RGB Spectrum SuperView 3000 Manual De Usuario
S Y S T E M B A S I C S
Windows
8
SuperView 3000 User Manual
May 9, 2002
3
terminal-emulator program (i.e. Hyperterminal or Procomm) running on a
computer, in order to try out the examples listed in this manual. Optionally,
RGB Spectrum offers software control programs for Microsoft Windows
environments.
computer, in order to try out the examples listed in this manual. Optionally,
RGB Spectrum offers software control programs for Microsoft Windows
environments.
In this chapter, we will relate our discussion of basic operational concepts to the
SuperView’s ASCII Command Set. Commands can be issued manually, via the
terminal, or from an application program, to the SuperView’s serial port.
SuperView’s ASCII Command Set. Commands can be issued manually, via the
terminal, or from an application program, to the SuperView’s serial port.
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W I N D O W S
Each input to the SuperView is displayed in its own window on the high-
resolution display device. A window’s size, position, video, and image
parameters are controlled using either the front panel or serial port commands
that identify the desired window as being “1”, “2”, “3”, “4”, “5”, or “6.”
resolution display device. A window’s size, position, video, and image
parameters are controlled using either the front panel or serial port commands
that identify the desired window as being “1”, “2”, “3”, “4”, “5”, or “6.”
In the factory default configuration, window 1’s top left corner is placed 50
pixels to the right of the monitor’s top left corner, and 50 lines down from the
top—i.e., at the screen position (50, 50). Window 2 starts another 50 pixels over
and another 50 lines down—i.e., at (100, 100). Window 3 starts at (150, 150)
and window 4 at (200, 200), etc. The exact positioning of the windows may
differ from that described above, depending on the resolution of the output.
Also note that only RGB inputs will be visible by default; video inputs signals
will not be displayed until you change the input type for a particular window.
pixels to the right of the monitor’s top left corner, and 50 lines down from the
top—i.e., at the screen position (50, 50). Window 2 starts another 50 pixels over
and another 50 lines down—i.e., at (100, 100). Window 3 starts at (150, 150)
and window 4 at (200, 200), etc. The exact positioning of the windows may
differ from that described above, depending on the resolution of the output.
Also note that only RGB inputs will be visible by default; video inputs signals
will not be displayed until you change the input type for a particular window.
S E L E C T I N G A N D D I S P L A Y I N G W I N D O W S –
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S E R I A L P O R T C O N T R O L
This section discusses the interaction of zoom, pan, window size, and window
position and their control via the serial port. These concepts are important if you
are controlling the SuperView from the serial port. If you are using the front
panel to control the SuperView, you may skip to Chapter 5, "Front Panel
Control".
position and their control via the serial port. These concepts are important if you
are controlling the SuperView from the serial port. If you are using the front
panel to control the SuperView, you may skip to Chapter 5, "Front Panel
Control".
The SuperView maps a user-specified portion of each live input into a dedicated
window on the monitor. This process involves both a source and a destination
rectangle.
window on the monitor. This process involves both a source and a destination
rectangle.
I M A G E
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R E C T A N G L E S
Image scaling and window size, positioning and clipping (at the edge of the
screen) are all affected by the source and destination rectangles for each
window input. Both rectangles are adjustable via the front panel or using the
Command Set.
screen) are all affected by the source and destination rectangles for each
window input. Both rectangles are adjustable via the front panel or using the
Command Set.
A source rectangle selects a rectangular portion of an input image, and this
portion is seen in a window on the monitor. Typically, the source rectangle is
defined to contain the entire image. Only the currently selected portion of each
portion is seen in a window on the monitor. Typically, the source rectangle is
defined to contain the entire image. Only the currently selected portion of each