Contents:
Global Displays Tab
|
Global Displays
|
Clusters Column
|
|
Clu XY
|
Global coordinates of clusters found. 2-D plot, shown in x-y plane.
|
|
Clu ZY
|
Global coordinates of clusters found. 2-D plot, shown in z-y plane.
|
|
Clu XYZ
|
Global coordinates of clusters found. 3-D plot.
|
|
Clu Mult
|
Cluster multiplicity per event. Shown as a function of event number (as defined by SPD-MOOD). One histogram each for: a) both layers (black color), b) outer layer (red color), c) inner layer (blue color).
|
|
Clu Inner vs Outer
|
Number of clusters per event for inner layer vs outer layer. 2-D histogram. Each entry in histogram corresponds to one event.
|
|
Clu Per Eq Inner
|
Number of clusters found on inner layer, for each equipment. 1-D histogram: Number of clusters vs equipment.
|
|
Clu Per Eq Outer
|
Number of clusters found on outer layer, for each equipment. 1-D histogram: Number of clusters vs equipment.
|
|
Clu Per HS Side A
|
Number of clusters found for each half-stave on side A. 2-D histogram with one bin per hs. Show detector button on display window shows half-staves as lines on plot. The half-staves not present in data taking are left out.
|
|
Clu Per HS Side C
|
Number of clusters found for each half-stave on side C. 2-D histogram with one bin per hs. Show detector button on display window shows half-staves as lines on plot. The half-staves not present in data taking are left out.
|
|
Clu Per Stave
|
Number of clusters found for each stave (side A+C). 2-D histogram with one bin per stave. Show detector button on display window shows half-staves as lines on plot. If one of the two half-staves are missing, a dashed line is shown. If both half-staves are missing the line is completely left out.
|
|
Clu Size Inner
|
Size (number of pixels) of clusters on inner layer. 1-D histogram with one entry per cluster.
|
|
Clu Size Outer
|
Size (number of pixels) of clusters on outer layer. 1-D histogram with one entry per cluster.
|
|
Clu Type Inner
|
Type of clusters on inner layer. 1-D histogram with one entry per cluster. The meaning of the different types can be displayed, using the "show cluster types" button on the display window.
|
|
Clu Type Outer
|
Type of clusters on outer layer. 1-D histogram with one entry per cluster. The meaning of the different types can be displayed, using the "show cluster types" button on the display window.
|
|
Clu Wid Z
|
Width of clusters in z direction (span of pixels along z). One entry per cluster. One histogram each for: a) both layers (black color), b) outer layer (red color), c) inner layer (blue color).
|
|
Clu Wid Phi
|
Width of clusters in phi direction (span of pixels along phi). One entry per cluster. One histogram each for: a) both layers (black color), b) outer layer (red color), c) inner layer (blue color).
|
|
Clu Wid Z vs Phi Inner
|
Width of clusters in z direction (span of pixels along z) vs phi for inner layer. One entry per cluster.
|
|
Clu Wid Z vs Phi Outer
|
Width of clusters in z direction (span of pixels along z) vs phi for outer layer. One entry per cluster.
|
|
Global Displays
|
Pixels Column
|
|
Pix XY
|
BEWARE! THIS IS SLOW!
Global coordinates of single pixels. 2-D plot, shown in x-y plane.
|
|
Pix ZY
|
BEWARE! THIS IS SLOW!
Global coordinates of single pixels. 2-D plot, shown in z-y plane.
|
|
Pix XYZ
|
BEWARE! THIS IS SLOW!
Global coordinates of single pixels. 3-D plot.
|
|
Pix Mult
|
Pixel multiplicity per event. Shown as a function of event number (as defined by SPD-MOOD). One histogram each for: a) both layers (black color), b) outer layer (red color), c) inner layer (blue color). Has an option to dump time stamp, event, and multiplicity on terminal window.
|
|
Pix Mult HS
|
Pixel multiplicity per event, and half-stave. 1-D histogram: Multiplicity per HS on x-axis. One histogram each for: a) both layers (black color), b) outer layer (red color), c) inner layer (blue color).
|
|
Pix Mult Chip
|
Pixel multiplicity per event, and chip. 1-D histogram: Multiplicity per Chip on x-axis. One histogram each for: a) both layers (black color), b) outer layer (red color), c) inner layer (blue color).
|
|
Pix Phi
|
BEWARE! THIS IS SLOW!
Pixel phi distribution. 1-D histogram: Phi on x-axis. One histogram each for: a) both layers (black color), b) outer layer (red color), c) inner layer (blue color).
|
|
Pix Z
|
BEWARE! THIS IS SLOW!
Pixel z distribution. 1-D histogram: Z on x-axis. One histogram each for: a) both layers (black color), b) outer layer (red color), c) inner layer (blue color).
|
|
Pix Phi Ref
|
BEWARE! THIS IS SLOW!
Pixel phi reference distribution. 1-D histogram: Phi on x-axis. One histogram each for: a) both layers (black color), b) outer layer (red color), c) inner layer (blue color). The histogram can hold only one event. Reset to get a new expected distribution.
|
|
Pix Z Ref
|
BEWARE! THIS IS SLOW!
Pixel z reference distribution. 1-D histogram: Z on x-axis. One histogram each for: a) both layers (black color), b) outer layer (red color), c) inner layer (blue color). The histogram can hold only one event. Reset to get a new expected distribution.
|
|
Global Displays
|
Other Column
|
|
BC mod 4
|
Bunch crossing modulus 4. Can be used to check synchronization with beam clock. Has option to dump bc to terminal for each event.
|
Pixel Displays Tab
|
Pixel Displays
|
Hit-Maps Column
|
|
Eq 0-19
|
20 displays, one for each equipment. 2-D histogram of all pixel hits, in local (on-line) coordinates (eq,hs,chip,col,row). BEWARE! These coordinates are not the physical ones, they represent the read out electronic conventions. Double-clicking a chip will open a new display showing that chip.
|
|
Pixel Displays
|
Hits-Per-Event Column
|
|
All Eq
|
Hits per event for each equipment. 1-D histogram filled for each pixel hit. 20 bins on x-axis, one for each equipment. Display shows total (full detector) number of hits per event.
|
|
Eq 0-19
|
Hits per event for each chip. 20 displays, one for each equipment. 1-D histogram filled for each pixel hit. 60 bins on x-axis, one for each chip.
|
|
Pixel Displays
|
Events-With-Hits Column
|
|
All Eq
|
Ratio of events that contain hits, measured for each equipment. 1-D histogram. 20 bins on x-axis, one for each equipment. Display shows also total (full detector) ratio.
|
|
Eq 0-19
|
Ratio of events that contain hits, measured for each chip. 20 displays, one for each equipment. 1-D histogram. 60 bins on x-axis, one for each chip.
|
FastOR Displays Tab
|
FastOR Displays
|
FastOR Signals Column
|
|
All Eq
|
Number of FastOR signals per equipment. 1-D histogram. 20 bins, one for each equipment. Display shows total (full detector) number of FastORs.
|
|
Eq 0-19
|
Number of FastOR signals per chip. 20 displays, one for each equipment. Each histogram 1-D. 60 bins, one for each chip.
|
|
FastOR Displays
|
Ratio of Missing FastOr Signals Column
|
|
All Eq
|
Ratio of missing signals with respect to expected signals (where there were pixel hits) per equipment. 1-D histogram, 20 bins on x-axis, one for each equipment. Also displays total (full detector) ratio of missing signals.
|
|
Eq 0-19
|
Ratio of missing signals with respect to expected signals (where there were pixel hits) per chip. 20 displays, one for each equipment. 1-D histogram, 60 bins on x-axis, one for each chip.
|
|
FastOR Displays
|
Events-With-Hits w/o FastOR Column
|
|
All Eq
|
Number of events that contain hits, but no FastOR signal, measured for each equipment. 1-D histogram. 20 bins on x-axis, one for each equipment. Display shows also total (full detector) number.
|
|
Eq 0-19
|
Number of events that contain hits, but no FastOR signal, measured for each chip. 20 displays, one for each equipment. 1-D histogram. 60 bins on x-axis, one for each chip.
|
|
FastOR Displays
|
Additional Plots Column
|
|
Inner vs Outer
|
Number of FastOR signals per event for inner layer vs outer layer. 2-D histogram with one entry per event.
|
Cons Error Displays Tab
|
Cons Error Displays
|
Main Selections Column
|
|
Errors Vs Equipment
|
Number of consistency errors vs equipment number. 1-D histogram, 20 bins, one for each equipment on x-axis.
|
|
Errors Vs Error Code
|
Number of consistency errors vs error code. The meaning of the error codes can be displayed by pressing the "Show Error Codes" button on the display. 1-D histogram, one bin for each error code defined.
|
|
Events with Errors Vs Eq
|
Fraction of events with consistency errors vs equipment number. 1-D histogram, 20 bins, one for each equipment on x-axis.
|
|
Events with Errors Vs EC
|
Fraction of events with consistency errors vs error code. The meaning of the error codes can be displayed by pressing the "Show Error Codes" button on the display. 1-D histogram, one bin for each error code defined.
|
|
Errors Vs Event
|
Number of consistency errors per event vs event number, as defined by SPD-MOOD. From display window a lot of histograms can be reached by changing error codes and equipment numbers. "Show Error Codes" button explains the meaning of the different error codes.
|
|
Bytes Read Vs Event
|
2-D histogram. Amount of bytes read when a consistency error occurs - vs event number, as defined by SPD-MOOD. From display window a lot of histograms can be reached by changing error codes and equipment numbers. "Show Error Codes" button explains the meaning of the different error codes.
|
|
Error Messages
|
Dump display, that may dump error messages to terminal window, or to display (the latter not fully functioning). Dump displays work in a similar way as normal displays, with a text buffer instead of a histogram. Reset will clear the text buffer.
|
|
Cons Error Displays
|
Errors Vs Error Code Column
|
|
Eq 0-19
|
Number of consistency errors vs error code. 20 displays, one for each equipment. 1-D histogram. Error code on x-axis, one bin for each error code. The meaning of the error codes can be displayed by pressing the "Show Error Codes" button on the display.
|
|
Cons Error Displays
|
Events with Errors Vs EC Column
|
|
Eq 0-19
|
Fraction of events with consistency errors vs error code. 20 displays, one for each equipment. 1-D histogram. Error code on x-axis, one bin for each error code. The meaning of the error codes can be displayed by pressing the "Show Error Codes" button on the display.
|
Dump Displays Tab
|
Dump Displays
|
All Events Column
|
|
Payload
|
Dump display, that dumps data payload to terminal window, or to display (the latter not fully functioning). Dump displays work in a similar way as normal displays, with a text buffer instead of a histogram. Reset will clear the text buffer.
|
|
Header Short
|
Dump display, that dumps all LDC/GDC headers, and equipment headers - in short form - to terminal window, or to display (the latter not fully functioning). Also displays headers from other sub detectors than SPD. Dump displays work in a similar way as normal displays, with a text buffer instead of a histogram. Reset will clear the text buffer.
|
|
Header Long
|
Dump display, that dumps all LDC/GDC headers, and equipment headers - in detailed form - to terminal window, or to display (the latter not fully functioning). Also displays headers from other sub detectors than SPD. Dump displays work in a similar way as normal displays, with a text buffer instead of a histogram. Reset will clear the text buffer.
|
|
Calib Header
|
Dump display, that dumps extra calibration header information to terminal window, or to display (the latter not fully functioning). Dump displays work in a similar way as normal displays, with a text buffer instead of a histogram. Reset will clear the text buffer.
|
|
Dump Displays
|
Events With Errors Only Column
|
|
Payload
|
Payload dumped only when event has consistency problem. Otherwise same as for "All Events" column.
|
|
Header Short
|
Header dumped only when event has consistency problem. Otherwise same as for "All Events" column.
|
|
Header Long
|
Header dumped only when event has consistency problem. Otherwise same as for "All Events" column. |
|