jepler

jepler

from dataclasses import dataclass

import sympy


@dataclass
class ModifiableEquation:
    """Track the state of a system as one value is modified

    The object is created with a sympy equality equation and the

jepler

diff --git a/coverage/sqldata.py b/coverage/sqldata.py
index 5e3d6790..2b5dae1f 100644
--- a/coverage/sqldata.py
+++ b/coverage/sqldata.py
@@ -126,15 +126,17 @@ class NumbitsUnionAgg:
     """SQLite aggregate function for computing union of numbits."""
 
     def __init__(self) -> None:
-        self.result = b""
+        self.result = 0

jepler

import math

N = 23442210895296466551510681543619831978102581799736611246976521590191893224135789025070678051976867349306593332331728775086731364111282889875974451560408740146015934986990476214270640086817425581538170373870259313066583768903697048280641467367411589939100414611356011513397978038218669709747247868727724676001584905770525234976669382895464232871732123454572174833964467804115311936850586791492844973560905229429892438926204188174490543755080972621652831650930277431113028745929593171025639518249955921255776393078247519734666509055776152948501360345202224227559964438653352949732541506721438058592990053089448078211591

sqrt_n = math.isqrt(N)

for p in range(sqrt_n - 10, sqrt_n):
    if N % p == 0:
        q = N // p
        print(p)

jepler

# m68k-micropython window creation demo

import eventmgr
import mactypes
import qd
import uctypes
import windowmgr

def let(dst, src):
    memoryview(dst)[:] = memoryview(src)[:]

jepler

import array
import time
import math

import audiosdl
import synthio

sine = array.array('h',
        (int(math.sin(i * 2 * math.pi / 1024) * 32000) for i in range(1024)))
print(min(sine), max(sine))

jepler

import array
import time
import math

import audiosdl
import synthio

sine = array.array('h',
        (int(math.sin(i * 2 * math.pi / 1024) * 32000) for i in range(1024)))
print(min(sine), max(sine))

jepler

import array
import time
import math

import audiosdl
import synthio

sine = array.array('h',
        (int(math.sin(i * 2 * math.pi / 1024) * 32000) for i in range(1024)))
print(min(sine), max(sine))

jepler

OW = 249;
OH = OW;

pin_dx = 41;
pin_dy = 55;

screw_dy = 45;
screw_dx = 56;

aperture = 128 - 24;

jepler

import time
import subprocess
import contextlib

@contextlib.contextmanager
def TerminatingPopen(*args, **kw):
    p = subprocess.Popen(*args, **kw)
    try:
        yield p
    finally: