Category
Transformation
Function
Calculates the convergence order for numerical data, using double precision.
Syntax
Value_of_n = ConvergenceFactor( function_1, function_2, function_3, delta_1, delta_2, delta_3);
Inputs
| Name | Type | Default | Description | Required |
|---|---|---|---|---|
| function_1 | field | (none) | the first dataset | yes |
| function_2 | field | (none) | the second dataset | yes |
| function_3 | field | (none) | the third dataset | yes |
| delta_1 | scalar | (none) | resolution for the first dataset | yes |
| delta_2 | scalar | (none) | resolution for the second dataset | yes |
| delta_3 | scalar | (none) | resolution for the third dataset | yes |
Outputs
| Name | Type | Description |
|---|---|---|
| Value_of_n | field | the value of the convergence factor |
Functional Details
The ConvergenceFactorDouble module provides the same basic functionality as the ConvergenceFactor module. For a full description about the functional details see the ConvergenceFactor. The only difference between these two modules is that the first one has the fields read as double precision floating-point numbers. If the ReadMultiPatch module is used to read in the data, the single-precision flag has to be activated; by default this module reads single-precision numbers.
Example Visual Programs
ConvergenceFactorDouble.net
This could be also found in the NumRel cvs .
See also
Further Documentation
More information about OpenDX can be found here.