/** * returns the header of the matrix as a string. * * @return the header * @see #m_HeaderKeys * @see #m_HeaderValues */ public String toStringHeader() { return new ResultMatrixPlainText(this).toStringHeader(); }
/** * returns returns a key for all the col names, for better readability if the * names got cut off. * * @return the key */ @Override public String toStringKey() { String result; int i; result = "Key:\n"; for (i = 0; i < getColCount(); i++) { if (getColHidden(i)) { continue; } result += LEFT_PARENTHESES + (i + 1) + RIGHT_PARENTHESES + " " + removeFilterName(m_ColNames[i]) + "\n"; } return result; }
/** * returns the ranking in a string representation. * * @return the ranking */ public String toStringRanking() { return new ResultMatrixPlainText(this).toStringRanking(); }
/** * returns the summary as string. * * @return the summary */ public String toStringSummary() { return new ResultMatrixPlainText(this).toStringSummary(); }
body = new StringBuffer(); foot = new StringBuffer(); cells = toArray(); startMeans = new int[getColCount()]; startSigs = new int[getColCount() - 1]; maxLength = 0; size = getColSize(cells, n, true, true); for (i = 1; i < cells.length - 1; i++) { cells[i][n] = padString(cells[i][n], size, true); if (getShowStdDev()) { indexBase++; if (getShowStdDev()) { k = 0; for (i = 1; i < cells.length - 1; i++) { if (isAverage(i)) { body.append(padString("", maxLength).replaceAll(".", "-") + "\n"); if (isMean(n)) { startMeans[j] = line.length(); j++; if (isSignificance(n)) { startSigs[k] = line.length(); k++;
titles = ""; resultsetLength = 1 + Math.max( (int) (Math.log(getColCount()) / Math.log(10)), (int) (Math.log(getRowCount()) / Math.log(10))); for (i = 0; i < getColCount(); i++) { if (getColHidden(i)) { continue; + Utils.padLeft("" + getSummaryTitle(i), resultsetLength * 2 + 3); for (i = 0; i < getColCount(); i++) { if (getColHidden(i)) { continue; for (j = 0; j < getColCount(); j++) { if (getColHidden(j)) { continue; result += " | " + getSummaryTitle(i) + " = " + getColName(i) + '\n';
/** * returns returns a key for all the col names, for better readability if * the names got cut off. * * @return the key */ public String toStringKey() { return new ResultMatrixPlainText(this).toStringKey(); }
size = getColSize(data, 0); for (i = 0; i < data.length; i++) { data[i][0] = padString(data[i][0], size);
m_ResultMatrix = new ResultMatrixPlainText();
body = new StringBuffer(); foot = new StringBuffer(); cells = toArray(); startMeans = new int[getColCount()]; startSigs = new int[getColCount() - 1]; maxLength = 0; size = getColSize(cells, n, true, true); for (i = 1; i < cells.length - 1; i++) { cells[i][n] = padString(cells[i][n], size, true); if (getShowStdDev()) { indexBase++; if (getShowStdDev()) { k = 0; for (i = 1; i < cells.length - 1; i++) { if (isAverage(i)) { body.append(padString("", maxLength).replaceAll(".", "-") + "\n"); if (isMean(n)) { startMeans[j] = line.length(); j++; if (isSignificance(n)) { startSigs[k] = line.length(); k++;
titles = ""; resultsetLength = 1 + Math.max( (int) (Math.log(getColCount()) / Math.log(10)), (int) (Math.log(getRowCount()) / Math.log(10))); for (i = 0; i < getColCount(); i++) { if (getColHidden(i)) { continue; + Utils.padLeft("" + getSummaryTitle(i), resultsetLength * 2 + 3); for (i = 0; i < getColCount(); i++) { if (getColHidden(i)) { continue; for (j = 0; j < getColCount(); j++) { if (getColHidden(j)) { continue; result += " | " + getSummaryTitle(i) + " = " + getColName(i) + '\n';
/** * returns the ranking in a string representation. * * @return the ranking */ public String toStringRanking() { return new ResultMatrixPlainText(this).toStringRanking(); }
/** * returns the summary as string. * * @return the summary */ public String toStringSummary() { return new ResultMatrixPlainText(this).toStringSummary(); }
/** * returns returns a key for all the col names, for better readability if * the names got cut off. * * @return the key */ public String toStringKey() { return new ResultMatrixPlainText(this).toStringKey(); }
size = getColSize(data, 0); for (i = 0; i < data.length; i++) { data[i][0] = padString(data[i][0], size);
m_ResultMatrix = new ResultMatrixPlainText();
/** * returns the header of the matrix as a string. * * @return the header * @see #m_HeaderKeys * @see #m_HeaderValues */ public String toStringHeader() { return new ResultMatrixPlainText(this).toStringHeader(); }
/** * returns returns a key for all the col names, for better readability if the * names got cut off. * * @return the key */ @Override public String toStringKey() { String result; int i; result = "Key:\n"; for (i = 0; i < getColCount(); i++) { if (getColHidden(i)) { continue; } result += LEFT_PARENTHESES + (i + 1) + RIGHT_PARENTHESES + " " + removeFilterName(m_ColNames[i]) + "\n"; } return result; }
/** * returns the ranking in a string representation. * * @return the ranking */ public String toStringRanking() { return new ResultMatrixPlainText(this).toStringRanking(); }
/** * returns the summary as string. * * @return the summary */ public String toStringSummary() { return new ResultMatrixPlainText(this).toStringSummary(); }