);
}
/// <summary>shortcut to c3ga.subtract(this, b)
/// </summary>
public mv subtract(mv_if b)
{
return c3ga.subtract(this, b);
}
/// <summary>shortcut to c3ga.applyVersor(this, b)
/// </summary>
public mv applyVersor(mv_if b)
{
return c3ga.applyVersor(this, b);
}
/// <summary>Returns geometric product of mv and float.
/// </summary>
public static mv gp(mv_if a, float b)
{
float[][] ac = a.to_mv().c();
float[][] bc = new float[][]{new float[]{b}};
float[][] cc = new float[6][];
if (ac[0] != null) {
if (cc[0] == null) cc[0] = new float[1];
gp_default_0_0_0(ac[0], bc[0], cc[0]);
}
if (ac[1] != null) {
if (cc[1] == null) cc[1] = new float[5];
gp_default_1_0_1(ac[1], bc[0], cc[1]);
}
if (ac[2] != null) {
if (cc[2] == null) cc[2] = new float[10];
gp_default_2_0_2(ac[2], bc[0], cc[2]);
}
if (ac[3] != null) {
if (cc[3] == null) cc[3] = new float[10];
gp_default_3_0_3(ac[3], bc[0], cc[3]);
}
if (ac[4] != null) {
if (cc[4] == null) cc[4] = new float[5];
gp_default_4_0_4(ac[4], bc[0], cc[4]);
}
if (ac[5] != null) {
if (cc[5] == null) cc[5] = new float[1];
gp_default_5_0_5(ac[5], bc[0], cc[5]);
}
return new mv(cc);
}
/// <summary>Returns Modified Hestenes inner product of mv and mv.
/// </summary>
public static mv mhip(mv_if a, mv_if b)
{
float[][] ac = a.to_mv().c();
float[][] bc = b.to_mv().c();
float[][] cc = new float[6][];
if (ac[0] != null) {
if (bc[0] != null) {
if (cc[0] == null) cc[0] = new float[1];
gp_default_0_0_0(ac[0], bc[0], cc[0]);
}
if (bc[1] != null) {
if (cc[1] == null) cc[1] = new float[5];
gp_default_0_1_1(ac[0], bc[1], cc[1]);
}
if (bc[2] != null) {
if (cc[2] == null) cc[2] = new float[10];
gp_default_0_2_2(ac[0], bc[2], cc[2]);
}
if (bc[3] != null) {
if (cc[3] == null) cc[3] = new float[10];
gp_default_0_3_3(ac[0], bc[3], cc[3]);
}
if (bc[4] != null) {
if (cc[4] == null) cc[4] = new float[5];
gp_default_0_4_4(ac[0], bc[4], cc[4]);
}
if (bc[5] != null) {
if (cc[5] == null) cc[5] = new float[1];
gp_default_0_5_5(ac[0], bc[5], cc[5]);
}
}
if (ac[1] != null) {
if (bc[0] != null) {
if (cc[1] == null) cc[1] = new float[5];
gp_default_1_0_1(ac[1], bc[0], cc[1]);
}
if (bc[1] != null) {
if (cc[0] == null) cc[0] = new float[1];
gp_default_1_1_0(ac[1], bc[1], cc[0]);
}
if (bc[2] != null) {
if (cc[1] == null) cc[1] = new float[5];
gp_default_1_2_1(ac[1], bc[2], cc[1]);
}
if (bc[3] != null) {
if (cc[2] == null) cc[2] = new float[10];
gp_default_1_3_2(ac[1], bc[3], cc[2]);
}
if (bc[4] != null) {
if (cc[3] == null) cc[3] = new float[10];
gp_default_1_4_3(ac[1], bc[4], cc[3]);
}
if (bc[5] != null) {
if (cc[4] == null) cc[4] = new float[5];
gp_default_1_5_4(ac[1], bc[5], cc[4]);
}
}
if (ac[2] != null) {
if (bc[0] != null) {
if (cc[2] == null) cc[2] = new float[10];
gp_default_2_0_2(ac[2], bc[0], cc[2]);
}
if (bc[1] != null) {
if (cc[1] == null) cc[1] = new float[5];
gp_default_2_1_1(ac[2], bc[1], cc[1]);
}
if (bc[2] != null) {
if (cc[0] == null) cc[0] = new float[1];
gp_default_2_2_0(ac[2], bc[2], cc[0]);
}
if (bc[3] != null) {
if (cc[1] == null) cc[1] = new float[5];
gp_default_2_3_1(ac[2], bc[3], cc[1]);
}
if (bc[4] != null) {
if (cc[2] == null) cc[2] = new float[10];
gp_default_2_4_2(ac[2], bc[4], cc[2]);
}
if (bc[5] != null) {
if (cc[3] == null) cc[3] = new float[10];
gp_default_2_5_3(ac[2], bc[5], cc[3]);
}
}
if (ac[3] != null) {
if (bc[0] != null) {
if (cc[3] == null) cc[3] = new float[10];
gp_default_3_0_3(ac[3], bc[0], cc[3]);
}
if (bc[1] != null) {
if (cc[2] == null) cc[2] = new float[10];
gp_default_3_1_2(ac[3], bc[1], cc[2]);
}
if (bc[2] != null) {
if (cc[1] == null) cc[1] = new float[5];
gp_default_3_2_1(ac[3], bc[2], cc[1]);
}
if (bc[3] != null) {
if (cc[0] == null) cc[0] = new float[1];
gp_default_3_3_0(ac[3], bc[3], cc[0]);
}
if (bc[4] != null) {
if (cc[1] == null) cc[1] = new float[5];
gp_default_3_4_1(ac[3], bc[4], cc[1]);
}
if (bc[5] != null) {
if (cc[2] == null) cc[2] = new float[10];
gp_default_3_5_2(ac[3], bc[5], cc[2]);
}
}
if (ac[4] != null) {
if (bc[0] != null) {
if (cc[4] == null) cc[4] = new float[5];
gp_default_4_0_4(ac[4], bc[0], cc[4]);
}
if (bc[1] != null) {
if (cc[3] == null) cc[3] = new float[10];
gp_default_4_1_3(ac[4], bc[1], cc[3]);
}
if (bc[2] != null) {
if (cc[2] == null) cc[2] = new float[10];
gp_default_4_2_2(ac[4], bc[2], cc[2]);
}
if (bc[3] != null) {
if (cc[1] == null) cc[1] = new float[5];
gp_default_4_3_1(ac[4], bc[3], cc[1]);
}
if (bc[4] != null) {
if (cc[0] == null) cc[0] = new float[1];
gp_default_4_4_0(ac[4], bc[4], cc[0]);
}
if (bc[5] != null) {
if (cc[1] == null) cc[1] = new float[5];
gp_default_4_5_1(ac[4], bc[5], cc[1]);
}
}
if (ac[5] != null) {
if (bc[0] != null) {
if (cc[5] == null) cc[5] = new float[1];
gp_default_5_0_5(ac[5], bc[0], cc[5]);
}
if (bc[1] != null) {
if (cc[4] == null) cc[4] = new float[5];
gp_default_5_1_4(ac[5], bc[1], cc[4]);
}
if (bc[2] != null) {
if (cc[3] == null) cc[3] = new float[10];
gp_default_5_2_3(ac[5], bc[2], cc[3]);
}
if (bc[3] != null) {
if (cc[2] == null) cc[2] = new float[10];
gp_default_5_3_2(ac[5], bc[3], cc[2]);
}
if (bc[4] != null) {
if (cc[1] == null) cc[1] = new float[5];
gp_default_5_4_1(ac[5], bc[4], cc[1]);
}
if (bc[5] != null) {
if (cc[0] == null) cc[0] = new float[1];
gp_default_5_5_0(ac[5], bc[5], cc[0]);
}
}
return new mv(cc);
}
/// <summary>Returns a * b * inverse(a) using default metric.
/// </summary>
public static mv applyVersor(mv_if a, mv_if b)
{
return extractGrade(gp(gp(a, b), versorInverse(a)), b.to_mv().gu());
}
/// <summary>Returns whether input multivectors are equal up to an epsilon c.
/// </summary>
public static bool equals(mv_if a, mv_if b, float c)
{
float[][] ac = a.to_mv().c();
float[][] bc = b.to_mv().c();
if (ac[0] != null) {
if (bc[0] != null) {
if (!equals_0_0(ac[0], bc[0], c)) return false;
}
else if (!zeroGroup_0(ac[0], c)) return false;
}
else if (bc[0] != null) {
if (!zeroGroup_0(bc[0], c)) return false;
}
if (ac[1] != null) {
if (bc[1] != null) {
if (!equals_1_1(ac[1], bc[1], c)) return false;
}
else if (!zeroGroup_1(ac[1], c)) return false;
}
else if (bc[1] != null) {
if (!zeroGroup_1(bc[1], c)) return false;
}
if (ac[2] != null) {
if (bc[2] != null) {
if (!equals_2_2(ac[2], bc[2], c)) return false;
}
else if (!zeroGroup_2(ac[2], c)) return false;
}
else if (bc[2] != null) {
if (!zeroGroup_2(bc[2], c)) return false;
}
if (ac[3] != null) {
if (bc[3] != null) {
if (!equals_3_3(ac[3], bc[3], c)) return false;
}
else if (!zeroGroup_3(ac[3], c)) return false;
}
else if (bc[3] != null) {
if (!zeroGroup_3(bc[3], c)) return false;
}
if (ac[4] != null) {
if (bc[4] != null) {
if (!equals_4_4(ac[4], bc[4], c)) return false;
}
else if (!zeroGroup_4(ac[4], c)) return false;
}
else if (bc[4] != null) {
if (!zeroGroup_4(bc[4], c)) return false;
}
if (ac[5] != null) {
if (bc[5] != null) {
if (!equals_5_5(ac[5], bc[5], c)) return false;
}
else if (!zeroGroup_5(ac[5], c)) return false;
}
else if (bc[5] != null) {
if (!zeroGroup_5(bc[5], c)) return false;
}
return true;
}
/// <summary>shortcut to c3ga.applyUnitVersor(this, b)
/// </summary>
public mv applyUnitVersor(mv_if b)
{
return(c3ga.applyUnitVersor(this, b));
}
/// <summary>shortcut to c3ga.equals(this, b, c)
/// </summary>
public bool equals(mv_if b, float c)
{
return(c3ga.equals(this, b, c));
}
/// <summary>shortcut to c3ga.mhip(this, b)
/// </summary>
public mv mhip(mv_if b)
{
return(c3ga.mhip(this, b));
}
/// <summary>shortcut to c3ga.lc(this, b)
/// </summary>
public mv lc(mv_if b)
{
return(c3ga.lc(this, b));
}
/// <summary>shortcut to c3ga.sp(this, b)
/// </summary>
public float sp(mv_if b)
{
return(c3ga.sp(this, b));
}
/// <summary>shortcut to c3ga.op(this, b)
/// </summary>
public mv op(mv_if b)
{
return(c3ga.op(this, b));
}
/// <summary>shortcut to c3ga.gp(this, b)
/// </summary>
public mv gp(mv_if b)
{
return(c3ga.gp(this, b));
}
/// <summary>shortcut to c3ga.mhip(this, b)
/// </summary>
public mv mhip(mv_if b)
{
return c3ga.mhip(this, b);
}
/// <summary>Returns negation of mv.
/// </summary>
public static mv negate(mv_if a)
{
float[][] ac = a.to_mv().c();
float[][] cc = new float[6][];
if (ac[0] != null) {
cc[0] = new float[1];
neg_0(ac[0], cc[0]);
}
if (ac[1] != null) {
cc[1] = new float[5];
neg_1(ac[1], cc[1]);
}
if (ac[2] != null) {
cc[2] = new float[10];
neg_2(ac[2], cc[2]);
}
if (ac[3] != null) {
cc[3] = new float[10];
neg_3(ac[3], cc[3]);
}
if (ac[4] != null) {
cc[4] = new float[5];
neg_4(ac[4], cc[4]);
}
if (ac[5] != null) {
cc[5] = new float[1];
neg_5(ac[5], cc[5]);
}
return new mv(cc);
}
/// <summary>shortcut to c3ga.subtract(this, b)
/// </summary>
public mv subtract(mv_if b)
{
return(c3ga.subtract(this, b));
}
/// <summary>Returns norm2 of mv using default metric.
/// </summary>
public static float norm2(mv_if a)
{
float n2 = 0.0f;
float[] c = new float[1];
float[][] ac = a.to_mv().c();
if (ac[0] != null) { /* group 0 (grade 0) */
c[0] = 0.0f;
gp_default_0_0_0(ac[0], ac[0], c);
n2 += c[0];
}
if (ac[1] != null) { /* group 1 (grade 1) */
c[0] = 0.0f;
gp_default_1_1_0(ac[1], ac[1], c);
n2 += c[0];
}
if (ac[2] != null) { /* group 2 (grade 2) */
c[0] = 0.0f;
gp_default_2_2_0(ac[2], ac[2], c);
n2 -= c[0];
}
if (ac[3] != null) { /* group 3 (grade 3) */
c[0] = 0.0f;
gp_default_3_3_0(ac[3], ac[3], c);
n2 -= c[0];
}
if (ac[4] != null) { /* group 4 (grade 4) */
c[0] = 0.0f;
gp_default_4_4_0(ac[4], ac[4], c);
n2 += c[0];
}
if (ac[5] != null) { /* group 5 (grade 5) */
c[0] = 0.0f;
gp_default_5_5_0(ac[5], ac[5], c);
n2 += c[0];
}
return n2;
}
/// <summary>Returns dual of mv using default metric.
/// </summary>
public static mv dual(mv_if a)
{
float[][] ac = a.to_mv().c();
float[][] cc = new float[6][];
if (ac[0] != null) {
if (cc[5] == null) cc[5] = new float[1];
dual_default_0_5(ac[0], cc[5]);
}
if (ac[1] != null) {
if (cc[4] == null) cc[4] = new float[5];
dual_default_1_4(ac[1], cc[4]);
}
if (ac[2] != null) {
if (cc[3] == null) cc[3] = new float[10];
dual_default_2_3(ac[2], cc[3]);
}
if (ac[3] != null) {
if (cc[2] == null) cc[2] = new float[10];
dual_default_3_2(ac[3], cc[2]);
}
if (ac[4] != null) {
if (cc[1] == null) cc[1] = new float[5];
dual_default_4_1(ac[4], cc[1]);
}
if (ac[5] != null) {
if (cc[0] == null) cc[0] = new float[1];
dual_default_5_0(ac[5], cc[0]);
}
return new mv(cc);
}
/// <summary>Returns float b * mv a + float c.
/// </summary>
public static mv sas(mv_if a, float b, float c)
{
float[][] ac = a.to_mv().c();
float[][] cc = new float[6][];
if (ac[0] != null) {
cc[0] = new float[1];
copyMul_0(ac[0], cc[0], b);
cc[0][0] += c;
}
else if (c != 0.0) {
cc[0] = new float[1];
cc[0][0] = c;
}
if (ac[1] != null) {
cc[1] = new float[5];
copyMul_1(ac[1], cc[1], b);
}
if (ac[2] != null) {
cc[2] = new float[10];
copyMul_2(ac[2], cc[2], b);
}
if (ac[3] != null) {
cc[3] = new float[10];
copyMul_3(ac[3], cc[3], b);
}
if (ac[4] != null) {
cc[4] = new float[5];
copyMul_4(ac[4], cc[4], b);
}
if (ac[5] != null) {
cc[5] = new float[1];
copyMul_5(ac[5], cc[5], b);
}
return new mv(cc);
}
/// <summary>Returns grade groupBitmap of mv.
/// </summary>
public static mv extractGrade(mv_if a, GroupBitmap groupBitmap)
{
GroupBitmap gu = a.to_mv().gu() & groupBitmap;
float[][] ac = a.to_mv().c();
float[][] cc = new float[6][];
if ((gu & GroupBitmap.GROUP_0) != 0) {
cc[0] = new float[1];
copyGroup_0(ac[0], cc[0]);
}
if ((gu & GroupBitmap.GROUP_1) != 0) {
cc[1] = new float[5];
copyGroup_1(ac[1], cc[1]);
}
if ((gu & GroupBitmap.GROUP_2) != 0) {
cc[2] = new float[10];
copyGroup_2(ac[2], cc[2]);
}
if ((gu & GroupBitmap.GROUP_3) != 0) {
cc[3] = new float[10];
copyGroup_3(ac[3], cc[3]);
}
if ((gu & GroupBitmap.GROUP_4) != 0) {
cc[4] = new float[5];
copyGroup_4(ac[4], cc[4]);
}
if ((gu & GroupBitmap.GROUP_5) != 0) {
cc[5] = new float[1];
copyGroup_5(ac[5], cc[5]);
}
return new mv(cc);
}
/// <summary>Returns scalar product of mv and mv.
/// </summary>
public static float sp(mv_if a, mv_if b)
{
float[][] ac = a.to_mv().c();
float[][] bc = b.to_mv().c();
float[][] cc = new float[6][];
cc[0] = new float[1];
if (ac[0] != null) {
if (bc[0] != null) {
gp_default_0_0_0(ac[0], bc[0], cc[0]);
}
}
if (ac[1] != null) {
if (bc[1] != null) {
gp_default_1_1_0(ac[1], bc[1], cc[0]);
}
}
if (ac[2] != null) {
if (bc[2] != null) {
gp_default_2_2_0(ac[2], bc[2], cc[0]);
}
}
if (ac[3] != null) {
if (bc[3] != null) {
gp_default_3_3_0(ac[3], bc[3], cc[0]);
}
}
if (ac[4] != null) {
if (bc[4] != null) {
gp_default_4_4_0(ac[4], bc[4], cc[0]);
}
}
if (ac[5] != null) {
if (bc[5] != null) {
gp_default_5_5_0(ac[5], bc[5], cc[0]);
}
}
return cc[0][0];
}
/// <summary>Returns grade involution of mv.
/// </summary>
public static mv gradeInvolution(mv_if a)
{
float[][] ac = a.to_mv().c();
float[][] cc = new float[6][];
if (ac[0] != null) {
cc[0] = new float[1];
copyGroup_0(ac[0], cc[0]);
}
if (ac[1] != null) {
cc[1] = new float[5];
neg_1(ac[1], cc[1]);
}
if (ac[2] != null) {
cc[2] = new float[10];
copyGroup_2(ac[2], cc[2]);
}
if (ac[3] != null) {
cc[3] = new float[10];
neg_3(ac[3], cc[3]);
}
if (ac[4] != null) {
cc[4] = new float[5];
copyGroup_4(ac[4], cc[4]);
}
if (ac[5] != null) {
cc[5] = new float[1];
neg_5(ac[5], cc[5]);
}
return new mv(cc);
}
/// <summary>Converts a multivector to a string using default float format.</summary>
public static string String(mv_if value)
{
return String(value, null);
}
/// <summary>shortcut to c3ga.sp(this, b)
/// </summary>
public float sp(mv_if b)
{
return c3ga.sp(this, b);
}
/// <summary>
/// Converts a multivector to a string according to a float format like "F".
/// </summary>
/// <param name="fp">floating point format. Use 'null' for the default format (see setStringFormat()).</param>
public static string String(mv_if value, string fp)
{
mv obj = value.to_mv();
System.Text.StringBuilder result = new System.Text.StringBuilder();
int ia = 0; // global index into coordinates (runs from 0 to 31)
int cnt = 0; // how many coordinates printed so far
// set up the floating point precision
if (fp == null) fp = string_fp;
// start the string
result.Append(string_start);
// print all coordinates
for (int g = 0; g < 6; g++) {
float[] Cg = obj.m_c[g];
if (Cg != null) {
for (int b = 0; b < GroupSize[g]; b++) {
double coord = (double)BasisElementSignByIndex[ia] * Cg[b];
// goal: print [+|-]obj.m_c[k][* basisVector1 ^ ... ^ basisVectorN]
string tmpFloatStr = Math.Abs(coord).ToString(fp);
if (Double.Parse(tmpFloatStr) != 0.0) {
// print [+|-]
result.Append((coord >= 0.0)
? ((cnt>0) ? string_plus : "")
: string_minus);
// print obj.m_c[k]
result.Append(tmpFloatStr);
if (g != 0) { // if not grade 0, print [* basisVector1 ^ ... ^ basisVectorN]
result.Append(string_mul);
// print all basis vectors
int bei = 0;
while (BasisElements[ia][bei] >= 0) {
if (bei > 0)
result.Append(string_wedge);
result.Append(BasisVectorNames[BasisElements[ia][bei]]);
bei++;
}
}
cnt++;
}
ia++;
}
}
else ia += GroupSize[g];
}
// if no coordinates printed: 0
if (cnt == 0) result.Append("0");
// end the string
result.Append(string_end);
return result.ToString();
}
/// <summary>shortcut to c3ga.add(this, b)
/// </summary>
public mv add(mv_if b)
{
return c3ga.add(this, b);
}
/// <summary>Returns versor inverse of a using default metric.
/// </summary>
public static mv versorInverse(mv_if a)
{
float n2 = norm2_returns_scalar(a.to_mv());
float[][] ac = a.to_mv().c();
float[][] cc = new float[6][];
if (ac[0] != null) {
cc[0] = new float[1];
copyDiv_0(ac[0], cc[0], n2);
}
if (ac[1] != null) {
cc[1] = new float[5];
copyDiv_1(ac[1], cc[1], n2);
}
if (ac[2] != null) {
cc[2] = new float[10];
copyDiv_2(ac[2], cc[2], -n2);
}
if (ac[3] != null) {
cc[3] = new float[10];
copyDiv_3(ac[3], cc[3], -n2);
}
if (ac[4] != null) {
cc[4] = new float[5];
copyDiv_4(ac[4], cc[4], n2);
}
if (ac[5] != null) {
cc[5] = new float[1];
copyDiv_5(ac[5], cc[5], n2);
}
return new mv(cc);
}
/// <summary>shortcut to c3ga.equals(this, b, c)
/// </summary>
public bool equals(mv_if b, float c)
{
return c3ga.equals(this, b, c);
}
/// <summary>Returns true if all coordinates of a are abs <= b
/// </summary>
public static bool zero(mv_if a, float b)
{
float[][] ac = a.to_mv().c();
if (ac[0] != null) {
if (!zeroGroup_0(ac[0], b)) return false;
}
if (ac[1] != null) {
if (!zeroGroup_1(ac[1], b)) return false;
}
if (ac[2] != null) {
if (!zeroGroup_2(ac[2], b)) return false;
}
if (ac[3] != null) {
if (!zeroGroup_3(ac[3], b)) return false;
}
if (ac[4] != null) {
if (!zeroGroup_4(ac[4], b)) return false;
}
if (ac[5] != null) {
if (!zeroGroup_5(ac[5], b)) return false;
}
return true;
}
/// <summary>shortcut to c3ga.lc(this, b)
/// </summary>
public mv lc(mv_if b)
{
return c3ga.lc(this, b);
}
/// <summary>Returns mv + mv.
/// </summary>
public static mv add(mv_if a, mv_if b)
{
float[][] ac = a.to_mv().c();
float[][] bc = b.to_mv().c();
float[][] cc = new float[6][];
if (ac[0] != null) {
cc[0] = new float[1];
if (bc[0] != null) {
add2_0_0(ac[0], bc[0], cc[0]);
}
else copyGroup_0(ac[0], cc[0]);
}
else if (bc[0] != null) {
cc[0] = new float[1];
copyGroup_0(bc[0], cc[0]);
}
if (ac[1] != null) {
cc[1] = new float[5];
if (bc[1] != null) {
add2_1_1(ac[1], bc[1], cc[1]);
}
else copyGroup_1(ac[1], cc[1]);
}
else if (bc[1] != null) {
cc[1] = new float[5];
copyGroup_1(bc[1], cc[1]);
}
if (ac[2] != null) {
cc[2] = new float[10];
if (bc[2] != null) {
add2_2_2(ac[2], bc[2], cc[2]);
}
else copyGroup_2(ac[2], cc[2]);
}
else if (bc[2] != null) {
cc[2] = new float[10];
copyGroup_2(bc[2], cc[2]);
}
if (ac[3] != null) {
cc[3] = new float[10];
if (bc[3] != null) {
add2_3_3(ac[3], bc[3], cc[3]);
}
else copyGroup_3(ac[3], cc[3]);
}
else if (bc[3] != null) {
cc[3] = new float[10];
copyGroup_3(bc[3], cc[3]);
}
if (ac[4] != null) {
cc[4] = new float[5];
if (bc[4] != null) {
add2_4_4(ac[4], bc[4], cc[4]);
}
else copyGroup_4(ac[4], cc[4]);
}
else if (bc[4] != null) {
cc[4] = new float[5];
copyGroup_4(bc[4], cc[4]);
}
if (ac[5] != null) {
cc[5] = new float[1];
if (bc[5] != null) {
add2_5_5(ac[5], bc[5], cc[5]);
}
else copyGroup_5(ac[5], cc[5]);
}
else if (bc[5] != null) {
cc[5] = new float[1];
copyGroup_5(bc[5], cc[5]);
}
return new mv(cc);
}
/// <summary>shortcut to c3ga.op(this, b)
/// </summary>
public mv op(mv_if b)
{
return c3ga.op(this, b);
}
/// <summary>shortcut to c3ga.add(this, b)
/// </summary>
public mv add(mv_if b)
{
return(c3ga.add(this, b));
}
