@Override protected void allocate() { indexSet = new TreeSet<IndexMN>(); real = new TreeMap<IndexMN, Double>(); if (isComplex()) { imaginary = new TreeMap<IndexMN, Double>(); } else { imaginary = null; } }
protected void allocate() { real = new TreeMap<IndexMN, Double>(); if ( isComplex() ) { imaginary = new TreeMap<IndexMN, Double>(); } indexSet = new TreeSet<IndexMN>(); }
protected void allocate() { real = new TreeMap<IndexMN, Double>(); if ( isComplex() ) { imaginary = new TreeMap<IndexMN, Double>(); } indexSet = new TreeSet<IndexMN>(); }
protected void allocate() { real = new TreeMap<IndexMN, Double>(); if ( isComplex() ) { imaginary = new TreeMap<IndexMN, Double>(); } indexSet = new TreeSet<IndexMN>(); }
@Override protected void allocate() { indexSet = new TreeSet<IndexMN>(); real = new TreeMap<IndexMN, Double>(); if (isComplex()) { imaginary = new TreeMap<IndexMN, Double>(); } else { imaginary = null; } }
@Override public String contentToString() { StringBuffer sb = new StringBuffer(); sb.append(name + " = \n"); for (IndexMN i : indexSet) { sb.append("\t("); sb.append(i.m + "," + i.n); sb.append(")"); sb.append("\t" + getReal(i.m, i.n)); if (isComplex()) { sb.append("+" + getImaginary(i.m, i.n)); } sb.append("\n"); } return sb.toString(); }
@Override public String contentToString() { StringBuffer sb = new StringBuffer(); sb.append(name + " = \n"); for (IndexMN i : indexSet) { sb.append("\t("); sb.append(i.m + "," + i.n); sb.append(")"); sb.append("\t" + getReal(i.m, i.n)); if (isComplex()) { sb.append("+" + getImaginary(i.m, i.n)); } sb.append("\n"); } return sb.toString(); }
public String contentToString() { StringBuffer sb = new StringBuffer(); sb.append(name + " = \n"); for ( IndexMN i : indexSet ) { sb.append("\t("); sb.append(i.m + "," + i.n); sb.append(")"); sb.append("\t" + getReal(i.m, i.n) ); if ( isComplex() ) { sb.append("+" + getImaginary(i.m, i.n) ); } sb.append("\n"); } return sb.toString(); }
public String contentToString() { StringBuffer sb = new StringBuffer(); sb.append(name + " = \n"); for ( IndexMN i : indexSet ) { sb.append("\t("); sb.append(i.m + "," + i.n); sb.append(")"); sb.append("\t" + getReal(i.m, i.n) ); if ( isComplex() ) { sb.append("+" + getImaginary(i.m, i.n) ); } sb.append("\n"); } return sb.toString(); }
public String contentToString() { StringBuffer sb = new StringBuffer(); sb.append(name + " = \n"); for ( IndexMN i : indexSet ) { sb.append("\t("); sb.append(i.m + "," + i.n); sb.append(")"); sb.append("\t" + getReal(i.m, i.n) ); if ( isComplex() ) { sb.append("+" + getImaginary(i.m, i.n) ); } sb.append("\n"); } return sb.toString(); }
int[] jc = tag.readToIntArray(); if (sparse.isComplex()) {
int[] jc = tag.readToIntArray(); if (sparse.isComplex()) {
if ( sparse.isComplex() )
if ( sparse.isComplex() )
if (sparse.isComplex()) { tag = new ISMatTag(buf); double[] ad2 = tag.readToDoubleArray();