play with desmos and test.sh until about 2 buttons held per window

poc/py-ratio1024-log2/state_to_buttons.py

@@ -2,7 +2,7 @@ import argparse
 import os
 from time import sleep
 
-import buttons
+#import buttons
 
 def main():
    args = get_args()
@@ -18,14 +18,15 @@ def main():
          if not key in buckets:
             buckets[key] = [False, len(buckets)]
          buckets[key][0] = False if line[0] == "/" else float(line.split()[-1])
-         for key in bucket:
+         for key in buckets:
-            keycode = buttons.keys[bucket[key][1]]
+            #keycode = buttons.keys[bucket[key][1]]
-            if bucket[key][0]:
+            if buckets[key][0]:
-               print("down", key, button[key])
+               print("down", key, end=" ") #, button[key])
-               buttons.down(keycode)
+               #buttons.down(keycode)
             else:
-               print("up", key, button[key])
+               print("up", key, end=" ") #, button[key])
-               buttons.up(keycode)
+               #buttons.up(keycode)
+         print()
 
 def get_args():
    ap = argparse.ArgumentParser()

poc/py-ratio1024-log2/stream_to_state.py

@@ -84,8 +84,13 @@ class Window():
       for key in keys:
          count = len([True for i in self.w if i[0] == key])
          #scaled_rate = int(log((count / cnt) * 1024.0, 2)+.5)
-         scaled_rate = int((count / cnt) * 1024.0 + .5)
+         #scaled_rate = int((count / cnt) * 1024.0 + .5)
-         scaled_rates[key] = scaled_rate
+         x = (count/cnt)
+         x = x * 3
+         x = log(5*x+1, 2)/2
+         x = x / 2
+         #print(f"{count}/{cnt} => {x}")
+         scaled_rates[key] = int(x*self.n+.5)
       return scaled_rates
 
    def push(self, k):

poc/py-ratio1024-log2/test.sh

@@ -32,4 +32,4 @@ python3 ./testdata/rand_0_n_weighted_stream.py \
 | peek \
 | python3 ./stream_to_state.py \
    -d 10000 \
-   -m 0.1
+   -m 0.2