/** * Iterate through one row of original data. * This function will update the internal max/min buffer if the internal buffer is not full, * or the new row is larger/smaller than the current max/min n. */ public boolean iterate(Double o, int n) { boolean ascending = getAscending(); state.n = n; if (o != null) { boolean doInsert = state.a.size() < n; if (!doInsert) { Double last = state.a.get(state.a.size()-1); if (ascending) { doInsert = o < last; } else { doInsert = o > last; } } if (doInsert) { binaryInsert(state.a, o, ascending); if (state.a.size() > n) { state.a.remove(state.a.size()-1); } } } return true; }
/** * Iterate through one row of original data. * This function will update the internal max/min buffer if the internal buffer is not full, * or the new row is larger/smaller than the current max/min n. */ public boolean iterate(Double o, int n) { boolean ascending = getAscending(); state.n = n; if (o != null) { boolean doInsert = state.a.size() < n; if (!doInsert) { Double last = state.a.get(state.a.size()-1); if (ascending) { doInsert = o < last; } else { doInsert = o > last; } } if (doInsert) { binaryInsert(state.a, o, ascending); if (state.a.size() > n) { state.a.remove(state.a.size()-1); } } } return true; }
/** * Iterate through one row of original data. * This function will update the internal max/min buffer if the internal buffer is not full, * or the new row is larger/smaller than the current max/min n. */ public boolean iterate(Double o, int n) { boolean ascending = getAscending(); state.n = n; if (o != null) { boolean doInsert = state.a.size() < n; if (!doInsert) { Double last = state.a.get(state.a.size()-1); if (ascending) { doInsert = o < last; } else { doInsert = o > last; } } if (doInsert) { binaryInsert(state.a, o, ascending); if (state.a.size() > n) { state.a.remove(state.a.size()-1); } } } return true; }
/** * Iterate through one row of original data. * This function will update the internal max/min buffer if the internal buffer is not full, * or the new row is larger/smaller than the current max/min n. */ public boolean iterate(Double o, int n) { boolean ascending = getAscending(); state.n = n; if (o != null) { boolean doInsert = state.a.size() < n; if (!doInsert) { Double last = state.a.get(state.a.size()-1); if (ascending) { doInsert = o < last; } else { doInsert = o > last; } } if (doInsert) { binaryInsert(state.a, o, ascending); if (state.a.size() > n) { state.a.remove(state.a.size()-1); } } } return true; }
/** * Iterate through one row of original data. * This function will update the internal max/min buffer if the internal buffer is not full, * or the new row is larger/smaller than the current max/min n. */ public boolean iterate(Double o, int n) { boolean ascending = getAscending(); state.n = n; if (o != null) { boolean doInsert = state.a.size() < n; if (!doInsert) { Double last = state.a.get(state.a.size()-1); if (ascending) { doInsert = o < last; } else { doInsert = o > last; } } if (doInsert) { binaryInsert(state.a, o, ascending); if (state.a.size() > n) { state.a.remove(state.a.size()-1); } } } return true; }
public Evaluator() { state = new State(); init(); }
public Evaluator() { state = new State(); init(); }
public Evaluator() { state = new State(); init(); }
/** Two pointers are created to track the maximal elements in both o and MaxNArray. * The smallest element is added into tempArrayList * Consider the sizes of o and MaxNArray may be different. */ public boolean merge(State o) { if (o != null) { state.n = o.n; state.a = sortedMerge(o.a, state.a, getAscending(), o.n); } return true; }
/** Two pointers are created to track the maximal elements in both o and MaxNArray. * The smallest element is added into tempArrayList * Consider the sizes of o and MaxNArray may be different. */ public boolean merge(State o) { if (o != null) { state.n = o.n; state.a = sortedMerge(o.a, state.a, getAscending(), o.n); } return true; }
/** Two pointers are created to track the maximal elements in both o and MaxNArray. * The smallest element is added into tempArrayList * Consider the sizes of o and MaxNArray may be different. */ public boolean merge(State o) { if (o != null) { state.n = o.n; state.a = sortedMerge(o.a, state.a, getAscending(), o.n); } return true; }
public Evaluator() { state = new State(); init(); }
/** Two pointers are created to track the maximal elements in both o and MaxNArray. * The smallest element is added into tempArrayList * Consider the sizes of o and MaxNArray may be different. */ public boolean merge(State o) { if (o != null) { state.n = o.n; state.a = sortedMerge(o.a, state.a, getAscending(), o.n); } return true; }
/** Two pointers are created to track the maximal elements in both o and MaxNArray. * The smallest element is added into tempArrayList * Consider the sizes of o and MaxNArray may be different. */ public boolean merge(State o) { if (o != null) { state.n = o.n; state.a = sortedMerge(o.a, state.a, getAscending(), o.n); } return true; }
public Evaluator() { state = new State(); init(); }