OPC OpenGL Viewperf Results

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

SGI O2 R5000/180 MHz SC O2 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	3.81	NA	0X2F	N	True	False	5	5	5	0	24	8	16	16	16	16
2	28.50	10.3	NA	0X2E	N	True	False	5	5	5	0	0	0	16	16	16	16
3	10.45	3.80	NA	0X2F	N	True	False	5	5	5	0	24	8	16	16	16	16
4	9.50	4.53	NA	0X2F	N	True	False	5	5	5	0	24	8	16	16	16	16
5	4.75	6.65	NA	0X2F	N	True	False	5	5	5	0	24	8	16	16	16	16
6	2.20	3.77	NA	0X2F	N	True	False	5	5	5	0	24	8	16	16	16	16
7	1.50	10.5	NA	0X2E	N	True	False	5	5	5	0	0	0	16	16	16	16
8	0.55	3.77	NA	0X2F	N	True	False	5	5	5	0	24	8	16	16	16	16
9	0.50	4.49	NA	0X2F	N	True	False	5	5	5	0	24	8	16	16	16	16
10	0.25	6.68	NA	0X2F	N	True	False	5	5	5	0	24	8	16	16	16	16
AWadvs-01 Weighted Geometric Mean = 5.370

GRAPHICS HARDWARE CONFIGURATION			SYSTEM HARDWARE CONFIGURATION		SOFTWARE CONFIGURATION
Graphics Accelerator		O2	Processor Type	180 MHz R5000	Operating System	IRIX 6.3 12161207 plus patch SG0001795
Total Graphics Memory		System Memory	Number of CPUs	1	O/S Type	Unix
	Image Buffer	16+16 bits	Floating Point	Integral	Compiler Name	MIPSpro
	Overlay/Underlay Buffer	8 bits	Primary Cache (KB)	32/32 (D/I)	Compiler Version	7.0.1
	Depth Buffer	24 bits	Secondary Cache (KB)	512 (D+I)	Window System	X11R6
	Stencil Buffer	8 bits	Tertiary Cache (KB)	0	OpenGL Version	1.0 Irix 6.3
	Accumulation Buffer	64 bits	Memory (MB)	64	OpenGL Renderer	CRIME
	Auxiliary Buffer	0 bits	Disk (MB)	2000	OpenGL Vendor	SGI
	Other Buffer	4 bits			Viewperf Version	5.0
Display List Memory		N/A			Driver Version	N/A
Texture Memory		System Memory	Comments
			Set environment variable: DECOUPLE_SWAPBUF='y' Compiles "-n32": mips 3 instruction set
Display Manufacturer/Model		SGI/Standard
Display Resolution		1280x1024
Display Size/Type		17-inch/Color
Display Refresh Rate		60 Hz (Configurable)
Swap on Vertical Retrace		No