Screen Adjustment
Screen Size Adjustment (Computer Signals)
Select the desired screen size that conforms to the input signal source.
Normal
Provide the image to fit the screen size.
True
Provide the image in its original size. When the original image size is larger than the screen size (1400 x 1050), the projector enters to the panning mode automatically. Use the Point ed7 8 buttons to pan the image. When adjusted, the arrows will turn red. When reached to the correction limits, the arrows will disappear.
Wide
Provide the image to fit the wide video aspect ratio (16:9) by expanding the image width uniformly. This function can be used for providing a squeezed video signal at 16:9.
Full screen
Provide the full screen image.
Custom
Adjust the screen scale and position manually with this function.
Press the SELECT button at Custom and the “Custom” is displayed on the screen for a few seconds and then the Aspect dialog box appears.
Scale H/V | Adjust the Horizontal/Vertical screen scale. |
H&V | When set to “On,” the aspect ratio is |
| fixed. The “Scale V” appears dimmed and |
| becomes unavailable. Adjust “Scale H,” |
| then the screen scale is automatically |
| modified based on the aspect ratio. |
Position H/V | Adjust the Horizontal/Vertical screen |
| position. |
Common | Save the adjusted scale to all the inputs. |
| Press the SELECT button at Common to |
| display a confirmation box. To save the |
| scale, press the SELECT button at “Yes.” |
| When Custom is selected, the saved scale |
| is used. |
Reset | Reset the all adjusted values. Press |
| the SELECT button at Reset to display |
| a confirmation box. To reset, press the |
| SELECT button at “Yes.” |
Screen Menu
Screen Menu icon
Move the red frame pointer to the desired function and press the SELECT button.
Press the SELECT button at Common or Reset, to display a confirmation box.
✔Note:
•When no signal is detected, “Normal” is set automatically and the Aspect dialog box disappears.
•The adjustable range for Scale H/V and Position H/V is limited depending on the input signal.
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