New upstream version 1.0.28upstream/1.0.28

1 files changed, 32 insertions, 33 deletions

diff --git a/doc/teco/teco2.txt b/doc/teco/teco2.txt
index 5b64a83..b45b795 100644
--- a/doc/teco/teco2.txt
+++ b/doc/teco/teco2.txt
@@ -4,15 +4,15 @@
 INQUIRY
 
 TECO VM3564 (1)
-000: 06 00 02 02 43 00 00 10 52 45 4c 49 53 59 53 20    ....C...RELISYS 
-016: 41 56 45 43 20 49 49 20 53 33 20 20 20 20 20 20    AVEC II S3      
+000: 06 00 02 02 43 00 00 10 52 45 4c 49 53 59 53 20    ....C...RELISYS
+016: 41 56 45 43 20 49 49 20 53 33 20 20 20 20 20 20    AVEC II S3
 032: 31 2e 30 37 31 2e 30 37 00 01 54 45 43 4f 20 56    1.071.07..TECO V
 048: 4d 33 35 36 34 20 00 01 01 2c 00 01 02 58 09 f6    M3564 ...,...X..
 064: 0d af 01 2c 00 08 01 00                            ...,....
 
 TECO VM3564 (2)
-000: 06 00 02 02 43 00 00 10 52 45 4c 49 53 59 53 20    ....C...RELISYS 
-016: 41 56 45 43 20 49 49 20 53 33 20 20 20 20 20 20    AVEC II S3      
+000: 06 00 02 02 43 00 00 10 52 45 4c 49 53 59 53 20    ....C...RELISYS
+016: 41 56 45 43 20 49 49 20 53 33 20 20 20 20 20 20    AVEC II S3
 032: 31 2e 30 39 31 2e 30 39 00 01 54 45 43 4f 20 56    1.091.09..TECO V
 048: 4d 33 35 36 34 20 00 01 01 2c 00 01 02 58 09 f6    M3564 ...,...X..
 064: 0d af 01 2c 00 08 01 00                            ...,....
@@ -25,21 +25,21 @@ TECO VM356A (1)
 064: 0d af 01 2c 00 08 01 00                            ...,....
 
 TECO VM356A (2)
-000: 06 00 02 02 43 00 00 10 50 72 69 6d 61 78 20 20    ....C...Primax  
-016: 4a 65 77 65 6c 20 20 20 20 20 20 20 20 20 20 20    Jewel           
+000: 06 00 02 02 43 00 00 10 50 72 69 6d 61 78 20 20    ....C...Primax
+016: 4a 65 77 65 6c 20 20 20 20 20 20 20 20 20 20 20    Jewel
 032: 31 2e 30 31 31 2e 30 31 00 01 54 45 43 4f 20 56    1.011.01..TECO V
 048: 4d 33 35 36 41 20 00 01 01 2c 00 01 02 58 09 f6    M356A ...,...X..
 064: 0d af 01 2c 00 08 01 00                            ...,....
 
 TECO VM3575
-000: 06 00 02 02 43 00 00 00 20 20 20 20 20 20 20 20    ....C...        
-016: 46 6c 61 74 62 65 64 20 53 63 61 6e 6e 65 72 20    Flatbed Scanner 
+000: 06 00 02 02 43 00 00 00 20 20 20 20 20 20 20 20    ....C...
+016: 46 6c 61 74 62 65 64 20 53 63 61 6e 6e 65 72 20    Flatbed Scanner
 032: 31 2e 30 33 31 2e 30 33 00 01 54 45 43 4f 20 56    1.031.03..TECO V
 048: 4d 33 35 37 35 20 00 01 01 2c 00 01 02 58 09 f6    M3575 ...,...X..
 064: 0d af 01 2c 00 08 01 00                            ...,....
 
 TECO VM656A
-000: 06 00 02 02 43 00 00 00 52 45 4c 49 53 59 53 20    ....C...RELISYS 
+000: 06 00 02 02 43 00 00 00 52 45 4c 49 53 59 53 20    ....C...RELISYS
 016: 41 50 4f 4c 4c 4f 20 45 78 70 72 65 73 73 20 36    APOLLO Express 6
 032: 31 2e 30 33 31 2e 30 33 00 01 54 45 43 4f 20 56    1.031.03..TECO V
 048: 4d 36 35 36 41 00 01 01 2c 00 01 02 58 09 f6 0d    M656A...,...X...
@@ -53,8 +53,8 @@ TECO VM6575
 064: 0d af 01 2c 00 08 01 00                            ...,....
 
 TECO VM6586
-000: 06 00 02 02 43 00 00 00 20 20 20 20 20 20 20 20    ....C...        
-016: 46 6c 61 74 62 65 64 20 53 63 61 6e 6e 65 72 20    Flatbed Scanner 
+000: 06 00 02 02 43 00 00 00 20 20 20 20 20 20 20 20    ....C...
+016: 46 6c 61 74 62 65 64 20 53 63 61 6e 6e 65 72 20    Flatbed Scanner
 032: 33 2e 30 31 33 2e 30 31 00 01 54 45 43 4f 20 56    3.013.01..TECO V
 048: 4d 36 35 38 36 20 00 01 01 2c 00 01 02 58 09 f6    M6586 ...,...X..
 064: 0d af 01 2c 00 08 01 00                            ...,....
@@ -93,7 +93,7 @@ Set calibration. Apparently the line is computed from the calibration lines. It
 
 
 INQUIRY
-12 00 00 00 48 00 
+12 00 00 00 48 00
   standard inquiry
     72 bytes
     32-39: firmware version
@@ -123,8 +123,8 @@ SET WINDOW
 24 00 00 00 00 00 00 00 35 00 (VM3575)
 24 00 00 00 00 00 00 00 38 00 (VM6586)
 
-Total length is 
-  07 = length 
+Total length is
+  07 = length
        VM3575 53-8 = 45
 	   VM6586 56-8 = 48
 	   VM3552 69-8 = 61
@@ -142,11 +142,11 @@ Total length is
   34 = bit depth? - invariant, always 8
   36 = (vm6586 only ?) halftone pattern ?
          1 = type 1 dithering
-  37 = 
+  37 =
      0x80 = RIF?
   48 = color channel to use
      if scan mode is 0 or 2:
-       0x00 = red 
+       0x00 = red
        0x01 = green
        0x02 = blue
      if scan mode is 05 -> ignored
@@ -161,10 +161,10 @@ Total length is
 READ
 28 00 00 00 00 19 00 1f 0e 00
   5 = number of lines to read
-  7-8 = buffer size. 
+  7-8 = buffer size.
        Always number of lines to read * size of a line.
        0x2000 appears to be the upper limit
-  
+
 
 SEND
 2A 00 03 00 00 04 00 0C 00 00
@@ -194,7 +194,7 @@ GET DATA BUFFER STATUS
       7 = ? always 0x14
      11 = bit 7 - (maybe) scanner is ready to send data
   12-13 = number of lines (constant during a scan)
-  14-15 = bytes per line (constant during a scan)  
+  14-15 = bytes per line (constant during a scan)
   16-17 = garbage (the command only returns 0x10 bytes)
 
 
@@ -236,32 +236,31 @@ TECO VM656A reads 8 lines of calibration
 TECO VM6586 ??
 
 Algorithms used (text from Alex Wulms):
-The old algorithm was based on the assumption that the calibration value needs 
-to be an offset, to go from the value obtained during input to the average 
+The old algorithm was based on the assumption that the calibration value needs
+to be an offset, to go from the value obtained during input to the average
 value (0x800).
 
-E.g., if the input value is 0x800, the calibration value must be 0x800 (0x1000 
+E.g., if the input value is 0x800, the calibration value must be 0x800 (0x1000
 - 0x800).
-Likewise, if the input value is 0x700, the calibration value must be 0x900 
+Likewise, if the input value is 0x700, the calibration value must be 0x900
 (0x1000 - 0x700)
 And if the input value is 0x600, the calibration value must be 0xA00
 
-The new algorithm is based on the assumption that the calibration needs to be 
-a multiplication factor, to compensate for the too strong or too weak pixel 
-in the sensor. Again, we want to obtain the average value (approximately 
+The new algorithm is based on the assumption that the calibration needs to be
+a multiplication factor, to compensate for the too strong or too weak pixel
+in the sensor. Again, we want to obtain the average value (approximately
 0x800) for every pixel read during calibration.
 
-E.g., if the input value is 0x800, the calibration value must be 0x800 
+E.g., if the input value is 0x800, the calibration value must be 0x800
 (0x800*0x800 / 0x800).
-Likewise, if the input value is 0x700, the calibration value must be 0x924 
+Likewise, if the input value is 0x700, the calibration value must be 0x924
 (0x800*0x800 / 0x700).
-And if the input value is 0x600, the calibration value must 0xAAA (0x800*0x800 
+And if the input value is 0x600, the calibration value must 0xAAA (0x800*0x800
 / 0x600)
 
-Though, carefull comparison with scans done under windows has shown that the 
-factor is slightly different from 0x800*0x800(=0x400000) but in stead it 
-seems to be approximately 0x40302f (which would mean that the average value 
+Though, carefull comparison with scans done under windows has shown that the
+factor is slightly different from 0x800*0x800(=0x400000) but in stead it
+seems to be approximately 0x40302f (which would mean that the average value
 is approximately 0x803 in stead of 0x800).
 
 Hope this is clarifies the new algorithm.
-