public List<DocCtorData> getCtors() { return new ArrayList<DocCtorData>() {{ add(new DocForFuncCtor("CycleRange", "Sets the maximum value of the cycle range. The minimum is default to 0.\n" + "@param maxValue The maximum value in the cycle to be added.\n", new LinkedHashMap<String, String>() {{ put("maxValue","int"); }}, new ArrayList<List<String>>() {{ add(new ArrayList<String>() {{ add("CycleRange(34)"); add("add a rotating value between 0 and 34 to the input"); }}); }} )); add(new DocForFuncCtor("CycleRange", "Sets the minimum and maximum value of the cycle range.\n" + "@param minValue minimum value of the cycle to be added.\n" + "@param maxValue maximum value of the cycle to be added.\n", new LinkedHashMap<String, String>() {{ put("minValue","int"); put("maxValue","int"); }}, new ArrayList<List<String>>() {{ }} )); }}; } }
public List<DocCtorData> getCtors() { return new ArrayList<DocCtorData>() {{ add(new DocForFuncCtor("CycleRange", "Sets the maximum value of the cycle range. The minimum is default to 0.\n" + "@param maxValue The maximum value in the cycle to be added.\n", new LinkedHashMap<String, String>() {{ put("maxValue","int"); }}, new ArrayList<List<String>>() {{ add(new ArrayList<String>() {{ add("CycleRange(34)"); add("add a rotating value between 0 and 34 to the input"); }}); }} )); add(new DocForFuncCtor("CycleRange", "Sets the minimum and maximum value of the cycle range.\n" + "@param minValue minimum value of the cycle to be added.\n" + "@param maxValue maximum value of the cycle to be added.\n", new LinkedHashMap<String, String>() {{ put("minValue","int"); put("maxValue","int"); }}, new ArrayList<List<String>>() {{ }} )); }}; } }