What is Helium Polish and who benefits from it
What is new in the Helium Polish?
Versions history
Documentation for Helium Polish releases
 
Advantages for analyzing girdle asymmetry and removing girdle asymmetry
Scanning major and minor symmetry features
Measuring diameter of girdles with a conical shape, "CZ" sample
Photoreal image of Helium Polish 3D model
 
Reports
What is new in the Helium Polish reports?
Reports history

Customizing printing and viewing reports
Customizing export data
Customizing MS Word report templates
Customizing internal text report template
 
Helium Polish Illustrated reports (one page reports)
Reports for semipolished diamonds and arbitrary cuts
Recut reports
 
Helium Polish download

Helium Polish Highlights (PDF)
Helium Polish system manual (PDF)
Helium reports documentation (PDF)
 
FAQ
Cut parameters
Creating and customizing pricelists (PDF)
 
DiamCalc
DiBox
GemAdviser Free Version
Helium IG
Helium Polish
Helium Rough
Helium Tender
M-Box 2.0
M-Box 1.5
M-Box
Oxygen DZ
Oxygen HIG
Oxygen Immersion
Oxygen Inclusion
Oxygen Microscope Server
Oxygen Viewer Free Version
Oxygen XRay Server
Pacor
Pacor Client
Stereo Viewer Free Version
ViBox

PACOR - Advanced Computer technologies for Processing of Rough diamonds
Laser Mapping of Concavities
Scanning major and minor symmetry features
Technology patent "A method and apparatus for locating inclusions in a diamond stone"
Immersion Glass
 
Helium polish software
What is new in the Helium Polish 1:1 version 3.80 (build 74)
and Helium Polish 1:2 version 3.80 (build 75)?

July 14, 2006 - Helium Polish 1:1 version 3.80 (build 74) and Helium Polish 1:2 version 3.80 (build 75) are released.

The features of new release:

  1. The Girdle Type parameters were substituted by new parameters: Crown Painting and Pavilion Painting. They estimate crown and pavilion independently. New parameters are added to the reports for round brilliants.
  2. Improved building of fancy cutting and its semipolished.
  3. The mode of construction various cutting by ASCII is included.

New parameters Crown painting and Pavilion painting description

Following new parameters are added to the reports for brilliants:

Crown painting, degrees
Crown painting, notches
Crown painting, text
Crown painting type, text

Pavilion painting, degrees
Pavilion painting, notches
Pavilion painting, text
Pavilion painting type, text

Painting parameter defines deviation of halves' facet azimuths from ideal. For each lower and upper facet software calculates difference between azimuth of this facet and azimuth of the nearest main facet. The ideal brilliant will always have this difference equal to 11.25 degrees. Real stone may have some deviations. So, deviation of this difference from ideal 11.25 degrees is the (signed) value of the "painting, degrees" parameter.

"painting, notches" is defined as following:

painting, notches = abs(painting,degrees)/3.75 <degrees>

It is the same deviation but unsigned and dimensionless.

Such deviations from ideal lead to changes in the girdle shape. They may make girdle thinner or thicker.

There are text descriptions for these deviations besides numerical values. The "painting, text" parameter may be one of the following depending on the "painting,notches" (average) value:

(0.0 - 0.1) Absent
(0.1 - 0.3) Very small
(0.3 - 0.8) Small
(0.8 - 1.2) Practical
(1.2 - 1.8) Big
(1.8 - 2.2) Very big
(2.2 - oo) Huge

There is one more text description of the whole girdle for crown and pavilion sides: "Crown painting type" and "Pavilion painting type". It may be one of the following: "Painting" or "Digging" or empty. If painting parameter is rated as "Absent", the "type" is empty. Otherwise the "painting,degrees" (average) parameter is considered. If it is less than 0, the type is "Painting", otherwise it is "Digging".

Please see the examples of new reports:

MS Word Illustrated report for polished brilliant (0,55ct)   PDF
MS Word Full report for polished brilliant (0,37ct)   PDF
HTML report for polished brilliant (0,55ct)

Construction any cutting by ASCII files

New mode allows constructing model of scanned diamond with any cut. ASCII files uses as a sample.

There is the example of scanned model:

Result. Scanning model

Open 3D model* of the scanned diamond

Sample model from ASCII file

Open 3D model of the sample diamond

*To open 3D models you need a free GemAdviser software

Versions history
Helium news