msgtxt_inf.txt

来自「proe5.0野火版下载(中文版免费下载)」· 文本 代码 · 共 101 行

%CI  %0s edges shown shorter than %1s
  %0s edges shown shorter than %1s


%CI%0d reflection curves were constructed.
%0d reflection curves were constructed.


%CECannot find an edge sufficiently close to this one.
Cannot find an edge sufficiently close to this one.


%CPEnter the number of light sources in the direction of the arrow [%0d]:
Enter the number of light sources in the direction of the arrow|||%0d


%CPEnter the number of light sources in the opposite direction [%0d]:
Enter the number of light sources in the opposite direction|||%0d


%CILight sources generated: dist = %0f, first = %1f, last = %2f.
Light sources generated: dist = %0f, first = %1f, last = %2f.


%CIMinimal radius of curvature: %0s
Minimal radius of curvature: %0s


%CIMinimal radiuses of curvature: (red point) %0s     (blue point) %1s
Minimal radii of curvature: (red point) %0s     (blue point) %1s


%CINo edges found shorter than %0s
No edges found shorter than %0s


%CPSelect a plane of light source(s).
Select a plane of light source(s).


%CPSelect a spline entity to show deviation.
Select a spline entity to show deviation.


%CPSelect quilt of which to compute smallest positive radius of curvature.
Select quilt of which to compute smallest positive radius of curvature.


%CPSelect surface of which to compute smallest positive radius of curvature.
Select surface of which to compute smallest positive radius of curvature.


%CPSpecify distance between light sources []:
Specify distance between light sources


%CPSpecify the number of light sources [%0d]:
Specify the number of light sources|||%0d


%CIDihedral angle output to file %0w.
Dihedral angle output to file %0w.


%CIThe information about dihedral angle has been written to file %0w.%1d
The information about dihedral angle has been written to file %0w.%1d


%CIThe information about dihedral angle will be written to file %0w.%1d
The information about dihedral angle will be written to file %0w.%1d


%CIThe dihedral angle at length ratio %0s is %1s.
The dihedral angle at length ratio %0s is %1s.


%CIMax dihedral angle of %0s degrees is reached at length ratio %1s.
Max dihedral angle of %0s degrees is reached at length ratio %1s.


%CIMin dihedral angle of %0s degrees is reached at length ratio %1s.
Min dihedral angle of %0s degrees is reached at length ratio %1s.


%CPSelect an edge along which the dihedral angles will be computed.
Select an edge along which the dihedral angles will be computed.


%CEEdges are not aligned.
Edges are not aligned.


%CLREFERENCE ASSEMBLIES: 
REFERENCE ASSEMBLIES: 


%CLREFERENCE PARTS: 
REFERENCE PARTS: