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EXAMPLE - Trigonometry Hyperbolic Arc Functions

This example illustrates how to apply inverse (arc) hyperbolic functions to your transformations.

Source:

In the following sample, input values are in radians. In this example, all values are rounded to two decimals for clarity.

Y

-4.00

-3.00

-2.00

-1.00

-0.75

-0.50

0.00

0.50

0.75

1.00

2.00

3.00

4.00

Transformation:

The following transformations include checks for the valid ranges for input values.

Hyperbolic arcsine:

Transformation Name

New formula

Parameter: Formula type

Single row formula

Parameter: Formula

round(degrees(asinh(Y)), 2)

Parameter: New column name

'asinhY'

Hyperbolic arccosine:

Valid over the range (y > 1)

Transformation Name

New formula

Parameter: Formula type

Single row formula

Parameter: Formula

if(Y>1,round(degrees(acosh(Y)), 2),null())

Parameter: New column name

'acoshY'

Hyperbolic arctangent:

Valid over the range (-1 < y < 1)

Transformation Name

New formula

Parameter: Formula type

Single row formula

Parameter: Formula

if(abs(y)<1,round(degrees(atanh(Y)), 2),null())

Parameter: New column name

'atanhY'

Results:

Y

atanhY

acoshY

asinhY

-4

null

null

-120.02

-3

null

null

-104.19

-2

null

null

-82.71

-1.5

null

null

-68.45

-1

null

null

-50.5

-0.75

-55.75

null

-39.71

-0.5

-31.47

null

-27.57

0

0

null

0

0.5

31.47

null

27.57

0.75

55.75

null

39.71

1

null

null

50.5

1.5

null

55.14

68.45

2

null

75.46

82.71

3

null

101

104.19

4

null

118.23

120.02