2005-11-01 XY92 EN | DE zurück | vor

BAM Federal Institute for Materials Research and Testing

Prof. Dr. Klaus Richter
Visual Methods and Image Reproduction in Non-Destructive Testing (NDT)

contact point :

BAM Division VIII.1
Measurement and Testing Technology; Sensors
Dr.-Ing.
Werner Daum
Unter den Eichen 87
12205 Berlin
phone:
+49 30 8104-1910
email:

Werner.Daum@bam.de

secretariat:
phone:
+49 30 8104-1919
+49 30 8104-1919

fax:
+49 30 8104-1917

 

  Visual Methods and Image Reproduction  
  Technical reports  
 

Book on Colorimetry, Specific technical reports about colour image reproduction, colour coordinates and coordinate transformations
Remark: the newest Technical Reports are at the top.

The book of Klaus Richter "Computergrafik und Farbmetrik - Colour Order Systems, PostScript and device independent CIE-Colours" describes the technical basic information about the standards of ISO/IEC-, CEN- and DIN with 500 colour pictures, VDE-Verlag with CD-ROM, 1999, 288 pages, ISBN 3-8007-1775-1, Remainders available for 20 EURO instead of 61 EURO, Further information and order see
buche

50901: "White Paper" as a basis for different International Technical Reports:
"
Relative Colour Image Technology (RCIT) and RLAB lab* (2005) Colour Image Encoding" (Editor: Klaus Richter), see the URL (73 pages, 900 kByte)
RLABE05.PDF

051101: International Technical Report: ISO/IEC TR 24705:2005-10
"
Method of specifying image reproduction of colour devices by digital and analog test charts" (Editor: Klaus Richter), see for order
http://www.iso.ch
or see for order example
24705TRO.PDF
or see for history
24705TRH.PDF
for test charts according to ISO/IEC TR 24705 see
24705TE

040901: International Technical Report: ISO/IEC TR 19797:2004-09
"
Device output of 16-step colour scales, output linearization method (LM) and specification of the reproduction properties" (Editor: Klaus Richter), published, see
http://www.iso.ch
or see for order example
19797TRO.PDF
for test charts according to ISO/IEC TR 19797 see
19797TE

2000-09-28: Technical Report BAM6110E.PDF
CIE colorimetric definition of Standard, Mean and Wide Gamut code (SGcode, MGcode, and WGcode) compatible with CIELAB, ISO/IEC 15775 and DIS ISO/IEC 19839-1 to 4 for colour management and communication - Corresponding colours in different chromaticity diagrams

2000-08-24: Technical Report BAM7110E.PDF
Wide Gamut colour space code (WGcode) and transformations of the absolute LAB* coordinates (CIELAB colour space) to the 8bit Standard Gamut (SG) and universal Wide Gamut (WG) olv*, cmy*, nru*, rtu*, sRGB or sRGB* coordinates for 16 step equidistant colour series

2000-09-12: Technical Report BAM7210E.PDF
Wide Gamut colour space code (WGcode) and transformations of the absolute LAB* coordinates (CIELAB colour space) to the 8bit Standard Gamut (SG) and universal Wide Gamut (WG) olv*, cmy*, rtu*, sRGB and sRGB* coordinates for 16 step equidistant colour series

2000-09-12: Technical Report BAM7310E.PDF
Standard Printing (PR18) and CIELAB colours (RAL colour atlas) ­ Compatibility Test of IEC 61966-2-1, CIELAB and ISO/IEC 15775 colour coordinates ­Standard and Wide Gamut 8bit *color code (SGcode and WGcode in CTVw and not in CPR)

2000-09-28: Technical Report BAM7410E.PDF
Wide Gamut colour space code (WGcode) for standard Printing (PR18), Television (TV18) and CIELAB colours (RAL colour atlas) ­Transformation from CIELAB data to Standard, Mean and Wide Gamut 8bit *color code (SGcode, MGcode and WGcode of olv* and cmy*) and relative colour code olv*, cmy*, nru*, rtu* and sRGB, and sRGB* within the range ...0...1... in PR18sa and TV18sa

2000-09-28: Technical Report BAM7450E.PDF
Wide Gamut colour space code (WGcode) for standard Printing (PR18), Television (TV18) and CIELAB colours (RAL colour atlas) ­ Transformation from CIELAB data to Standard, Mean, Wide Gamut 8bit *color code (SGcode, MGcode and WGcode of olv* and cmy*) and relative colour code olv*, cmy*, nru*, and rtu* within the range ...0...1... in PR18sa and TV18sa (page 1) and the reverse transformation from SGcode, MGcode, WGcode of olv* and cmy*, and relative colour code olv* and cmy* within the range ...0...1... in PR18sa and TV18sa to CIELAB data (pages 2, 3 and 4).

2000-08-28: Technical Report BAM8640E.PDF
Basic Principles of Colour Management using 16 equally spaced gray steps and 16 CIE-test colours in olv* coordinates

2000-08-25: Technical Report BAM(8650/8750/8870/8880/8890)E.PDF
Colour Hexagon Transformations between the CIELAB and the cmyw*, olvn*, nru* coordinates of the Offset Reflective System (ORS) using L*=18, 14, 10, and 0 for Black N

2000-07-05: Technical Report BAM(8660/70/80/90, 8760/70/80/90)E.PDF
Colour Series of 16 equidistant colour steps in CIELAB colour space between White W and 6 colours CMYOLV according to ISO/IEC 15775

2000-07-05: Technical Report BAM(8710/20/30/40)E.PDF
Colour Series of 16 equidistant colour steps in CIELAB colour space between White W and 6 colours CMYOLV according to ISO/IEC 15775 in linear and x-chart arrangement

2000-07-05: Technical Report BAM(8810/20/30/40/50/60)E.PDF
Colour Series of 16 equidistant colour steps in CIELAB colour space between White W and 6 colours CMYOLV using relative 3-dimensional coordinates cmy0*, cmy1*, and cmy2*

2000-07-05: Technical Report BAM(8910/20)E.PDF
Colour Series of 16 equidistant colour steps in CIELAB colour space between White W or Black N and 6 colours CMYOLV using different coordinates cmy*, LAB*, and olv*

2000-08-28: Technical Report BAM(8930/40/50/60/70/80/90)E.PDF
Transformation of absolute LAB* coordinates (CIELAB colour space) to olv*, cmy*, ncu*, and rtu* coordinates for colour series of 16 equidistant colour steps in CIELAB colour space between White W or Black N and 6 colours CMYOLV or 16 CIE-test colours (i=0 to 16) including Black N (L*=0) and White W (L*=100)