OPC OpenGL Viewperf Results

OPC Advanced Visualizer Report
© Copyright 1997, Standard Performance Evaluation Corporation

SGI i-Station R10000 InfiniteReality (1 RM6) Advanced Visualizer
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	41.80	30.3	NA	0X50	N	True	False	12	12	12	12	23	1	0	0	0	0
2	28.50	62.3	NA	0X4F	N	True	False	12	12	12	12	0	0	0	0	0	0
3	10.45	30.4	NA	0X50	N	True	False	12	12	12	12	23	1	0	0	0	0
4	9.50	35.0	NA	0X50	N	True	False	12	12	12	12	23	1	0	0	0	0
5	4.75	31.1	NA	0X50	N	True	False	12	12	12	12	23	1	0	0	0	0
6	2.20	30.4	NA	0X50	N	True	False	12	12	12	12	23	1	0	0	0	0
7	1.50	60.5	NA	0X4F	N	True	False	12	12	12	12	0	0	0	0	0	0
8	0.55	30.5	NA	0X50	N	True	False	12	12	12	12	23	1	0	0	0	0
9	0.50	34.5	NA	0X50	N	True	False	12	12	12	12	23	1	0	0	0	0
10	0.25	34.1	NA	0X50	N	True	False	12	12	12	12	23	1	0	0	0	0
AWadvs-01 Weighted Geometric Mean = 38.217

GRAPHICS HARDWARE CONFIGURATION			SYSTEM HARDWARE CONFIGURATION		SOFTWARE CONFIGURATION
Graphics Accelerator		InfiniteReality	Processor Type	190 MHz R10000	Operating System	IRIX 6.2.1 for InfiniteReality
Total Graphics Memory		1 RM6 Board	Number of CPUs	1	O/S Type	Unix
	Image Buffer	48+48 bits	Floating Point	Integral	Compiler Name	MIPSpro
	Overlay/Underlay Buffer	16 bits	Primary Cache (KB)	32/32 (D/I)	Compiler Version	7.0.1
	Depth Buffer	24 bits	Secondary Cache (KB)	1024 (D+I)	Window System	X11R6
	Stencil Buffer	8 bits	Tertiary Cache (KB)	0	OpenGL Version	1.0 Irix 6.2
	Accumulation Buffer	64 bits	Memory (MB)	128	OpenGL Renderer	IRS/M/1/16/4
	Auxiliary Buffer	Configurable	Disk (MB)	2000	OpenGL Vendor	SGI
	Other Buffer	Configurable			Viewperf Version	5.0
Display List Memory		15 MB			Driver Version	N/A
Texture Memory		16 MB	Comments
			Set environment variable: DECOUPLE_SWAPBUF='y'
Display Manufacturer/Model		SGI/Standard
Display Resolution		1280x1024
Display Size/Type		21-inch/Color
Display Refresh Rate		60 Hz (Configurable)
Swap on Vertical Retrace		No