Quote from: Legends_Never_Die on Today at 09:03:59 PM

...
Let me give you an example, just try it on normal calculator, subtract 1 from the following and then
...

Digaran, stop creating mass fake accounts and spreading around. You're even using your signature ~dig OMG
This is really getting ridiculous.

Quote from: omnicreor on Today at 01:16:57 PM

In a bid to keep my research and efforts transparent and accessible, I have decided to share the GitHub repository containing my work on elliptic curve cryptography (ECC). Here's the link to the repository:
https://github.com/ecc-r/ECC-Vulnerability-Research

your python program yields following error:

Quote

line 122, in is_point_odd
point_exponent = point_exponent(point, scalar)
^^^^^^^^^^^^^^
UnboundLocalError: cannot access local variable 'point_exponent' where it is not associated with a value

The name of the function is used as a variable in the function itself, which leads to an UnboundLocalError. To fix that bug, here's a patch...

Create a new file bugfix.patch inside your local git folder with following content:

Code:

diff --git a/ecc_analysis.py b/ecc_analysis.py
index d216974..7307f5a 100644
--- a/ecc_analysis.py
+++ b/ecc_analysis.py
@@ -119,7 +119,7 @@ def is_point_odd(point):

scalar = CURVE_MAX - 2

- point_exponent = point_exponent(point, scalar)
+ result = point_exponent(point, scalar)
modulo_2_result = point_multiplication(point, point_exponent)

if modulo_2_result == get_first_point():

and then apply the patch

Code:

git apply bugfix.patch

or just merge in your branch, I created a pull-request in your git repo.