OPC OpenGL Viewperf Results

Sample Viewperf Report
© Copyright 1996, Standard Performance Evaluation Corporation

GRAPHICS HARDWARE CONFIGURATION
Graphics Accelerator		name
Total Graphics Memory		## MB
	Image Buffer	size
	Overlay/Underlay Buffer	size
	Depth Buffer	size
	Stencil Buffer	size
	Accumulation Buffer	size
	Auxiliary Buffer	size
	Other Buffer	size
Display List Memory		description
Texture Memory		description
Display Manufacturer/Model^*		description -- ^*Consult vendor literature for actual viewable size of monitor.
Display Resolution		width x height
Display Size/Type		description
Display Refresh Rate		## Hz
Swap on Vertical Retrace		yes/no

System Name Graphics Adapter Viewset
Test #	Weight	Frames /sec	DLB Time	Visual/Pixel Format				Frame Buffer						Accum. Buffer
	(%)		(sec.)	ID	Level	Double	Stereo	R	G	B	A	Depth Buffer	Stencil Buffer	R	G	B	A
1	20.0	5.00	0.125	0x00	N	True	False	3	3	2	0	24	8	0	0	0	0
2	20.0	5.00	0.125	0x00	N	True	False	3	3	2	0	24	8	0	0	0	0
3	20.0	5.00	0.125	0x00	N	True	False	3	3	2	0	24	8	0	0	0	0
4	20.0	5.00	0.125	0x00	N	True	False	3	3	2	0	24	8	0	0	0	0
5	20.0	5.00	0.125	0x00	N	True	False	3	3	2	0	24	8	0	0	0	0
Viewset Weighted Geometric Mean = 5.000000

SYSTEM HARDWARE CONFIGURATION		SOFTWARE CONFIGURATION		Comments
Processor Type	name	Operating System	O/S	Technical notes pertinent to the tests.
Number of CPUs	#	Window System	name
Floating Point	type	OpenGL Version	id
Primary Cache (KB)	## KB	OpenGL Renderer	name
Secondary Cache (KB)	## KB	OpenGL Vendor	name
Memory (MB)	## MB	Viewperf Version	id
Disk (MB)	### MB	Driver Version	id

The report contains a description of the system used to achieve the graphics performance results reported on the page, and a results table.

The table columns indicate, respectively:

The test number within the viewset
The percentage weight defined by the ISV to indicate the relative importance of that test within the overall application
Perfomance for the test, measured in frames per second
The time in seconds it takes to build a display list, which includes opening a display list with an ID, inserting elements (state, vertices, normals, primitive type, color, etc.), and closing the display list; readers should look at this number closely to get a more complete performance picture for a particular test
The visual ID used by Viewperf for this test given the command line options; note that the visual ID tends to be system dependent and might be irrelevant to some window systems
The portion of the frame buffer into which the image is rendered
Whether the visual is double-buffered
Whether the frame buffer is divided to do stereo imaging
The number of bits allocated per buffer (last 10 columns)

The bottom of the results table contains the composite number constituting the weighted geometric mean for all the tests within the viewset.