Extron electronics DTP CrossPoint 4K Series - Page 86

Command and Response Table for Matrix Switcher Commands (continued)
DTP CrossPoint 4K Series Matrix Switchers • Programming Guide 78
Command Function
SIS Command
(Host to Unit)
Response
(Unit to Host)
Additional description
Horizontal shift
Specify a value
EX!
*
X3$
HCTR
}
Hctr
X!
*
X3$]
Set the horizontal location of first active
pixel in output
X!
.
Increment value
EX!
+HCTR
}
Hctr
X!
*
X3$]
Increment the value by one pixel (shift
the image to the right).
Decrement value
EX!
–HCTR
}
Hctr
X!
*
X3$]
Decrement the value by one pixel (shift
the image to the left).
View
EX!
HCTR
} X3$]
Show the horizontal location of first
active pixel in output
X!
.
Vertical shift
Specify a value
EX!
*
X3$
VCTR
}
Vctr
X!
*
X3$]
Set the vertical location of first active line
in output
X!
.
Increment value
EX!
+VCTR
}
Vctr
X!
*
X3$]
Increment the value by one line (shift up).
Decrement value
EX!
–VCTR
}
Vctr
X!
*
X3$]
Decrease the value by one line (shift down).
View
EX!
VCTR
} X3$]
Show the vertical location of first active
line in output
X!
.
Horizontal size (image)
Specify a value
EX!
*
X3$
HSIZ
}
Hsiz
X!
*
X3$]
Set the horizontal size of output
X!
.
Increment value
EX!
+HSIZ
}
Hsiz
X!
*
X3$]
Increment the value by one pixel (make
one pixel wider).
Decrement value
EX!
–HSIZ
}
Hsiz
X!
*
X3$]
Decrement the value by one pixel (make
one pixel narrower).
View
EX!
HSIZ
} X3$]
Show the horizontal size of output
X!
.
Vertical size (image)
Specify a value
EX!
*
X3$
VSIZ
}
Vsiz
X!
*
X3$]
Set the vertical size of output
X!
.
Increment value
EX!
+VSIZ
}
Vsiz
X!
*
X3$]
Increment the value by one pixel (make
one pixel taller).
Decrement value
EX!
–VSIZ
}
Vsiz
X!
*
X3$]
Decrement the value by one pixel (make
one pixel shorter).
View
EX!
VSIZ
} X3$]
Show the vertical size of output
X!
.
Combined image position and size
Specify all size and position values
EX!
,
X3$
*
X3$
*
X3$
*
X3$
XIMG
}
Ximg
X!
,
X3$
*
X3$
*
X3$
*
X3$]
Command description:
E
output number, horizontal shift*vertical shift*horizontal size*vertical size XIMG
}
Example:
E
6,0*0*3840*2160XIMG
}
Ximg6,+00000*+00000*03840*02160
]
View all size and position values
EX!
XIMG
} X3$
*
X3$
*
X3$
*
X3$]
View active pixels and lines
View active pixels
EX!
APIX
}
Apix
X!
*
X3%]
NOTE: The “Apix
X!
*” portion of the response appears only when the switcher is in Verbose mode 2 or 3.
View active lines
EX!
ALIN
}
Alin
X!
*
X3%]
NOTE: The “Alin
X!
*” portion of the response appears only when the switcher is in Verbose mode 2 or 3.
Aspect ratio
NOTE: The aspect ratio effect is applied only when the input (
X$
) is tied to a scaled output (
X!
).
Set to fill
EX$
*1ASPR
}
Aspr
X$
*1
]
Always fill the output.
Set to follow
EX$
*2ASPR
}
Aspr
X$
*2
]
Follow the input aspect ratio.
View aspect ratio
EX$
ASPR
} X3^]
NOTE: X! = TP (scaled) and insertion output number See X! definition on page 69 for numbers by matrix size.
X$ = Input number 01 – the highest numbered input for your model
X3$ = Position and size 10240 (Horizontal is specified from left, vertical from top
X3% = Active pixels and active lines Dependent on the input signal and selected scaling.
X3^ = Aspect ratio fill or follow 1= fill (default) 2 = follow