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reverseVideo
Specifies that the foreground and
background colors should be reversed.
timingGeometry
Specifies the location and size to create the
timing analyzer’s graphics subwindow. This
X default should not be used unless the
timing analyzer is positioning and/or sizing
it’s graphics subwindow incorrectly. This can
occur if the terminal emulator window is
created with an unusually large internal
border or a left-justified scroll bar is being
used.
The geometry is specified as "= WxH+ X+ Y" indicating that the
window should have a width "W" and height "H" in pixels and the
upper left corner "X" pixels to the right and "Y" pixels below the
upper left corner of the terminal emulator window. "W" should be
set to 57 times the width of the terminal emulator’s font cell and
"H" should be equal to 7 less than the total number of rows in the
terminal emulator window times the height of the font cell. "X"
should be set to 13 times the width of the font cell plus the width of
any internal border and left-justified scroll bar. "Y" should be
equal to the height of the font cell plus the width of any internal
border. Either "WxH" or "+ X+ Y"can be omitted to obtain the
default window size or window position as calculated by the timing
analyzer.
The timing analyzer attempts to match the foreground and
background colors used in the terminal emulator window by
recognizing the same X defaults used by "hpterm". The timing
analyzer will use these X defaults when they are not qualified with
the client name "hpterm" or when they are qualified with the timing
analyzer’s client name "timing". For example, if your .Xdefaults file
contains the following lines:
*foreground: green
*background: blue
both the terminal emulator window and the timing analyzer’s
graphics subwindow will use a blue background with green text
B-6 Timing Diagrams and Outputs
Содержание 64700 series
Страница 2: ......
Страница 19: ...Tables Table 9 1 Summary of Commands 9 4 Table 9 2 Command Assignments 9 5 Contents 11 ...
Страница 20: ...1 Notes 12 Contents ...
Страница 24: ...1 Notes 1 4 Introduction ...
Страница 106: ...1 Notes 4 36 Performance Measurements ...
Страница 118: ...Figure 5 8 True Demultiplexing 5 12 Using the External Analyzer ...
Страница 128: ...1 Notes 6 6 Timing Introduction ...
Страница 134: ...1 Notes 7 6 Timing Getting Started ...
Страница 168: ...1 Notes 8 34 Timing Using the Analyzer ...
Страница 176: ...1 compare This command specifies a post processing compare definition Syntax 9 8 Timing Commands ...
Страница 182: ...1 copy This command copies specifications displays or measurement data to selected output Syntax 9 14 Timing Commands ...
Страница 191: ...define DATA xbits 8 width 8 RETURN Related Commands delete rename threshold Timing Commands 9 23 ...
Страница 200: ...Examples execute repetitively RETURN Related Commands halt halt_repetitive_execution 9 32 Timing Commands ...
Страница 201: ...1 find This command finds a trigger like event in trace memory Syntax Timing Commands 9 33 ...
Страница 219: ...1 mark This command marks specified conditions in trace memory Syntax Timing Commands 9 51 ...
Страница 236: ...1 process_for_data This command limits the trace list display to specified samples Syntax 9 68 Timing Commands ...
Страница 254: ...1 trigger This command specifies trigger conditions Syntax 9 86 Timing Commands ...
Страница 261: ...Examples display timing_diagram RETURN waveform_size medium RETURN Related Commands present Timing Commands 9 93 ...
Страница 262: ...1 Notes 9 94 Timing Commands ...
Страница 280: ...1 Notes B 16 Timing Diagrams and Outputs ...
Страница 292: ...1 Notes C 12 Timing Messages ...