diff --git a/aaaa/digital-filters-meh/README.md b/aaaa/digital-filters-meh/README.md
index 23ffa08..1400328 100644
--- a/aaaa/digital-filters-meh/README.md
+++ b/aaaa/digital-filters-meh/README.md
@@ -1,8 +1,8 @@
-# Attitude Adjustment
+# Digital Filters, Meh
 
 **Category**: Astronomy, Astrophysics, Astrometry, Astrodynamics, AAAA
-**Points (final)**: 69 points
-**Solves**: 62
+**Points (final)**: 104 points
+**Solves**: 37
 
 
 
@@ -15,7 +15,7 @@
 ## Writeup
 by [erin (`barzamin`)](https://imer.in).
 
-As part of this challenge, we're given a file `src.tar.gz` by the scoreboard. This contains Octave code (humorously, almost MATLAB-compatible, but uses incompatible `endfunction` tokens) which simulates the satellite kinetics and control loop, and, presumably, is what's running on the challenge server.
+As part of this challenge, we're given a file `src.tar.gz` by the scoreboard. This contains Octave code which simulates the satellite kinetics and control loop, and, presumably, is what's running on the challenge server.
 
 Digging into the main file, `challenge.m`, we note a few interesting things. The satellite is running a Kalman filter on the gyroscope data (velocity and acceleration) and star tracker orientation data. Near the start of each control system iteration, there's a check on the Kalman filter error; if greater than a threshold, the controller crashes out:
 ```{.matlab}