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viall_vector.tst 81.9 KB
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//****************************************************************************
//
// File: viall_vector.tst
//       Tests all the 8 fault coverage tests
//
// Kluster
// 10-21-95
//
//
//****************************************************************************

// Configure RDRAM 
t 0000 00000000 00000000 00000000 00000000
v 0000 00000000 00000000 00000000 00000000

// Write VI_V_CURRENT
t 0102 04400010 00000000 00000000 00000000
v 0102 04400010 00000000 00000000 00000000


//****************************************************************************
//
// File: vi.640-4-32.tst
//       Test file for Video Interface (VI)
//       a single non-interlaced frame
//
// Kluster
// 10-13-95
//
//
//****************************************************************************

//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00001500 00001500 00000000
v 0103 04400004 00001500 00001500 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000140 00000140 00000000
v 0103 04400008 00000140 00000140 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000
v 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 03e52239 03e52239 00000000
v 0103 04400014 03e52239 03e52239 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 0000000b 0000000b 00000000
v 0103 04400018 0000000b 0000000b 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00000c15 00000c15 00000000
v 0103 0440001c 00000c15 00000c15 00000000

// Write-Read VI_LEAP 
t 0103 04400020 0c150c15 0c150c15 00000000
v 0103 04400020 0c150c15 0c150c15 00000000

// Write-Read VI_H_START
t 0103 04400024 007402f4 007402f4 00000000
v 0103 04400024 007402f4 007402f4 00000000

// Write-Read VI_V_START
t 0103 04400028 00010009 00010009 00000000
v 0103 04400028 00010009 00010009 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00010009 00010009 00000000
v 0103 0440002c 00010009 00010009 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000200 00000200 00000000
v 0103 04400030 00000200 00000200 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 00000400 00000400 00000000
v 0103 04400034 00000400 00000400 00000000

// Write-Read VI_CTRL   
t 0103 04400000 00003153 00003153 00000000
v 0103 04400000 00003153 00003153 00000000

// Write VI_V_CURRENT
t 0102 04400010 00000000 00000000 00000000
v 0102 04400010 00000000 00000000 00000000

// Loop until we hit line number 002
t 0107 04400010 ffffffff 00000002 00000000
v 0107 04400010 ffffffff 00000002 00000000

// Loop until we hit line number 004
t 0107 04400010 ffffffff 00000004 00000000
v 0107 04400010 ffffffff 00000004 00000000

// Loop until we hit line number 006
t 0107 04400010 ffffffff 00000006 00000000
v 0107 04400010 ffffffff 00000006 00000000

// Loop until we hit line number 008
t 0107 04400010 ffffffff 00000008 00000000
v 0107 04400010 ffffffff 00000008 00000000

// Loop until we hit line number 00a
t 0107 04400010 ffffffff 0000000a 00000000
v 0107 04400010 ffffffff 0000000a 00000000


//****************************************************************************
//
// File: vi.32-240-18.tst
//       Test file for Video Interface (VI)
//       register configuration data for a 32x240 test
//
// Kluster
// 10-14-95
//
//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00005000 00005000 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000040 00000040 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 00820404 00820404 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 000000f8 000000f8 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00000130 00000130 00000000

// Write-Read VI_LEAP 
t 0103 04400020 01300130 01300130 00000000

// Write-Read VI_H_START
t 0103 04400024 00200040 00200040 00000000

// Write-Read VI_V_START
t 0103 04400028 000500f5 000500f5 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 000500f5 000500f5 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000400 00000400 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 00000400 00000400 00000000

// Write-Read VI_CTRL   
t 0103 04400000 0001305a 0001305a 00000000

// Loop until we hit line number 028
t 0107 04400010 ffffffff 00000028 00000000
v 0107 04400010 ffffffff 00000028 00000000

// Loop until we hit line number 050
t 0107 04400010 ffffffff 00000050 00000000
v 0107 04400010 ffffffff 00000050 00000000

// Loop until we hit line number 078
t 0107 04400010 ffffffff 00000078 00000000
v 0107 04400010 ffffffff 00000078 00000000

// Loop until we hit line number 0a0
t 0107 04400010 ffffffff 000000a0 00000000
v 0107 04400010 ffffffff 000000a0 00000000

// Loop until we hit line number 0c8
t 0107 04400010 ffffffff 000000c8 00000000
v 0107 04400010 ffffffff 000000c8 00000000

// Loop until we hit line number 0f6
t 0107 04400010 ffffffff 000000f6 00000000
v 0107 04400010 ffffffff 000000f6 00000000

//****************************************************************************
//
// File: vi.640-4-18.tst
//       Test file for Video Interface (VI)
//       register configuration data for a 320x4 test
//       a single interlaced PAL frame
//
// Kluster
// 10-15-95
//
//
//****************************************************************************

//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00003000 00003000 00000000
v 0103 04400004 00003000 00003000 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000280 00000280 00000000
v 0103 04400008 00000280 00000280 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000
v 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 0404233a 0404233a 00000000
v 0103 04400014 0404233a 0404233a 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 0000000b 0000000b 00000000
v 0103 04400018 0000000b 0000000b 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00150c69 00150c69 00000000
v 0103 0440001c 00150c69 00150c69 00000000

// Write-Read VI_LEAP 
t 0103 04400020 0c6f0c6e 0c6f0c6e 00000000
v 0103 04400020 0c6f0c6e 0c6f0c6e 00000000

// Write-Read VI_H_START
t 0103 04400024 00800300 00800300 00000000
v 0103 04400024 00800300 00800300 00000000

// Write-Read VI_V_START
t 0103 04400028 00010009 00010009 00000000
v 0103 04400028 00010009 00010009 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00010009 00010009 00000000
v 0103 0440002c 00010009 00010009 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000400 00000400 00000000
v 0103 04400030 00000400 00000400 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 02000800 02000800 00000000
v 0103 04400034 02000800 02000800 00000000

// Write-Read VI_CTRL   
t 0103 04400000 0000305e 0000305e 00000000
v 0103 04400000 0000305e 0000305e 00000000

// Loop until we hit line number 002
t 0107 04400010 ffffffff 00000002 00000000
v 0107 04400010 ffffffff 00000002 00000000

// Loop until we hit line number 004
t 0107 04400010 ffffffff 00000004 00000000
v 0107 04400010 ffffffff 00000004 00000000

// Loop until we hit line number 006
t 0107 04400010 ffffffff 00000006 00000000
v 0107 04400010 ffffffff 00000006 00000000

// Loop until we hit line number 008
t 0107 04400010 ffffffff 00000008 00000000
v 0107 04400010 ffffffff 00000008 00000000

// Loop until we hit line number 00a
t 0107 04400010 ffffffff 0000000a 00000000
v 0107 04400010 ffffffff 0000000a 00000000

//****************************************************************************
//
// File: vic01_vector.tst
//       register configuration data for a series of small tests
//
// Kluster
// 10-17-95
//
//****************************************************************************

//****************************************************************************
//
// File: vi_hpn2.tst
//       Test file for Video Interface (VI)
//       register configuration data for a 32x32 backend test
//
//
// File Format:
//
// t <id> <arg1> <arg2> <arg3> <arg4>   - Run test id with the 4 args
//                                              where id   = decimal number
//                                                    argX = hex number
// q                                    - Quit testing and shutdown verilog
//                                        server
//
// Kluster
// 12-05-94
//
// Modified by Phil Gossett
// 12/25/94
//
//****************************************************************************

//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00010000 00010000 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000040 00000040 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 00820404 00820404 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 0000002A 0000002A 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00000110 00000110 00000000

// Write-Read VI_LEAP 
t 0103 04400020 01100110 01100110 00000000

// Write-Read VI_H_START
t 0103 04400024 00200044 00200044 00000000

// Write-Read VI_V_START
t 0103 04400028 00050025 00050025 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00050025 00050025 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000400 00000400 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 00000400 00000400 00000000

// Write-Read VI_CTRL   
t 0103 04400000 00003343 00003343 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000028 00000000

v 0001 00000001 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00010080 00010080 00000000

// Write-Read VI_V_START
t 0103 04400028 00070027 00070027 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00070027 00070027 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000029 00000000

v 0001 00000002 00000000 00000000 00000000

//****************************************************************************
//
// File: vi_lpn1.tst
//       Test file for Video Interface (VI)
//       register configuration data for a 32x32 backend test
//
//
// File Format:
//
// t <id> <arg1> <arg2> <arg3> <arg4>   - Run test id with the 4 args
//                                              where id   = decimal number
//                                                    argX = hex number
// q                                    - Quit testing and shutdown verilog
//                                        server
//
// Kluster
// 12-05-94
//
// Modified by Phil Gossett
// 12/25/94
//
//****************************************************************************

//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00011540 00011540 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000020 00000020 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 00820404 00820404 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 00000029 00000029 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00000100 00000100 00000000

// Write-Read VI_LEAP 
t 0103 04400020 01000100 01000100 00000000

// Write-Read VI_H_START
t 0103 04400024 00200040 00200040 00000000

// Write-Read VI_V_START
t 0103 04400028 00050025 00050025 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00050025 00050025 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000200 00000200 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 00000400 00000400 00000000

// Write-Read VI_CTRL   
t 0103 04400000 00003302 00003302 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000028 00000000

v 0002 00000001 00000000 00000000 00000000

//****************************************************************************
//
// File: vi_lpf2.tst
//       Test file for Video Interface (VI)
//       register configuration data for a 32x32 backend test
//
//
// File Format:
//
// t <id> <arg1> <arg2> <arg3> <arg4>   - Run test id with the 4 args
//                                              where id   = decimal number
//                                                    argX = hex number
// q                                    - Quit testing and shutdown verilog
//                                        server
//
// Kluster
// 12-05-94
//
// Modified by Phil Gossett
// 12/25/94
//
//****************************************************************************

//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00012a80 00012a80 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000020 00000020 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 00820404 00820404 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 0000002A 0000002A 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00000110 00000110 00000000

// Write-Read VI_LEAP 
t 0103 04400020 01100110 01100110 00000000

// Write-Read VI_H_START
t 0103 04400024 00200044 00200044 00000000

// Write-Read VI_V_START
t 0103 04400028 00050025 00050025 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00050025 00050025 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000200 00000200 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 01000400 01000400 00000000

// Write-Read VI_CTRL   
t 0103 04400000 00003243 00003243 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000028 00000000

v 0003 00000001 00000000 00000000 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 03000400 03000400 00000000

// Write-Read VI_V_START
t 0103 04400028 00070027 00070027 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00070027 00070027 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000029 00000000

v 0003 00000002 00000000 00000000 00000000

//****************************************************************************
//
// File: vi_hpf1.tst
//       Test file for Video Interface (VI)
//       register configuration data for a 32x32 backend test
//
//
// File Format:
//
// t <id> <arg1> <arg2> <arg3> <arg4>   - Run test id with the 4 args
//                                              where id   = decimal number
//                                                    argX = hex number
// q                                    - Quit testing and shutdown verilog
//                                        server
//
// Kluster
// 12-05-94
//
// Modified by Phil Gossett
// 12/25/94
//
//****************************************************************************

//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00013f40 00013f40 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000020 00000020 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 00820404 00820404 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 0000002A 0000002A 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00000110 00000110 00000000

// Write-Read VI_LEAP 
t 0103 04400020 01100110 01100110 00000000

// Write-Read VI_H_START
t 0103 04400024 00200044 00200044 00000000

// Write-Read VI_V_START
t 0103 04400028 00050025 00050025 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00050025 00050025 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000400 00000400 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 02000800 02000800 00000000

// Write-Read VI_CTRL   
t 0103 04400000 00003242 00003242 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000028 00000000

v 0004 00000001 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00013f80 00013f80 00000000

// Write-Read VI_V_START
t 0103 04400028 00070027 00070027 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00070027 00070027 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000029 00000000

v 0004 00000002 00000000 00000000 00000000

//****************************************************************************
//
// File: vi_laf1.tst
//       Test file for Video Interface (VI)
//       register configuration data for a 32x32 backend test
//
//
// File Format:
//
// t <id> <arg1> <arg2> <arg3> <arg4>   - Run test id with the 4 args
//                                              where id   = decimal number
//                                                    argX = hex number
// q                                    - Quit testing and shutdown verilog
//                                        server
//
// Kluster
// 12-05-94
//
// Modified by Phil Gossett
// 12/25/94
//
//****************************************************************************

//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00015440 00015440 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000020 00000020 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 00820404 00820404 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 0000002A 0000002A 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00000110 00000110 00000000

// Write-Read VI_LEAP 
t 0103 04400020 01100110 01100110 00000000

// Write-Read VI_H_START
t 0103 04400024 00200044 00200044 00000000

// Write-Read VI_V_START
t 0103 04400028 00050025 00050025 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00050025 00050025 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000200 00000200 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 01000400 01000400 00000000

// Write-Read VI_CTRL   
t 0103 04400000 00003152 00003152 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000028 00000000

v 0005 00000001 00000000 00000000 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 03000400 03000400 00000000

// Write-Read VI_V_START
t 0103 04400028 00070027 00070027 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00070027 00070027 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000029 00000000

v 0005 00000002 00000000 00000000 00000000

//****************************************************************************
//
// File: vic02_vector.tst
//       register configuration data for a series of small tests
//
// Kluster
// 10-17-95
//
//****************************************************************************

//****************************************************************************
//
// File: vi_hpn1.tst
//       Test file for Video Interface (VI)
//       register configuration data for a 32x32 backend test
//
//
// File Format:
//
// t <id> <arg1> <arg2> <arg3> <arg4>   - Run test id with the 4 args
//                                              where id   = decimal number
//                                                    argX = hex number
// q                                    - Quit testing and shutdown verilog
//                                        server
//
// Kluster
// 12-05-94
//
// Modified by Phil Gossett
// 12/25/94
//
//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00016980 00016980 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000040 00000040 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 00820404 00820404 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 0000002A 0000002A 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00000100 00000100 00000000

// Write-Read VI_LEAP 
t 0103 04400020 01000100 01000100 00000000

// Write-Read VI_H_START
t 0103 04400024 00200040 00200040 00000000

// Write-Read VI_V_START
t 0103 04400028 00050025 00050025 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00050025 00050025 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000400 00000400 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 00000400 00000400 00000000

// Write-Read VI_CTRL   
t 0103 04400000 0000334f 0000334f 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000028 00000000

v 0001 00000001 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 000169C0 000169C0 00000000

// Write-Read VI_V_START
t 0103 04400028 00070027 00070027 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00070027 00070027 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000029 00000000

v 0001 00000002 00000000 00000000 00000000

//****************************************************************************
//
// File: vi_lpn2.tst
//       Test file for Video Interface (VI)
//       register configuration data for a 32x32 backend test
//
//
// File Format:
//
// t <id> <arg1> <arg2> <arg3> <arg4>   - Run test id with the 4 args
//                                              where id   = decimal number
//                                                    argX = hex number
// q                                    - Quit testing and shutdown verilog
//                                        server
//
// Kluster
// 12-05-94
//
// Modified by Phil Gossett
// 12/25/94
//
//****************************************************************************

//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00017e80 00017e80 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000020 00000020 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 00820404 00820404 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 00000029 00000029 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00000100 00000100 00000000

// Write-Read VI_LEAP 
t 0103 04400020 01000100 01000100 00000000

// Write-Read VI_H_START
t 0103 04400024 00200040 00200040 00000000

// Write-Read VI_V_START
t 0103 04400028 00050025 00050025 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00050025 00050025 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000200 00000200 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 00000400 00000400 00000000

// Write-Read VI_CTRL   
t 0103 04400000 0000330f 0000330f 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000028 00000000

v 0002 00000001 00000000 00000000 00000000

//****************************************************************************
//
// File: vi_lan1.tst
//       Test file for Video Interface (VI)
//       register configuration data for a 32x32 backend test
//
//
// File Format:
//
// t <id> <arg1> <arg2> <arg3> <arg4>   - Run test id with the 4 args
//                                              where id   = decimal number
//                                                    argX = hex number
// q                                    - Quit testing and shutdown verilog
//                                        server
//
// Kluster
// 12-05-94
//
// Modified by Phil Gossett
// 12/25/94
//
//****************************************************************************

//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 00019340 00019340 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000020 00000020 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 00820404 00820404 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 00000029 00000029 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00000110 00000110 00000000

// Write-Read VI_LEAP 
t 0103 04400020 01100110 01100110 00000000

// Write-Read VI_H_START
t 0103 04400024 00200044 00200044 00000000

// Write-Read VI_V_START
t 0103 04400028 00050025 00050025 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00050025 00050025 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000200 00000200 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 00000400 00000400 00000000

// Write-Read VI_CTRL   
t 0103 04400000 0000311e 0000311e 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000028 00000000

v 0003 00000001 00000000 00000000 00000000

//****************************************************************************
//
// File: vi_laf2.tst
//       Test file for Video Interface (VI)
//       register configuration data for a 32x32 backend test
//
//
// File Format:
//
// t <id> <arg1> <arg2> <arg3> <arg4>   - Run test id with the 4 args
//                                              where id   = decimal number
//                                                    argX = hex number
// q                                    - Quit testing and shutdown verilog
//                                        server
//
// Kluster
// 12-05-94
//
// Modified by Phil Gossett
// 12/25/94
//
//****************************************************************************

//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 0001a880 0001a880 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000020 00000020 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 00820404 00820404 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 0000002A 0000002A 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00000110 00000110 00000000

// Write-Read VI_LEAP 
t 0103 04400020 01100110 01100110 00000000

// Write-Read VI_H_START
t 0103 04400024 00200044 00200044 00000000

// Write-Read VI_V_START
t 0103 04400028 00050025 00050025 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00050025 00050025 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000200 00000200 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 01000400 01000400 00000000

// Write-Read VI_CTRL   
t 0103 04400000 0000305f 0000305f 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000028 00000000

v 0004 00000001 00000000 00000000 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 03000400 03000400 00000000

// Write-Read VI_V_START
t 0103 04400028 00070027 00070027 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00070027 00070027 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000029 00000000

v 0004 00000002 00000000 00000000 00000000

//****************************************************************************
//
// File: vic03_vector.tst
//       register configuration data for a series of small tests
//
// Kluster
// 10-18-95
//
//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write VI_V_CURRENT
t 0102 04400010 00000000 00000000 00000000
// Read VI_V_CURRENT
t 0100 04400010 00000000 00000000 00000000

// Write-Read VI_ORIGIN
t 0103 04400004 0001bd80 0001bd80 00000000

// Write-Read VI_WIDTH 
t 0103 04400008 00000020 00000020 00000000

// Write-Read VI_V_INT 
t 0103 0440000c 000003ff 000003ff 00000000

// Write-Read VI_BURST 
t 0103 04400014 00820404 00820404 00000000

// Write-Read VI_V_SYNC 
t 0103 04400018 00000029 00000029 00000000

// Write-Read VI_H_SYNC 
t 0103 0440001c 00000110 00000110 00000000

// Write-Read VI_LEAP 
t 0103 04400020 01100110 01100110 00000000

// Write-Read VI_H_START
t 0103 04400024 00200044 00200044 00000000

// Write-Read VI_V_START
t 0103 04400028 00050025 00050025 00000000

// Write-Read VI_V_BURST
t 0103 0440002c 00050025 00050025 00000000

// Write-Read VI_X_SCALE
t 0103 04400030 00000200 00000200 00000000

// Write-Read VI_Y_SCALE
t 0103 04400034 00000400 00000400 00000000

// Write-Read VI_CTRL   
t 0103 04400000 00003112 00003112 00000000

// Loop until we hit line number 002
t 0107 04400010 ffffffff 00000002 00000000
v 0107 04400010 ffffffff 00000002 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 0b92064b 0b92064b 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 0e03055f 0e03055f 00000000 

// Loop until we hit line number 004
t 0107 04400010 ffffffff 00000004 00000000
v 0107 04400010 ffffffff 00000004 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 0cbd0ca5 0cbd0ca5 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 0e6a07e5 0e6a07e5 00000000 

// Loop until we hit line number 006
t 0107 04400010 ffffffff 00000006 00000000
v 0107 04400010 ffffffff 00000006 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 021507db 021507db 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 0a320bb6 0a320bb6 00000000

// Loop until we hit line number 008
t 0107 04400010 ffffffff 00000008 00000000
v 0107 04400010 ffffffff 00000008 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 0d0802de 0d0802de 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 047a06ec 047a06ec 00000000 

// Loop until we hit line number 00a
t 0107 04400010 ffffffff 0000000a 00000000
v 0107 04400010 ffffffff 0000000a 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 08c801ab 08c801ab 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 09e10083 09e10083 00000000 

// Loop until we hit line number 00c
t 0107 04400010 ffffffff 0000000c 00000000
v 0107 04400010 ffffffff 0000000c 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 01b8018e 01b8018e 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 0b480d35 0b480d35 00000000

// Loop until we hit line number 00e
t 0107 04400010 ffffffff 0000000e 00000000
v 0107 04400010 ffffffff 0000000e 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 0b4d0092 0b4d0092 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 00d00763 00d00763 00000000

// Loop until we hit line number 010
t 0107 04400010 ffffffff 00000010 00000000
v 0107 04400010 ffffffff 00000010 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 04d50ed7 04d50ed7 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 0d6f0d36 0d6f0d36 00000000

// Loop until we hit line number 012
t 0107 04400010 ffffffff 00000012 00000000
v 0107 04400010 ffffffff 00000012 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 042004eb 042004eb 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 037f0c33 037f0c33 00000000 

// Loop until we hit line number 014
t 0107 04400010 ffffffff 00000014 00000000
v 0107 04400010 ffffffff 00000014 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 03ca05f3 03ca05f3 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 06170cf3 06170cf3 00000000

// Loop until we hit line number 016
t 0107 04400010 ffffffff 00000016 00000000
v 0107 04400010 ffffffff 00000016 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 010004de 010004de 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 01560840 01560840 00000000 

// Loop until we hit line number 018
t 0107 04400010 ffffffff 00000018 00000000
v 0107 04400010 ffffffff 00000018 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 05bc010c 05bc010c 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 0519058c 0519058c 00000000

// Loop until we hit line number 01a
t 0107 04400010 ffffffff 0000001a 00000000
v 0107 04400010 ffffffff 0000001a 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 053a0333 053a0333 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 07a10ef9 07a10ef9 00000000

// Loop until we hit line number 01c
t 0107 04400010 ffffffff 0000001c 00000000
v 0107 04400010 ffffffff 0000001c 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 0541065b 0541065b 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 0c340839 0c340839 00000000

// Loop until we hit line number 01e
t 0107 04400010 ffffffff 0000001e 00000000
v 0107 04400010 ffffffff 0000001e 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 08950141 08950141 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 09ea097f 09ea097f 00000000

// Loop until we hit line number 020
t 0107 04400010 ffffffff 00000020 00000000
v 0107 04400010 ffffffff 00000020 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 017404b2 017404b2 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 09ea0b51 09ea0b51 00000000 

// Loop until we hit line number 022
t 0107 04400010 ffffffff 00000022 00000000
v 0107 04400010 ffffffff 00000022 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 03ee0439 03ee0439 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 0e4406b8 0e4406b8 00000000 

// Loop until we hit line number
t 0107 04400010 ffffffff 00000028 00000000

//----------------------------------------
//new frame
//----------------------------------------

// Write-Read VI_ORIGIN
t 0103 04400004 0001d280 0001d280 00000000

// Loop until we hit line number 002
t 0107 04400010 ffffffff 00000002 00000000
v 0107 04400010 ffffffff 00000002 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 00d70de0 00d70de0 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 0ca8068e 0ca8068e 00000000 

// Loop until we hit line number 004
t 0107 04400010 ffffffff 00000004 00000000
v 0107 04400010 ffffffff 00000004 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 004f0516 004f0516 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 0beb0db8 0beb0db8 00000000 

// Loop until we hit line number 006
t 0107 04400010 ffffffff 00000006 00000000
v 0107 04400010 ffffffff 00000006 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 040f0303 040f0303 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 08bd0284 08bd0284 00000000 

// Loop until we hit line number 008
t 0107 04400010 ffffffff 00000008 00000000
v 0107 04400010 ffffffff 00000008 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 04520231 04520231 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 05a0081e 05a0081e 00000000 

// Loop until we hit line number 00a
t 0107 04400010 ffffffff 0000000a 00000000
v 0107 04400010 ffffffff 0000000a 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 01610246 01610246 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 00840d1c 00840d1c 00000000 

// Loop until we hit line number 00c
t 0107 04400010 ffffffff 0000000c 00000000
v 0107 04400010 ffffffff 0000000c 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 0c9a0a20 0c9a0a20 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 0a280f6e 0a280f6e 00000000

// Loop until we hit line number 00e
t 0107 04400010 ffffffff 0000000e 00000000
v 0107 04400010 ffffffff 0000000e000000000
// Write-Read VI_X_SCALE
t 0103 04400030 0bfc01bb 0bfc01bb 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 01c30920 01c30920 00000000

// Loop until we hit line number 010
t 0107 04400010 ffffffff 00000010 00000000
v 0107 04400010 ffffffff 00000010 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 0ab20bd9 0ab20bd9 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 07270f32 07270f32 00000000 

// Loop until we hit line number 012
t 0107 04400010 ffffffff 00000012 00000000
v 0107 04400010 ffffffff 00000012 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 0f99052c 0f99052c 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 010f0d23 010f0d23 00000000 

// Loop until we hit line number 014
t 0107 04400010 ffffffff 00000014 00000000
v 0107 04400010 ffffffff 00000014 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 011002d8 011002d8 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 03e30f86 03e30f86 00000000 

// Loop until we hit line number 016
t 0107 04400010 ffffffff 00000016 00000000
v 0107 04400010 ffffffff 00000016 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 0efb0531 0efb0531 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 0ec6067b 0ec6067b 00000000 

// Loop until we hit line number 018
t 0107 04400010 ffffffff 00000018 00000000
v 0107 04400010 ffffffff 00000018 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 05940777 05940777 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 09010b0d 09010b0d 00000000 

// Loop until we hit line number 01a
t 0107 04400010 ffffffff 0000001a 00000000
v 0107 04400010 ffffffff 0000001a 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 08e7012f 08e7012f 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 00130f2e 00130f2e 00000000

// Loop until we hit line number 01c
t 0107 04400010 ffffffff 0000001c 00000000
v 0107 04400010 ffffffff 0000001c 00000000
// Write-Read VI_X_SCALE 
t 0103 04400030 01270625 01270625 00000000 
// Write-Read VI_Y_SCALE 
t 0103 04400034 00890257 00890257 00000000 

// Loop until we hit line number 01e
t 0107 04400010 ffffffff 0000001e 00000000
v 0107 04400010 ffffffff 0000001e 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 01b70836 01b70836 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 054e0915 054e0915 00000000

// Loop until we hit line number 020
t 0107 04400010 ffffffff 00000020 00000000
v 0107 04400010 ffffffff 00000020 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 00000400 00000400 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 00000400 00000400 00000000

// Loop until we hit line number 022
t 0107 04400010 ffffffff 00000022 00000000
v 0107 04400010 ffffffff 00000022 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 0cb602e3 0cb602e3 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 03d507d8 03d507d8 00000000

// Loop until we hit line number 024
t 0107 04400010 ffffffff 00000024 00000000
v 0107 04400010 ffffffff 00000024 00000000
// Write-Read VI_X_SCALE
t 0103 04400030 00000400 00000400 00000000
// Write-Read VI_Y_SCALE
t 0103 04400034 00000400 00000400 00000000

// Loop until we hit line number
t 0107 04400010 ffffffff 00000028 00000000

//****************************************************************************
//
// File: virnd_vector.tst
//       register configuration data for span buffers
//
// Kluster
// 10-17-95
//
//****************************************************************************

// Blank out ctrl register to turn off vi
t 0103 04400000 00000000 00000000 00000000

// Write-Read VI_ORIGIN 
v 0000 00000000 00000000 00000000 00000000 
t 0103 04400004 32bf5b92 32bf5b92 00000000 
t 0103 04400004 6b95064b 6b95064b 00000000 
t 0103 04400004 2d3a1e03 2d3a1e03 00000000 
t 0103 04400004 3929a55f 3929a55f 00000000 
t 0103 04400004 28caecbd 28caecbd 00000000 
t 0103 04400004 71767ca5 71767ca5 00000000 
t 0103 04400004 01fe9e6a 01fe9e6a 00000000 
t 0103 04400004 4ac377e5 4ac377e5 00000000 
t 0103 04400004 146630ef 146630ef 00000000 
t 0103 04400004 311d9a0e 311d9a0e 00000000 
t 0103 04400004 5872d4d0 5872d4d0 00000000 
t 0103 04400004 0788b05a 0788b05a 00000000 
t 0103 04400004 732e6d08 732e6d08 00000000 
t 0103 04400004 14ef12de 14ef12de 00000000 
t 0103 04400004 145c747a 145c747a 00000000 
t 0103 04400004 443b76ec 443b76ec 00000000 
t 0103 04400004 4d5498c8 4d5498c8 00000000 
t 0103 04400004 4a95e1ab 4a95e1ab 00000000 
t 0103 04400004 228e69e1 228e69e1 00000000 
t 0103 04400004 31fb3083 31fb3083 00000000 
t 0103 04400004 258e265e 258e265e 00000000 
t 0103 04400004 5f06390c 5f06390c 00000000 
t 0103 04400004 2636164a 2636164a 00000000 
t 0103 04400004 09ab3b54 09ab3b54 00000000 
t 0103 04400004 33d6788f 33d6788f 00000000 
t 0103 04400004 6dbe8f78 6dbe8f78 00000000 
t 0103 04400004 78926b03 78926b03 00000000 
t 0103 04400004 54d7a293 54d7a293 00000000 
t 0103 04400004 6c59517f 6c59517f 00000000 
t 0103 04400004 005a474c 005a474c 00000000 
t 0103 04400004 3b2f3e3b 3b2f3e3b 00000000 
t 0103 04400004 442c1b45 442c1b45 00000000 
t 0103 04400004 64d92420 64d92420 00000000 
t 0103 04400004 21ff94eb 21ff94eb 00000000 
t 0103 04400004 7dcad37f 7dcad37f 00000000 
t 0103 04400004 2744bc33 2744bc33 00000000 
t 0103 04400004 4ce8d234 4ce8d234 00000000 
t 0103 04400004 4dea64ff 4dea64ff 00000000 
t 0103 04400004 1b3131cd 1b3131cd 00000000 
t 0103 04400004 716502fa 716502fa 00000000 
t 0103 04400004 26ff0100 26ff0100 00000000 
t 0103 04400004 137024de 137024de 00000000 
t 0103 04400004 2b388156 2b388156 00000000 
t 0103 04400004 3198d840 3198d840 00000000 
t 0103 04400004 5261ce8f 5261ce8f 00000000 
t 0103 04400004 60746f09 60746f09 00000000 
t 0103 04400004 4d434ad5 4d434ad5 00000000 
t 0103 04400004 440c6501 440c6501 00000000 
t 0103 04400004 3acc519f 3acc519f 00000000 
t 0103 04400004 5384bdce 5384bdce 00000000 

// Write-Read VI_WIDTH 
v 0001 00000000 00000000 00000000 00000000 
t 0103 04400008 29e11287 29e11287 00000000 
t 0103 04400008 7922ab07 7922ab07 00000000 
t 0103 04400008 2f1bee2d 2f1bee2d 00000000 
t 0103 04400008 78d1660d 78d1660d 00000000 
t 0103 04400008 00f368c6 00f368c6 00000000 
t 0103 04400008 421ff278 421ff278 00000000 
t 0103 04400008 22ea2898 22ea2898 00000000 
t 0103 04400008 031c3c17 031c3c17 00000000 
t 0103 04400008 4bc52a46 4bc52a46 00000000 
t 0103 04400008 1a3c3e89 1a3c3e89 00000000 
t 0103 04400008 70584174 70584174 00000000 
t 0103 04400008 079964b2 079964b2 00000000 
t 0103 04400008 216349ea 216349ea 00000000 
t 0103 04400008 26c31b51 26c31b51 00000000 
t 0103 04400008 721c83ee 721c83ee 00000000 
t 0103 04400008 3fc4f439 3fc4f439 00000000 
t 0103 04400008 5ae21e44 5ae21e44 00000000 
t 0103 04400008 24a936b8 24a936b8 00000000 
t 0103 04400008 6eb5d0d7 6eb5d0d7 00000000 
t 0103 04400008 56781de0 56781de0 00000000 
t 0103 04400008 3aafcca8 3aafcca8 00000000 
t 0103 04400008 7ad5568e 7ad5568e 00000000 
t 0103 04400008 6328904f 6328904f 00000000 
t 0103 04400008 3032d516 3032d516 00000000 
t 0103 04400008 1d440beb 1d440beb 00000000 
t 0103 04400008 2d615db8 2d615db8 00000000 
t 0103 04400008 2670d40f 2670d40f 00000000 
t 0103 04400008 55bae303 55bae303 00000000 
t 0103 04400008 5c0718bd 5c0718bd 00000000 
t 0103 04400008 48713284 48713284 00000000 
t 0103 04400008 69881452 69881452 00000000 
t 0103 04400008 31ff9231 31ff9231 00000000 
t 0103 04400008 68cd55a0 68cd55a0 00000000 
t 0103 04400008 6c08781e 6c08781e 00000000 
t 0103 04400008 17199161 17199161 00000000 
t 0103 04400008 78c13246 78c13246 00000000 
t 0103 04400008 3662b084 3662b084 00000000 
t 0103 04400008 42a52d1c 42a52d1c 00000000 
t 0103 04400008 086703ba 086703ba 00000000 
t 0103 04400008 74edd5ef 74edd5ef 00000000 
t 0103 04400008 70f88801 70f88801 00000000 
t 0103 04400008 61746134 61746134 00000000 
t 0103 04400008 330fe4dc 330fe4dc 00000000 
t 0103 04400008 5818ccd9 5818ccd9 00000000 
t 0103 04400008 617a6a30 617a6a30 00000000 
t 0103 04400008 33d7540d 33d7540d 00000000 
t 0103 04400008 10083ab2 10083ab2 00000000 
t 0103 04400008 3e087bd9 3e087bd9 00000000 
t 0103 04400008 1c79a727 1c79a727 00000000 
t 0103 04400008 6fc26f32 6fc26f32 00000000 

// Write-Read VI_V_INT 
v 0002 00000000 00000000 00000000 00000000 
t 0103 0440000c 43b06f99 43b06f99 00000000 
t 0103 0440000c 002e552c 002e552c 00000000 
t 0103 0440000c 6e25510f 6e25510f 00000000 
t 0103 0440000c 0264ad23 0264ad23 00000000 
t 0103 0440000c 684e6110 684e6110 00000000 
t 0103 0440000c 1f16d2d8 1f16d2d8 00000000 
t 0103 0440000c 2843e3e3 2843e3e3 00000000 
t 0103 0440000c 7b9d1f86 7b9d1f86 00000000 
t 0103 0440000c 77c06efb 77c06efb 00000000 
t 0103 0440000c 679b7531 679b7531 00000000 
t 0103 0440000c 3efd6ec6 3efd6ec6 00000000 
t 0103 0440000c 1c2d667b 1c2d667b 00000000 
t 0103 0440000c 49c5f594 49c5f594 00000000 
t 0103 0440000c 24fee777 24fee777 00000000 
t 0103 0440000c 2918b901 2918b901 00000000 
t 0103 0440000c 21730b0d 21730b0d 00000000 
t 0103 0440000c 16453bef 16453bef 00000000 
t 0103 0440000c 003b8c9d 003b8c9d 00000000 
t 0103 0440000c 05bb7c99 05bb7c99 00000000 
t 0103 0440000c 1edecec4 1edecec4 00000000 
t 0103 0440000c 352d8127 352d8127 00000000 
t 0103 0440000c 59ced625 59ced625 00000000 
t 0103 0440000c 1c657089 1c657089 00000000 
t 0103 0440000c 40802257 40802257 00000000 
t 0103 0440000c 0894722a 0894722a 00000000 
t 0103 0440000c 324fe726 324fe726 00000000 
t 0103 0440000c 3d5f7ca1 3d5f7ca1 00000000 
t 0103 0440000c 1bec157e 1bec157e 00000000 
t 0103 0440000c 1c18f21e 1c18f21e 00000000 
t 0103 0440000c 7546256f 7546256f 00000000 
t 0103 0440000c 2cd410fb 2cd410fb 00000000 
t 0103 0440000c 18aa31e6 18aa31e6 00000000 
t 0103 0440000c 1b09bf6f 1b09bf6f 00000000 
t 0103 0440000c 511c7ac6 511c7ac6 00000000 
t 0103 0440000c 06db3b15 06db3b15 00000000 
t 0103 0440000c 6446d33e 6446d33e 00000000 
t 0103 0440000c 03ed1f77 03ed1f77 00000000 
t 0103 0440000c 38d82849 38d82849 00000000 
t 0103 0440000c 1694b290 1694b290 00000000 
t 0103 0440000c 7751ae6e 7751ae6e 00000000 
t 0103 0440000c 746f5ac8 746f5ac8 00000000 
t 0103 0440000c 3c862df6 3c862df6 00000000 
t 0103 0440000c 6f93b784 6f93b784 00000000 
t 0103 0440000c 590859e8 590859e8 00000000 
t 0103 0440000c 77107419 77107419 00000000 
t 0103 0440000c 3a406846 3a406846 00000000 
t 0103 0440000c 33043c7e 33043c7e 00000000 
t 0103 0440000c 7257c916 7257c916 00000000 
t 0103 0440000c 58c623ca 58c623ca 00000000 
t 0103 0440000c 6b5ba5f3 6b5ba5f3 00000000 

// Write-Read VI_BURST 
v 0003 00000000 00000000 00000000 00000000 
t 0103 04400014 5eae7617 5eae7617 00000000 
t 0103 04400014 535cccf3 535cccf3 00000000 
t 0103 04400014 56cdc215 56cdc215 00000000 
t 0103 04400014 49e217db 49e217db 00000000 
t 0103 04400014 22f58a32 22f58a32 00000000 
t 0103 04400014 77bacbb6 77bacbb6 00000000 
t 0103 04400014 54ba69d3 54ba69d3 00000000 
t 0103 04400014 06119cfd 06119cfd 00000000 
t 0103 04400014 2fbfb8d1 2fbfb8d1 00000000 
t 0103 04400014 4f2101a8 4f2101a8 00000000 
t 0103 04400014 13063de8 13063de8 00000000 
t 0103 04400014 304b8ca0 304b8ca0 00000000 
t 0103 04400014 5281f894 5281f894 00000000 
t 0103 04400014 0349bd17 0349bd17 00000000 
t 0103 04400014 6bb25b4d 6bb25b4d 00000000 
t 0103 04400014 09dbc092 09dbc092 00000000 
t 0103 04400014 5f0ea0d0 5f0ea0d0 00000000 
t 0103 04400014 20c42763 20c42763 00000000 
t 0103 04400014 736fa1b8 736fa1b8 00000000 
t 0103 04400014 3056c18e 3056c18e 00000000 
t 0103 04400014 28e65b48 28e65b48 00000000 
t 0103 04400014 1b104d35 1b104d35 00000000 
t 0103 04400014 53031cea 53031cea 00000000 
t 0103 04400014 202b17b7 202b17b7 00000000 
t 0103 04400014 1d44378b 1d44378b 00000000 
t 0103 04400014 201e37d0 201e37d0 00000000 
t 0103 04400014 78bb7895 78bb7895 00000000 
t 0103 04400014 117fe141 117fe141 00000000 
t 0103 04400014 229159ea 229159ea 00000000 
t 0103 04400014 463c097f 463c097f 00000000 
t 0103 04400014 297988e7 297988e7 00000000 
t 0103 04400014 6ebaf12f 6ebaf12f 00000000 
t 0103 04400014 25fa6013 25fa6013 00000000 
t 0103 04400014 570c2f2e 570c2f2e 00000000 
t 0103 04400014 6aa491b7 6aa491b7 00000000 
t 0103 04400014 702ad836 702ad836 00000000 
t 0103 04400014 5328354e 5328354e 00000000 
t 0103 04400014 095bd915 095bd915 00000000 
t 0103 04400014 7303964b 7303964b 00000000 
t 0103 04400014 207559c1 207559c1 00000000 
t 0103 04400014 4e3fb054 4e3fb054 00000000 
t 0103 04400014 6bc30c8f 6bc30c8f 00000000 
t 0103 04400014 6a7f9bc4 6a7f9bc4 00000000 
t 0103 04400014 2fb0ef0e 2fb0ef0e 00000000 
t 0103 04400014 60e6f4c7 60e6f4c7 00000000 
t 0103 04400014 0dfac109 0dfac109 00000000 
t 0103 04400014 6ce76827 6ce76827 00000000 
t 0103 04400014 47981a75 47981a75 00000000 
t 0103 04400014 6dc53253 6dc53253 00000000 
t 0103 04400014 2bea9a15 2bea9a15 00000000 

// Write-Read VI_V_SYNC 
v 0004 00000000 00000000 00000000 00000000 
t 0103 04400018 588be808 588be808 00000000 
t 0103 04400018 2c2f6cc9 2c2f6cc9 00000000 
t 0103 04400018 7260fb5f 7260fb5f 00000000 
t 0103 04400018 7ab6f09e 7ab6f09e 00000000 
t 0103 04400018 0f9504d5 0f9504d5 00000000 
t 0103 04400018 7da33ed7 7da33ed7 00000000 
t 0103 04400018 070b0d6f 070b0d6f 00000000 
t 0103 04400018 4eb0fd36 4eb0fd36 00000000 
t 0103 04400018 04e155bc 04e155bc 00000000 
t 0103 04400018 3030410c 3030410c 00000000 
t 0103 04400018 43470519 43470519 00000000 
t 0103 04400018 2416158c 2416158c 00000000 
t 0103 04400018 47bfb53a 47bfb53a 00000000 
t 0103 04400018 4dba2333 4dba2333 00000000 
t 0103 04400018 688117a1 688117a1 00000000 
t 0103 04400018 39280ef9 39280ef9 00000000 
t 0103 04400018 03786541 03786541 00000000 
t 0103 04400018 3c65b65b 3c65b65b 00000000 
t 0103 04400018 24778c34 24778c34 00000000 
t 0103 04400018 2577f839 2577f839 00000000 
t 0103 04400018 190c0c05 190c0c05 00000000 
t 0103 04400018 02400ad6 02400ad6 00000000 
t 0103 04400018 6a304ebe 6a304ebe 00000000 
t 0103 04400018 495d7c37 495d7c37 00000000 
t 0103 04400018 0d697364 0d697364 00000000 
t 0103 04400018 5dd22c5e 5dd22c5e 00000000 
t 0103 04400018 0f3e9668 0f3e9668 00000000 
t 0103 04400018 1ca86000 1ca86000 00000000 
t 0103 04400018 793f94f0 793f94f0 00000000 
t 0103 04400018 5e993e53 5e993e53 00000000 
t 0103 04400018 692239b1 692239b1 00000000 
t 0103 04400018 69beadda 69beadda 00000000 
t 0103 04400018 20201c9a 20201c9a 00000000 
t 0103 04400018 20d4da20 20d4da20 00000000 
t 0103 04400018 2b49ea28 2b49ea28 00000000 
t 0103 04400018 31b13f6e 31b13f6e 00000000 
t 0103 04400018 437f2bfc 437f2bfc 00000000 
t 0103 04400018 2219b1bb 2219b1bb 00000000 
t 0103 04400018 335b31c3 335b31c3 00000000 
t 0103 04400018 6f797920 6f797920 00000000 
t 0103 04400018 05dfc842 05dfc842 00000000 
t 0103 04400018 25b4984a 25b4984a 00000000 
t 0103 04400018 3276abdf 3276abdf 00000000 
t 0103 04400018 47ae287f 47ae287f 00000000 
t 0103 04400018 27c8fcb6 27c8fcb6 00000000 
t 0103 04400018 694a32e3 694a32e3 00000000 
t 0103 04400018 3cdc93d5 3cdc93d5 00000000 
t 0103 04400018 0baa97d8 0baa97d8 00000000 
t 0103 04400018 21965be8 21965be8 00000000 
t 0103 04400018 7561b36c 7561b36c 00000000 

// Write-Read VI_H_SYNC 
v 0005 00000000 00000000 00000000 00000000 
t 0103 0440001c 7d3d6335 7d3d6335 00000000 
t 0103 0440001c 2a8208e5 2a8208e5 00000000 
t 0103 0440001c 73772976 73772976 00000000 
t 0103 0440001c 1ecd1fa1 1ecd1fa1 00000000 
t 0103 0440001c 2fc3d9a2 2fc3d9a2 00000000 
t 0103 0440001c 604ae8a3 604ae8a3 00000000 
t 0103 0440001c 3a9a167d 3a9a167d 00000000 
t 0103 0440001c 7347c634 7347c634 00000000 
t 0103 0440001c 3621684a 3621684a 00000000 
t 0103 0440001c 48702e41 48702e41 00000000 
t 0103 0440001c 7c381a9c 7c381a9c 00000000 
t 0103 0440001c 2d4ba40f 2d4ba40f 00000000 
t 0103 0440001c 373b9b00 373b9b00 00000000 
t 0103 0440001c 16ec7734 16ec7734 00000000 
t 0103 0440001c 1b8f93a1 1b8f93a1 00000000 
t 0103 0440001c 2b289bb5 2b289bb5 00000000 
t 0103 0440001c 3a28b8f7 3a28b8f7 00000000 
t 0103 0440001c 05b99267 05b99267 00000000 
t 0103 0440001c 578975d3 578975d3 00000000 
t 0103 0440001c 07f480c6 07f480c6 00000000 
t 0103 0440001c 4693771d 4693771d 00000000 
t 0103 0440001c 28784c90 28784c90 00000000 
t 0103 0440001c 2254f6dc 2254f6dc 00000000 
t 0103 0440001c 401919a1 401919a1 00000000 
t 0103 0440001c 08013611 08013611 00000000 
t 0103 0440001c 7b7f6f9e 7b7f6f9e 00000000 
t 0103 0440001c 5d62bd50 5d62bd50 00000000 
t 0103 0440001c 67355924 67355924 00000000 
t 0103 0440001c 1373e5c3 1373e5c3 00000000 
t 0103 0440001c 5a3e074e 5a3e074e 00000000 
t 0103 0440001c 5d6f3ede 5d6f3ede 00000000 
t 0103 0440001c 6bd9328f 6bd9328f 00000000 
t 0103 0440001c 4f1848a7 4f1848a7 00000000 
t 0103 0440001c 7a4c1cdd 7a4c1cdd 00000000 
t 0103 0440001c 3d5c9712 3d5c9712 00000000 
t 0103 0440001c 43778986 43778986 00000000 
t 0103 0440001c 03c2f096 03c2f096 00000000 
t 0103 0440001c 4dc63bd8 4dc63bd8 00000000 
t 0103 0440001c 0616c0c4 0616c0c4 00000000 
t 0103 0440001c 4bdfe035 4bdfe035 00000000 
t 0103 0440001c 3389ef41 3389ef41 00000000 
t 0103 0440001c 73c3320f 73c3320f 00000000 
t 0103 0440001c 2a41bc21 2a41bc21 00000000 
t 0103 0440001c 27c9858e 27c9858e 00000000 
t 0103 0440001c 6d6ed452 6d6ed452 00000000 
t 0103 0440001c 5df89ca8 5df89ca8 00000000 
t 0103 0440001c 0c9fcb53 0c9fcb53 00000000 
t 0103 0440001c 2b9425ad 2b9425ad 00000000 
t 0103 0440001c 336c3321 336c3321 00000000 
t 0103 0440001c 7e19f44f 7e19f44f 00000000 

// Write-Read VI_LEAP 
v 0006 00000000 00000000 00000000 00000000 
t 0103 04400020 50968fd0 50968fd0 00000000 
t 0103 04400020 6a7dbe5d 6a7dbe5d 00000000 
t 0103 04400020 37f38a0f 37f38a0f 00000000 
t 0103 04400020 6546ea8b 6546ea8b 00000000 
t 0103 04400020 079c723c 079c723c 00000000 
t 0103 04400020 114c19b4 114c19b4 00000000 
t 0103 04400020 459c0583 459c0583 00000000 
t 0103 04400020 77190a2c 77190a2c 00000000 
t 0103 04400020 71445efc 71445efc 00000000 
t 0103 04400020 31e810d9 31e810d9 00000000 
t 0103 04400020 3510387f 3510387f 00000000 
t 0103 04400020 6dadace1 6dadace1 00000000 
t 0103 04400020 24b48159 24b48159 00000000 
t 0103 04400020 0dcaf8e6 0dcaf8e6 00000000 
t 0103 04400020 49d084de 49d084de 00000000 
t 0103 04400020 638877e6 638877e6 00000000 
t 0103 04400020 1235474c 1235474c 00000000 
t 0103 04400020 6782bbe8 6782bbe8 00000000 
t 0103 04400020 5fc18d2c 5fc18d2c 00000000 
t 0103 04400020 347bb1da 347bb1da 00000000 
t 0103 04400020 3cd097ec 3cd097ec 00000000 
t 0103 04400020 2c174003 2c174003 00000000 
t 0103 04400020 3559aa21 3559aa21 00000000 
t 0103 04400020 0306e3ae 0306e3ae 00000000 
t 0103 04400020 434dc671 434dc671 00000000 
t 0103 04400020 5be3deb3 5be3deb3 00000000 
t 0103 04400020 1e35fdbc 1e35fdbc 00000000 
t 0103 04400020 58f156ba 58f156ba 00000000 
t 0103 04400020 63d56be4 63d56be4 00000000 
t 0103 04400020 61a1ce2d 61a1ce2d 00000000 
t 0103 04400020 0f8f5df9 0f8f5df9 00000000 
t 0103 04400020 2f6d21ea 2f6d21ea 00000000 
t 0103 04400020 76d0f165 76d0f165 00000000 
t 0103 04400020 620c7ee4 620c7ee4 00000000 
t 0103 04400020 2510f12e 2510f12e 00000000 
t 0103 04400020 7de89815 7de89815 00000000 
t 0103 04400020 36cc3518 36cc3518 00000000 
t 0103 04400020 04d70f27 04d70f27 00000000 
t 0103 04400020 4c95f608 4c95f608 00000000 
t 0103 04400020 01ff096e 01ff096e 00000000 
t 0103 04400020 60dc53ad 60dc53ad 00000000 
t 0103 04400020 10ba16e7 10ba16e7 00000000 
t 0103 04400020 2ff1d11c 2ff1d11c 00000000 
t 0103 04400020 1bd6ea13 1bd6ea13 00000000 
t 0103 04400020 49f5408b 49f5408b 00000000 
t 0103 04400020 1a532d97 1a532d97 00000000 
t 0103 04400020 64bd1a2c 64bd1a2c 00000000 
t 0103 04400020 5fca8fc3 5fca8fc3 00000000 
t 0103 04400020 3a487699 3a487699 00000000 
t 0103 04400020 2483ac2c 2483ac2c 00000000 

// Write-Read VI_H_START 
v 0007 00000000 00000000 00000000 00000000 
t 0103 04400024 6cd402f9 6cd402f9 00000000 
t 0103 04400024 3999d8ad 3999d8ad 00000000 
t 0103 04400024 6ae1aba9 6ae1aba9 00000000 
t 0103 04400024 37124d44 37124d44 00000000 
t 0103 04400024 2a5e11c0 2a5e11c0 00000000 
t 0103 04400024 79b62d63 79b62d63 00000000 
t 0103 04400024 1fdb1081 1fdb1081 00000000 
t 0103 04400024 2dab6d63 2dab6d63 00000000 
t 0103 04400024 357cc952 357cc952 00000000 
t 0103 04400024 3f9f6fed 3f9f6fed 00000000 
t 0103 04400024 71514786 71514786 00000000 
t 0103 04400024 4815cd58 4815cd58 00000000 
t 0103 04400024 57be78d3 57be78d3 00000000 
t 0103 04400024 7bdf89fa 7bdf89fa 00000000 
t 0103 04400024 1757dc07 1757dc07 00000000 
t 0103 04400024 48add8be 48add8be 00000000 
t 0103 04400024 03cc0d0f 03cc0d0f 00000000 
t 0103 04400024 1a1b6c32 1a1b6c32 00000000 
t 0103 04400024 1431a423 1431a423 00000000 
t 0103 04400024 4617929e 4617929e 00000000 
t 0103 04400024 1a1c5d74 1a1c5d74 00000000 
t 0103 04400024 1b0b70a6 1b0b70a6 00000000 
t 0103 04400024 089d1759 089d1759 00000000 
t 0103 04400024 18b76a32 18b76a32 00000000 
t 0103 04400024 73650eb0 73650eb0 00000000 
t 0103 04400024 641a3269 641a3269 00000000 
t 0103 04400024 26bb43aa 26bb43aa 00000000 
t 0103 04400024 360459c4 360459c4 00000000 
t 0103 04400024 7ea8c4e8 7ea8c4e8 00000000 
t 0103 04400024 66080c38 66080c38 00000000 
t 0103 04400024 3198ab6d 3198ab6d 00000000 
t 0103 04400024 1749d1b5 1749d1b5 00000000 
t 0103 04400024 1cc3ff91 1cc3ff91 00000000 
t 0103 04400024 5e629054 5e629054 00000000 
t 0103 04400024 4449f5af 4449f5af 00000000 
t 0103 04400024 5516119a 5516119a 00000000 
t 0103 04400024 19d598ef 19d598ef 00000000 
t 0103 04400024 3c026b71 3c026b71 00000000 
t 0103 04400024 4882fb44 4882fb44 00000000 
t 0103 04400024 0c79b181 0c79b181 00000000 
t 0103 04400024 23758328 23758328 00000000 
t 0103 04400024 023744c6 023744c6 00000000 
t 0103 04400024 482d5a6e 482d5a6e 00000000 
t 0103 04400024 71873d51 71873d51 00000000 
t 0103 04400024 08fbfd04 08fbfd04 00000000 
t 0103 04400024 07f04d45 07f04d45 00000000 
t 0103 04400024 206c5b29 206c5b29 00000000 
t 0103 04400024 274de44f 274de44f 00000000 
t 0103 04400024 72c51844 72c51844 00000000 
t 0103 04400024 11294fe5 11294fe5 00000000 

// Write-Read VI_V_START 
v 0008 00000000 00000000 00000000 00000000 
t 0103 04400028 794e8e11 794e8e11 00000000 
t 0103 04400028 36f85ebd 36f85ebd 00000000 
t 0103 04400028 0a000b9b 0a000b9b 00000000 
t 0103 04400028 644f351a 644f351a 00000000 
t 0103 04400028 38ca2ff1 38ca2ff1 00000000 
t 0103 04400028 35e94b9d 35e94b9d 00000000 
t 0103 04400028 59d76a4d 59d76a4d 00000000 
t 0103 04400028 184c0b67 184c0b67 00000000 
t 0103 04400028 1027fbe9 1027fbe9 00000000 
t 0103 04400028 1fc06893 1fc06893 00000000 
t 0103 04400028 5436fb63 5436fb63 00000000 
t 0103 04400028 1199c709 1199c709 00000000 
t 0103 04400028 2950b63b 2950b63b 00000000 
t 0103 04400028 694825e8 694825e8 00000000 
t 0103 04400028 01c58a88 01c58a88 00000000 
t 0103 04400028 763c0ad4 763c0ad4 00000000 
t 0103 04400028 302c59b2 302c59b2 00000000 
t 0103 04400028 4a8138ab 4a8138ab 00000000 
t 0103 04400028 2174ac84 2174ac84 00000000 
t 0103 04400028 34f46c1c 34f46c1c 00000000 
t 0103 04400028 580671af 580671af 00000000 
t 0103 04400028 6079ecf2 6079ecf2 00000000 
t 0103 04400028 15ee1152 15ee1152 00000000 
t 0103 04400028 1089c3ca 1089c3ca 00000000 
t 0103 04400028 1459cad1 1459cad1 00000000 
t 0103 04400028 25791a3e 25791a3e 00000000 
t 0103 04400028 6dc59ddf 6dc59ddf 00000000 
t 0103 04400028 23b23e8e 23b23e8e 00000000 
t 0103 04400028 581e4440 581e4440 00000000 
t 0103 04400028 6b60bbfc 6b60bbfc 00000000 
t 0103 04400028 68512762 68512762 00000000 
t 0103 04400028 0638fe33 0638fe33 00000000 
t 0103 04400028 09562b97 09562b97 00000000 
t 0103 04400028 372a5028 372a5028 00000000 
t 0103 04400028 5ffa4a52 5ffa4a52 00000000 
t 0103 04400028 13733e0e 13733e0e 00000000 
t 0103 04400028 34c52d6c 34c52d6c 00000000 
t 0103 04400028 0d1f3e0c 0d1f3e0c 00000000 
t 0103 04400028 616c7709 616c7709 00000000 
t 0103 04400028 52260c90 52260c90 00000000 
t 0103 04400028 5e11847c 5e11847c 00000000 
t 0103 04400028 4611a726 4611a726 00000000 
t 0103 04400028 0cc8edf3 0cc8edf3 00000000 
t 0103 04400028 5dbccbfb 5dbccbfb 00000000 
t 0103 04400028 43b0b178 43b0b178 00000000 
t 0103 04400028 427e2428 427e2428 00000000 
t 0103 04400028 24ac0572 24ac0572 00000000 
t 0103 04400028 7941cc31 7941cc31 00000000 
t 0103 04400028 368ba566 368ba566 00000000 
t 0103 04400028 3f451019 3f451019 00000000 

// Write-Read VI_V_BURST 
v 0009 00000000 00000000 00000000 00000000 
t 0103 0440002c 59eab352 59eab352 00000000 
t 0103 0440002c 210d6fa8 210d6fa8 00000000 
t 0103 0440002c 67dae8b6 67dae8b6 00000000 
t 0103 0440002c 70b22399 70b22399 00000000 
t 0103 0440002c 0024f3e4 0024f3e4 00000000 
t 0103 0440002c 0db56d7a 0db56d7a 00000000 
t 0103 0440002c 22f9e8e2 22f9e8e2 00000000 
t 0103 0440002c 7df34241 7df34241 00000000 
t 0103 0440002c 2e3948b9 2e3948b9 00000000 
t 0103 0440002c 688ce299 688ce299 00000000 
t 0103 0440002c 6d7936c0 6d7936c0 00000000 
t 0103 0440002c 250b7c29 250b7c29 00000000 
t 0103 0440002c 7fef28fd 7fef28fd 00000000 
t 0103 0440002c 011f0420 011f0420 00000000 
t 0103 0440002c 082a1f67 082a1f67 00000000 
t 0103 0440002c 7bdd6583 7bdd6583 00000000 
t 0103 0440002c 5771dd6d 5771dd6d 00000000 
t 0103 0440002c 269964c4 269964c4 00000000 
t 0103 0440002c 5cdaa9bc 5cdaa9bc 00000000 
t 0103 0440002c 76380664 76380664 00000000 
t 0103 0440002c 5312e1f6 5312e1f6 00000000 
t 0103 0440002c 7537df69 7537df69 00000000 
t 0103 0440002c 449fa298 449fa298 00000000 
t 0103 0440002c 7d03c4a3 7d03c4a3 00000000 
t 0103 0440002c 1de286ec 1de286ec 00000000 
t 0103 0440002c 359358d1 359358d1 00000000 
t 0103 0440002c 4a7b0197 4a7b0197 00000000 
t 0103 0440002c 63e0c9da 63e0c9da 00000000 
t 0103 0440002c 199f2be3 199f2be3 00000000 
t 0103 0440002c 7355aa6f 7355aa6f 00000000 
t 0103 0440002c 10879080 10879080 00000000 
t 0103 0440002c 76de878a 76de878a 00000000 
t 0103 0440002c 61e70e2e 61e70e2e 00000000 
t 0103 0440002c 3d68285a 3d68285a 00000000 
t 0103 0440002c 47375f4c 47375f4c 00000000 
t 0103 0440002c 018c1b5b 018c1b5b 00000000 
t 0103 0440002c 311e44f2 311e44f2 00000000 
t 0103 0440002c 3057545d 3057545d 00000000 
t 0103 0440002c 5d412ed5 5d412ed5 00000000 
t 0103 0440002c 459b7580 459b7580 00000000 
t 0103 0440002c 56ba24e5 56ba24e5 00000000 
t 0103 0440002c 4b7d702b 4b7d702b 00000000 
t 0103 0440002c 24319c1c 24319c1c 00000000 
t 0103 0440002c 0dcd4339 0dcd4339 00000000 
t 0103 0440002c 263ce5a8 263ce5a8 00000000 
t 0103 0440002c 43aec0b0 43aec0b0 00000000 
t 0103 0440002c 73d77637 73d77637 00000000 
t 0103 0440002c 37f9bf72 37f9bf72 00000000 
t 0103 0440002c 79c002bf 79c002bf 00000000 
t 0103 0440002c 1dbd7482 1dbd7482 00000000 

// Write-Read VI_X_SCALE 
v 0010 00000000 00000000 00000000 00000000 
t 0103 04400030 428f48d5 428f48d5 00000000 
t 0103 04400030 4eeaab89 4eeaab89 00000000 
t 0103 04400030 18197229 18197229 00000000 
t 0103 04400030 7d583f76 7d583f76 00000000 
t 0103 04400030 4068c56f 4068c56f 00000000 
t 0103 04400030 147cd22d 147cd22d 00000000 
t 0103 04400030 450f6aa0 450f6aa0 00000000 
t 0103 04400030 18a5dd4f 18a5dd4f 00000000 
t 0103 04400030 1fe1550e 1fe1550e 00000000 
t 0103 04400030 2a439661 2a439661 00000000 
t 0103 04400030 1350136f 1350136f 00000000 
t 0103 04400030 4fb0cd92 4fb0cd92 00000000 
t 0103 04400030 1b19bcb3 1b19bcb3 00000000 
t 0103 04400030 78cf30a0 78cf30a0 00000000 
t 0103 04400030 4f9e17eb 4f9e17eb 00000000 
t 0103 04400030 1b59ba75 1b59ba75 00000000 
t 0103 04400030 3ca15e66 3ca15e66 00000000 
t 0103 04400030 6bde5c1b 6bde5c1b 00000000 
t 0103 04400030 3878b88f 3878b88f 00000000 
t 0103 04400030 0f3c1cf5 0f3c1cf5 00000000 
t 0103 04400030 75d040de 75d040de 00000000 
t 0103 04400030 564e561e 564e561e 00000000 
t 0103 04400030 151593b8 151593b8 00000000 
t 0103 04400030 63d7d007 63d7d007 00000000 
t 0103 04400030 5ad1a7c9 5ad1a7c9 00000000 
t 0103 04400030 17a83190 17a83190 00000000 
t 0103 04400030 636bfff9 636bfff9 00000000 
t 0103 04400030 1b8b64e6 1b8b64e6 00000000 
t 0103 04400030 2093a6ba 2093a6ba 00000000 
t 0103 04400030 54d8a099 54d8a099 00000000 
t 0103 04400030 7af5721c 7af5721c 00000000 
t 0103 04400030 78962a8b 78962a8b 00000000 
t 0103 04400030 676cb8ad 676cb8ad 00000000 
t 0103 04400030 660f765e 660f765e 00000000 
t 0103 04400030 7e4408b6 7e4408b6 00000000 
t 0103 04400030 5995fa3b 5995fa3b 00000000 
t 0103 04400030 550f0637 550f0637 00000000 
t 0103 04400030 0f1642e8 0f1642e8 00000000 
t 0103 04400030 5847f766 5847f766 00000000 
t 0103 04400030 13e3fb3a 13e3fb3a 00000000 
t 0103 04400030 29f1a44e 29f1a44e 00000000 
t 0103 04400030 39c18b22 39c18b22 00000000 
t 0103 04400030 34ae2baa 34ae2baa 00000000 
t 0103 04400030 40f4af9d 40f4af9d 00000000 
t 0103 04400030 6c52b5b2 6c52b5b2 00000000 
t 0103 04400030 69963f01 69963f01 00000000 
t 0103 04400030 48ce255d 48ce255d 00000000 
t 0103 04400030 5892bc3d 5892bc3d 00000000 
t 0103 04400030 11f9f8f8 11f9f8f8 00000000 
t 0103 04400030 6c752fbe 6c752fbe 00000000 

// Write-Read VI_Y_SCALE 
v 0011 00000000 00000000 00000000 00000000 
t 0103 04400034 59c29cd1 59c29cd1 00000000 
t 0103 04400034 1a90fdc8 1a90fdc8 00000000 
t 0103 04400034 0891ed31 0891ed31 00000000 
t 0103 04400034 3838683f 3838683f 00000000 
t 0103 04400034 6c283085 6c283085 00000000 
t 0103 04400034 26879cf1 26879cf1 00000000 
t 0103 04400034 2b66573b 2b66573b 00000000 
t 0103 04400034 44ca6994 44ca6994 00000000 
t 0103 04400034 0436f483 0436f483 00000000 
t 0103 04400034 7078f3c7 7078f3c7 00000000 
t 0103 04400034 173991a3 173991a3 00000000 
t 0103 04400034 7b7d6d9c 7b7d6d9c 00000000 
t 0103 04400034 5d1f5d59 5d1f5d59 00000000 
t 0103 04400034 38f63624 38f63624 00000000 
t 0103 04400034 664eb136 664eb136 00000000 
t 0103 04400034 3f68f1c8 3f68f1c8 00000000 
t 0103 04400034 2a60a0b1 2a60a0b1 00000000 
t 0103 04400034 13a8ef3c 13a8ef3c 00000000 
t 0103 04400034 5e5d2823 5e5d2823 00000000 
t 0103 04400034 3975ebf7 3975ebf7 00000000 
t 0103 04400034 2cd6458f 2cd6458f 00000000 
t 0103 04400034 4f258655 4f258655 00000000 
t 0103 04400034 788331ce 788331ce 00000000 
t 0103 04400034 11a62b81 11a62b81 00000000 
t 0103 04400034 611c3e27 611c3e27 00000000 
t 0103 04400034 05bc1c95 05bc1c95 00000000 
t 0103 04400034 4b16f133 4b16f133 00000000 
t 0103 04400034 54298850 54298850 00000000 
t 0103 04400034 01448559 01448559 00000000 
t 0103 04400034 7bc035f7 7bc035f7 00000000 
t 0103 04400034 2b0acbf5 2b0acbf5 00000000 
t 0103 04400034 6c1ba227 6c1ba227 00000000 
t 0103 04400034 4e4ed9ca 4e4ed9ca 00000000 
t 0103 04400034 0194bf58 0194bf58 00000000 
t 0103 04400034 6d182c03 6d182c03 00000000 
t 0103 04400034 416f1206 416f1206 00000000 
t 0103 04400034 1e02d0a0 1e02d0a0 00000000 
t 0103 04400034 55d123ae 55d123ae 00000000 
t 0103 04400034 66ac71e5 66ac71e5 00000000 
t 0103 04400034 07b70fa6 07b70fa6 00000000 
t 0103 04400034 615619d9 615619d9 00000000 
t 0103 04400034 4f2d4257 4f2d4257 00000000 
t 0103 04400034 764681a9 764681a9 00000000 
t 0103 04400034 2e4ead1f 2e4ead1f 00000000 
t 0103 04400034 1a0c7049 1a0c7049 00000000 
t 0103 04400034 29ad388f 29ad388f 00000000 
t 0103 04400034 472ff464 472ff464 00000000 
t 0103 04400034 6feceaaa 6feceaaa 00000000 
t 0103 04400034 795c4f2e 795c4f2e 00000000 
t 0103 04400034 03e30ffc 03e30ffc 00000000 

//****************************************************************************
//
// File: vispn_vector.tst
//       register configuration data for span buffers
//
// Kluster
// 10-17-95
//
//****************************************************************************
                                                             
// Stop the dmas and go into test mode   
// Write-Read VI_CTRL   
t 0103 04400000 00000880 00000880 00000000 

// Write msb 32 bits 
t 0102 04400038 00000000 00000000 00000000 
t 0102 0440003c 8e5171e0 8e5171e0 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000001 00000000 00000000 
t 0102 0440003c 4b3dde88 4b3dde88 00000000 
// Write hidden bits 
t 0102 04400038 00000002 00000000 00000000 
t 0102 0440003c 1588ee1b 1588ee1b 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000003 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0001 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000004 00000000 00000000 
t 0102 0440003c a068c2a8 a068c2a8 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000005 00000000 00000000 
t 0102 0440003c 4555cb2b 4555cb2b 00000000 
// Write hidden bits 
t 0102 04400038 00000006 00000000 00000000 
t 0102 0440003c 2d43b7e2 2d43b7e2 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000007 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0002 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000008 00000000 00000000 
t 0102 0440003c e03627cd e03627cd 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000009 00000000 00000000 
t 0102 0440003c 88d6bb27 88d6bb27 00000000 
// Write hidden bits 
t 0102 04400038 0000000a 00000000 00000000 
t 0102 0440003c e61c2c41 e61c2c41 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000000b 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0003 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 0000000c 00000000 00000000 
t 0102 0440003c 8c6f627e 8c6f627e 00000000 
// Write lsb 32 bits 
t 0102 04400038 0000000d 00000000 00000000 
t 0102 0440003c 4bec9812 4bec9812 00000000 
// Write hidden bits 
t 0102 04400038 0000000e 00000000 00000000 
t 0102 0440003c 3c8044ff 3c8044ff 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000000f 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0004 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000010 00000000 00000000 
t 0102 0440003c ac65fd36 ac65fd36 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000011 00000000 00000000 
t 0102 0440003c e395f76a e395f76a 00000000 
// Write hidden bits 
t 0102 04400038 00000012 00000000 00000000 
t 0102 0440003c bdd847a6 bdd847a6 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000013 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0005 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000014 00000000 00000000 
t 0102 0440003c 796a5f71 796a5f71 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000015 00000000 00000000 
t 0102 0440003c 88f9b6ea 88f9b6ea 00000000 
// Write hidden bits 
t 0102 04400038 00000016 00000000 00000000 
t 0102 0440003c 514ae377 514ae377 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000017 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0006 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000018 00000000 00000000 
t 0102 0440003c 1f1db2e9 1f1db2e9 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000019 00000000 00000000 
t 0102 0440003c 4cfe745f 4cfe745f 00000000 
// Write hidden bits 
t 0102 04400038 0000001a 00000000 00000000 
t 0102 0440003c 27ff384e 27ff384e 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000001b 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0007 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 0000001c 00000000 00000000 
t 0102 0440003c ac8e09d9 ac8e09d9 00000000 
// Write lsb 32 bits 
t 0102 04400038 0000001d 00000000 00000000 
t 0102 0440003c 20f1cf7d 20f1cf7d 00000000 
// Write hidden bits 
t 0102 04400038 0000001e 00000000 00000000 
t 0102 0440003c 9818a90d 9818a90d 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000001f 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0008 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000020 00000000 00000000 
t 0102 0440003c 8c6b1153 8c6b1153 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000021 00000000 00000000 
t 0102 0440003c 3c68242a 3c68242a 00000000 
// Write hidden bits 
t 0102 04400038 00000022 00000000 00000000 
t 0102 0440003c 1d49dede 1d49dede 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000023 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0009 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000024 00000000 00000000 
t 0102 0440003c 69b93498 69b93498 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000025 00000000 00000000 
t 0102 0440003c 4b823f33 4b823f33 00000000 
// Write hidden bits 
t 0102 04400038 00000026 00000000 00000000 
t 0102 0440003c 760b58c5 760b58c5 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000027 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0010 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000028 00000000 00000000 
t 0102 0440003c b1cc6c4b b1cc6c4b 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000029 00000000 00000000 
t 0102 0440003c 6b4d4214 6b4d4214 00000000 
// Write hidden bits 
t 0102 04400038 0000002a 00000000 00000000 
t 0102 0440003c f60a33fe f60a33fe 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000002b 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0011 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 0000002c 00000000 00000000 
t 0102 0440003c 79265b61 79265b61 00000000 
// Write lsb 32 bits 
t 0102 04400038 0000002d 00000000 00000000 
t 0102 0440003c 3f8d7458 3f8d7458 00000000 
// Write hidden bits 
t 0102 04400038 0000002e 00000000 00000000 
t 0102 0440003c 0758d163 0758d163 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000002f 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0012 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000030 00000000 00000000 
t 0102 0440003c f3770549 f3770549 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000031 00000000 00000000 
t 0102 0440003c 292f8b19 292f8b19 00000000 
// Write hidden bits 
t 0102 04400038 00000032 00000000 00000000 
t 0102 0440003c fa7f38be fa7f38be 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000033 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0013 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000034 00000000 00000000 
t 0102 0440003c 74c47af5 74c47af5 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000035 00000000 00000000 
t 0102 0440003c 7ddac430 7ddac430 00000000 
// Write hidden bits 
t 0102 04400038 00000036 00000000 00000000 
t 0102 0440003c be6de426 be6de426 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000037 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0014 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000038 00000000 00000000 
t 0102 0440003c a87aab07 a87aab07 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000039 00000000 00000000 
t 0102 0440003c e6e66fc1 e6e66fc1 00000000 
// Write hidden bits 
t 0102 04400038 0000003a 00000000 00000000 
t 0102 0440003c 0c214add 0c214add 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000003b 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0015 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 0000003c 00000000 00000000 
t 0102 0440003c f8f9c2a8 f8f9c2a8 00000000 
// Write lsb 32 bits 
t 0102 04400038 0000003d 00000000 00000000 
t 0102 0440003c 17ec24f2 17ec24f2 00000000 
// Write hidden bits 
t 0102 04400038 0000003e 00000000 00000000 
t 0102 0440003c cbaa87e4 cbaa87e4 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000003f 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0016 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000040 00000000 00000000 
t 0102 0440003c 4abab9e1 4abab9e1 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000041 00000000 00000000 
t 0102 0440003c c3a0def4 c3a0def4 00000000 
// Write hidden bits 
t 0102 04400038 00000042 00000000 00000000 
t 0102 0440003c b349555a b349555a 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000043 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0017 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000044 00000000 00000000 
t 0102 0440003c bf34af87 bf34af87 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000045 00000000 00000000 
t 0102 0440003c c95ef1ee c95ef1ee 00000000 
// Write hidden bits 
t 0102 04400038 00000046 00000000 00000000 
t 0102 0440003c 0c279b23 0c279b23 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000047 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0018 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000048 00000000 00000000 
t 0102 0440003c e6bbdccc e6bbdccc 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000049 00000000 00000000 
t 0102 0440003c adc382a8 adc382a8 00000000 
// Write hidden bits 
t 0102 04400038 0000004a 00000000 00000000 
t 0102 0440003c 3f5a0c76 3f5a0c76 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000004b 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0019 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 0000004c 00000000 00000000 
t 0102 0440003c e2192c80 e2192c80 00000000 
// Write lsb 32 bits 
t 0102 04400038 0000004d 00000000 00000000 
t 0102 0440003c 52348cd8 52348cd8 00000000 
// Write hidden bits 
t 0102 04400038 0000004e 00000000 00000000 
t 0102 0440003c 8254eda2 8254eda2 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000004f 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0020 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000050 00000000 00000000 
t 0102 0440003c b6542ff4 b6542ff4 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000051 00000000 00000000 
t 0102 0440003c 8cee62d7 8cee62d7 00000000 
// Write hidden bits 
t 0102 04400038 00000052 00000000 00000000 
t 0102 0440003c 7abe1976 7abe1976 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000053 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0021 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000054 00000000 00000000 
t 0102 0440003c ba00316a ba00316a 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000055 00000000 00000000 
t 0102 0440003c 0e379ab5 0e379ab5 00000000 
// Write hidden bits 
t 0102 04400038 00000056 00000000 00000000 
t 0102 0440003c 3dcf4a90 3dcf4a90 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000057 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0022 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000058 00000000 00000000 
t 0102 0440003c da78cbe2 da78cbe2 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000059 00000000 00000000 
t 0102 0440003c 41f03785 41f03785 00000000 
// Write hidden bits 
t 0102 04400038 0000005a 00000000 00000000 
t 0102 0440003c 23646121 23646121 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000005b 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0023 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 0000005c 00000000 00000000 
t 0102 0440003c c92425c0 c92425c0 00000000 
// Write lsb 32 bits 
t 0102 04400038 0000005d 00000000 00000000 
t 0102 0440003c cf376a7c cf376a7c 00000000 
// Write hidden bits 
t 0102 04400038 0000005e 00000000 00000000 
t 0102 0440003c 2718b2f0 2718b2f0 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000005f 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0024 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000060 00000000 00000000 
t 0102 0440003c eb29a286 eb29a286 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000061 00000000 00000000 
t 0102 0440003c 6f823b6e 6f823b6e 00000000 
// Write hidden bits 
t 0102 04400038 00000062 00000000 00000000 
t 0102 0440003c 7c90114f 7c90114f 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000063 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0025 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000064 00000000 00000000 
t 0102 0440003c d4c52050 d4c52050 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000065 00000000 00000000 
t 0102 0440003c 18e361bd 18e361bd 00000000 
// Write hidden bits 
t 0102 04400038 00000066 00000000 00000000 
t 0102 0440003c ad274371 ad274371 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000067 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0026 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000068 00000000 00000000 
t 0102 0440003c be8da30e be8da30e 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000069 00000000 00000000 
t 0102 0440003c e89050c9 e89050c9 00000000 
// Write hidden bits 
t 0102 04400038 0000006a 00000000 00000000 
t 0102 0440003c 50eebceb 50eebceb 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000006b 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0027 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 0000006c 00000000 00000000 
t 0102 0440003c 4b16c060 4b16c060 00000000 
// Write lsb 32 bits 
t 0102 04400038 0000006d 00000000 00000000 
t 0102 0440003c c6ffca6d c6ffca6d 00000000 
// Write hidden bits 
t 0102 04400038 0000006e 00000000 00000000 
t 0102 0440003c ffde4827 ffde4827 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000006f 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0028 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000070 00000000 00000000 
t 0102 0440003c 1528f1e4 1528f1e4 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000071 00000000 00000000 
t 0102 0440003c 842e6845 842e6845 00000000 
// Write hidden bits 
t 0102 04400038 00000072 00000000 00000000 
t 0102 0440003c 6fed37e2 6fed37e2 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000073 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0029 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000074 00000000 00000000 
t 0102 0440003c 54cf57ee 54cf57ee 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000075 00000000 00000000 
t 0102 0440003c f150f2c0 f150f2c0 00000000 
// Write hidden bits 
t 0102 04400038 00000076 00000000 00000000 
t 0102 0440003c 7c7b4fbb 7c7b4fbb 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 00000077 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0030 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 00000078 00000000 00000000 
t 0102 0440003c b2605fea b2605fea 00000000 
// Write lsb 32 bits 
t 0102 04400038 00000079 00000000 00000000 
t 0102 0440003c 860d863a 860d863a 00000000 
// Write hidden bits 
t 0102 04400038 0000007a 00000000 00000000 
t 0102 0440003c fc5b4861 fc5b4861 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000007b 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0031 00000000 00000000 00000000 00000000 

// Write msb 32 bits 
t 0102 04400038 0000007c 00000000 00000000 
t 0102 0440003c 8876e270 8876e270 00000000 
// Write lsb 32 bits 
t 0102 04400038 0000007d 00000000 00000000 
t 0102 0440003c 094f7a36 094f7a36 00000000 
// Write hidden bits 
t 0102 04400038 0000007e 00000000 00000000 
t 0102 0440003c fe937852 fe937852 00000000 
// Now stuff staged data into the span buffer 
t 0102 04400038 0000007f 00000000 00000000 
t 0102 0440003c 00000000 00000000 00000000 
v 0032 00000000 00000000 00000000 00000000 

// Now set up registers for modified han1 
 
// Write-Read VI_ORIGIN 
t 0103 04400004 00001080 00001080 00000000 
 
// Write-Read VI_WIDTH  
t 0103 04400008 00000020 00000020 00000000 
 
// Write-Read VI_V_INT  
t 0103 0440000c 000003ff 000003ff 00000000 
 
// Write-Read VI_BURST  
t 0103 04400014 00820404 00820404 00000000 
 
// Write-Read VI_V_SYNC  
t 0103 04400018 00000029 00000029 00000000 
 
// Write-Read VI_H_SYNC  
t 0103 0440001c 00000100 00000100 00000000 
 
// Write-Read VI_LEAP  
t 0103 04400020 01000100 01000100 00000000 
 
// Write-Read VI_H_START 
t 0103 04400024 00200040 00200040 00000000 
 
// Write-Read VI_V_START 
t 0103 04400028 00050025 00050025 00000000 
 
// Write-Read VI_V_BURST 
t 0103 0440002c 00050025 00050025 00000000 
 
// Write-Read VI_X_SCALE 
t 0103 04400030 00000400 00000400 00000000 
 
// Write-Read VI_Y_SCALE 
t 0103 04400034 00000400 00000400 00000000 
 
// Write-Read VI_CTRL    
t 0103 04400000 00003852 00003852 00000000 
 
// Loop until we hit line number 
t 0107 04400010 ffffffff 00000028 00000000 


// Write out pattern to mark end of tests
v 1234 56789abc def01234 56789abc def01234
 
//**************************************** 
// QUIT 
//**************************************** 
q