The Hyperbolic template appears in the template list when a numeric field of type float32, float64, int8, int16, int32, int64, uint8, uint16, uint32, or uint6, has been picked in the Transform pane. The template computes basic hyperbolic trigonometric operations.
Hyperbolic 
Basic hyperbolic trigonometric operations, allowing choice of radial unit from Arc Minute, Arc Second, Degree or Radian. The default unit is Degree. Save the result into the specified Result destination using the specified numeric type.
Launch the template by choosing a numeric field and then doubleclicking the Hyperbolic template. When the template launches we can specify options.

Hyperbolic : hyperbolic arc cosine (acosh) 
Compute the hyperbolic arc cosine (inverse hyperbolic cosine) of the source field number and save into the specified Results destination.
We start with a table with a single Series field of type float64. We have used the Layers pane to hide the mfd_id field, for a simpler illustration.
With the focus on the table window, in the Transform pane we choose the Series field and then the Hyperbolic template.
In the Hyperbolic template, we choose hyperbolic arc cosine (acosh) as the Operation. We leave Degree as the default Unit.
For the Result destination, we choose New Field and then enter Acosh as the name of the new field to add to the table. We could use whatever name we want, but it is wise to use names that remind us of what they are supposed to be. We leave the Result type at the default float64.
If we preferred, we could have chosen Same Field to write the result back to the Series field, updating it "in place," or we could have chosen some other existing numeric field in the table.
Press Transform.
The template creates a new float64 type field called Acosh and populates it with the hyperbolic arc cosines of the numbers in the Series field.

Hyperbolic : hyperbolic arc sine (asinh) 
Compute the hyperbolic arc sine (inverse hyperbolic sine) of the source field number and save into the specified Results destination.
We start with a table with a single Series field of type float64. We have used the Layers pane to hide the mfd_id field, for a simpler illustration.
With the focus on the table window, in the Transform pane we choose the Series field and then the Hyperbolic template.
In the Hyperbolic template, we choose hyperbolic arc sine (asinh) as the Operation. We leave Degree as the default Unit.
For the Result destination, we choose New Field and then enter Asinh as the name of the new field to add to the table. We could use whatever name we want, but it is wise to use names that remind us of what they are supposed to be. We leave the Result type at the default float64.
If we preferred, we could have chosen Same Field to write the result back to the Series field, updating it "in place," or we could have chosen some other existing numeric field in the table.
Press Transform.
The template creates a new float64 type field called Asinh and populates it with the hyperbolic arc sines of the numbers in the Series field.

Hyperbolic : hyperbolic arc tangent (atanh) 
Compute the hyperbolic arc tangent (inverse hyperbolic tangent) of the source field number and save into the specified Results destination.
We start with a table with a single Small Numbers field of type float64. We have used the Layers pane to hide the mfd_id field, for a simpler illustration.
With the focus on the table window, in the Transform pane we choose the Small Numbers field and then the Hyperbolic template.
In the Hyperbolic template, we choose hyperbolic arc tangent (atanh) as the Operation. We leave Degree as the default Unit.
For the Result destination, we choose New Field and then enter Atanh as the name of the new field to add to the table. We could use whatever name we want, but it is wise to use names that remind us of what they are supposed to be. We leave the Result type at the default float64.
If we preferred, we could have chosen Same Field to write the result back to the Small Numbers field, updating it "in place," or we could have chosen some other existing numeric field in the table.
Press Transform.
The template creates a new float64 type field called Atanh and populates it with the hyperbolic arc tangents of the numbers in the Small Numbers field.

Hyperbolic : hyperbolic cosine (cosh) 
Compute the hyperbolic cosine of the source field number and save into the specified Results destination.
We start with a table with a single Series field of type float64. We have used the Layers pane to hide the mfd_id field, for a simpler illustration.
With the focus on the table window, in the Transform pane we choose the Series field and then the Hyperbolic template.
In the Hyperbolic template, we choose hyperbolic cosine (cosh) as the Operation. We leave Degree as the default Unit.
For the Result destination, we choose New Field and then enter Cosh as the name of the new field to add to the table. We could use whatever name we want, but it is wise to use names that remind us of what they are supposed to be. We leave the Result type at the default float64.
If we preferred, we could have chosen Same Field to write the result back to the Series field, updating it "in place," or we could have chosen some other existing numeric field in the table.
Press Transform.
The template creates a new float64 type field called Cosh and populates it with the hyperbolic cosines of the numbers in the Series field.

Hyperbolic : hyperbolic sine (sinh) 
Compute the hyperbolic sine of the source field number and save into the specified Results destination.
We start with a table with a single Series field of type float64. We have used the Layers pane to hide the mfd_id field, for a simpler illustration.
With the focus on the table window, in the Transform pane we choose the Series field and then the Hyperbolic template.
In the Hyperbolic template, we choose hyperbolic sine (sinh) as the Operation. We leave Degree as the default Unit.
For the Result destination, we choose New Field and then enter Sinh as the name of the new field to add to the table. We could use whatever name we want, but it is wise to use names that remind us of what they are supposed to be. We leave the Result type at the default float64.
If we preferred, we could have chosen Same Field to write the result back to the Series field, updating it "in place," or we could have chosen some other existing numeric field in the table.
Press Transform.
The template creates a new float64 type field called Sinh and populates it with the hyperbolic sines of the numbers in the Series field.

Hyperbolic : hyperbolic tangent (tanh) 
Compute the hyperbolic tangent off the source field number and save into the specified Results destination.
We start with a table with a single Series field of type float64. We have used the Layers pane to hide the mfd_id field, for a simpler illustration.
With the focus on the table window, in the Transform pane we choose the Series field and then the Hyperbolic template.
In the Hyperbolic template, we choose hyperbolic tangent (tanh) as the Operation. We leave Degree as the default Unit.
For the Result destination, we choose New Field and then enter Tanh as the name of the new field to add to the table. We could use whatever name we want, but it is wise to use names that remind us of what they are supposed to be. We leave the Result type at the default float64.
If we preferred, we could have chosen Same Field to write the result back to the Series field, updating it "in place," or we could have chosen some other existing numeric field in the table.
Press Transform.
The template creates a new float64 type field called Tanh and populates it with the hyperbolic tangents of the numbers in the Series field.

Transform  Numbers: Arithmetic
Transform  Numbers: Bit Logic
Transform  Numbers: Expression
Transform  Numbers: Trigonometric