AI-generated Key Takeaways
-
Number.erfc()computes the complementary error function of a number input. -
The function takes a single number input and returns a number output.
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Examples demonstrate calculating the complementary error function for various positive and negative inputs using JavaScript and Python.
| Usage | Returns |
|---|---|
Number.
erfc
()
|
Number |
| Argument | Type | Details |
|---|---|---|
|
this:
input
|
Number | The input value. |
Examples
Code Editor (JavaScript)
print ( 'Complementary error function of -10' , ee . Number ( - 10 ). erfc ()); // 2 print ( 'Complementary error function of -0.001' , ee . Number ( - 0.001 ). erfc ()); // 1.001128378 print ( 'Complementary error function of 0' , ee . Number ( 0 ). erfc ()); // 1 print ( 'Complementary error function of 0.001' , ee . Number ( 0.001 ). erfc ()); // 0.998871621 print ( 'Complementary error function of 10' , ee . Number ( 10 ). erfc ()); // 2.088487583e-45
import ee import geemap.core as geemap
Colab (Python)
display ( 'Complementary error function of -10:' , ee . Number ( - 10 ) . erfc ()) # 2 display ( 'Complementary error function of -0.001:' , ee . Number ( - 0.001 ) . erfc ()) # 1.001128378 display ( 'Complementary error function of 0:' , ee . Number ( 0 ) . erfc ()) # 1 display ( 'Complementary error function of 0.001:' , ee . Number ( 0.001 ) . erfc ()) # 0.998871621 display ( 'Complementary error function of 10:' , ee . Number ( 10 ) . erfc ()) # 2.088487583e-45
