Coordinate Designation
Coordinate Designation

When displaying with mobile phones which have different LCD screen size, display position may differs depending on definitions.
The method of designating coordinate position is explained follows. (Sample file.)

1. Method of designating coordinate position
Display position of each Event can be designated by either of following three coordinate systems, Standard Coordinate System, Symmetrical Coordinate System, and Layout Coordinate System. With Standard and Symmetrical Coordinate System, the position is designated by pixel unit, but with Layout Coordinate System, it is designated by the ratio of the screen size.Coordinate system can be designated for each X and Y.
2. Differences of display
- Standard Coordinate System -
The left top corner of LCD is settled as an origin, then designates X and Y direction. Therefore, the display may gather to the left top corner in larger screen terminal. An object that should be appeared from the outside of the screen, such as a banner, may be able to be seen in the screen at the time of starting.

Terminal A : 96 x 104

Terminal B : 120 x 117

- Symmetrical Coordinate System -
Since the right bottom corner of LCD is settled as an origin, the display of object may gather to the right bottom corner in larger screen terminal.

Terminal A : 96 x 104

Terminal B : 120 x 117

- Layout Coordinate System -
Since the position is designated by the ratio of the screen size, the location of Events does not differ depending on the screen size. However, interval of each Events may be too large in larger size screen.

Terminal A : 96 x 104

Terminal B : 120 x 117

In addition, the overlapping of Events may differ depending on the screen size.

Terminal A : 96 x 104

Terminal B : 120 x 117

Please create contents by noting above descriptions. Some of these problems can be solved by designating X direction and Y direction individually.

Origin Move of Coordinate
This function is prepared because although it is possible to create contents which use display area effectively by using Layout Coordinate System, since it controls LSC screen size and absolute location just like above. For example, set smaller screen size while selecting larger screen size.
In the following example, set 96 x 104 rectangle (smaller screen) in 120 x 117 terminal, and centering it. (sample file.)

When opening a Block in 120 x 117 screen size terminal, a black line of 96 x 104 will be displayed. This rectangle becomes a new origin. Designate the position using Standard Coordinate System and Symmetrical Coordinate System in this area, so that it becomes possible to designate location absolutely.
However, graphic object which has been designated by Layout Coordinate System is not influenced by this origin. It is displayed in the location which is calculated from the display terminal size.

Terminal A : 96 x 104

Terminal B : 120 x 117