initializes the range for both axes . concode_field_sep IndexXYMap<Double,Double> mXY concode_elem_sep double mMinY concode_elem_sep double mMaxY concode_elem_sep int mScaleNumber concode_elem_sep String mTitle concode_elem_sep double mMaxX concode_elem_sep IndexXYMap<Double,Double> mStringXY concode_elem_sep List<String> mAnnotations concode_elem_sep double mMinX concode_field_sep int getScaleNumber concode_elem_sep void clearAnnotations concode_elem_sep int getItemCount concode_elem_sep String getAnnotationAt concode_elem_sep void remove concode_elem_sep int getAnnotationCount concode_elem_sep double getAnnotationX concode_elem_sep void removeAnnotation concode_elem_sep String getTitle concode_elem_sep SortedMap<Double,Double> getRange concode_elem_sep double getAnnotationY concode_elem_sep void add concode_elem_sep void add concode_elem_sep void updateRange concode_elem_sep double getPadding concode_elem_sep int getIndexForKey concode_elem_sep IndexXYMap<Double,Double> getXYMap concode_elem_sep void clear concode_elem_sep double getMaxX concode_elem_sep void setTitle concode_elem_sep double getMaxY concode_elem_sep void addAnnotation concode_elem_sep void clearSeriesValues concode_elem_sep double getX concode_elem_sep double getY concode_elem_sep double getMinX concode_elem_sep double getMinY
void function ( ) { mMinX = MathHelper . NULL_VALUE ; mMaxX = - MathHelper . NULL_VALUE ; mMinY = MathHelper . NULL_VALUE ; mMaxY = - MathHelper . NULL_VALUE ; int loc0 = getItemCount ( ) ; for ( int loc1 = 0 ; loc1 < loc0 ; loc1 ++ ) { double loc2 = getX ( loc1 ) ; double loc3 = getY ( loc1 ) ; updateRange ( loc2 , loc3 ) ; } }