Gradation Spec Limits on Grain Size Distribution Graphs

Using Graph Properties | Data Representation | Curves from equations, you can display many envelopes.  I think this data should be stored in the project database, since from my experience envelopes vary project by project.

This is an example grabbing data from a project file, forming a list of vertices, and defining data marker, data marker height, and data marker colour

<<IndDepList>>_
<<SqlList(";",_
  SELECT [LAB_SPECIFICATION_PSD].[Particle_Size] & "," & _
  [SPECIFICATION_PSD].[Percent_Passing] _
  FROM [SPECIFICATION_PSD] _
  WHERE [SPECIFICATION_PSD].[ItemKey] = '<<POINT.Fill_Type_1>>' _
  AND [SPECIFICATION_PSD].[Sign] in ('<=','<') _
  ORDER BY cdbl([LAB_SPECIFICATION_PSD].[Particle_Size])_
)>>_
<<Let(DMKName = <<User System Data.DG Lab Fill Type 1 Dmk Name>>)>>_
<<Let(DMKHt = 2)>>_
<<Let(DMKColor = <<User System Data.DG Lab Fill Type 1 Colour>>)>>


Using Graph Properties | Data Representation | Curves from equations, you can display many envelopes.  I think this data should be stored in the project database, since from my experience envelopes vary project by project.

This is an example grabbing data from a project file, forming a list of vertices, and defining data marker, data marker height, and data marker colour

<<IndDepList>>_
<<SqlList(";",_
  SELECT [LAB_SPECIFICATION_PSD].[Particle_Size] & "," & _
  [SPECIFICATION_PSD].[Percent_Passing] _
  FROM [SPECIFICATION_PSD] _
  WHERE [SPECIFICATION_PSD].[ItemKey] = '<<POINT.Fill_Type_1>>' _
  AND [SPECIFICATION_PSD].[Sign] in ('<=','<') _
  ORDER BY cdbl([LAB_SPECIFICATION_PSD].[Particle_Size])_
)>>_
<<Let(DMKName = <<User System Data.DG Lab Fill Type 1 Dmk Name>>)>>_
<<Let(DMKHt = 2)>>_
<<Let(DMKColor = <<User System Data.DG Lab Fill Type 1 Colour>>)>>