48     public boolean computeEventRect(int date, int left, int top, int cellWidth, Event event) {  in computeEventRect()  argument
87         event.top = top;  in computeEventRect()
88         event.top += (int) (startTime * cellMinuteHeight);  in computeEventRect()
89         event.top += startHour * mHourGap;  in computeEventRect()
91         event.bottom = top;  in computeEventRect()
96         if (event.bottom < event.top + mMinEventHeight) {  in computeEventRect()
97             event.bottom = event.top + mMinEventHeight;  in computeEventRect()
111                 && event.top < selection.bottom && event.bottom >= selection.top) {  in eventIntersectsSelection()
123         float top = event.top;  in pointToEvent()  local
128                 if (y >= top) {  in pointToEvent()
137                 return top - y;  in pointToEvent()
142             if (y < top) {  in pointToEvent()
144                 float dy = top - y;  in pointToEvent()
157         if (y < top) {  in pointToEvent()
159             float dy = top - y;  in pointToEvent()