kazimuth

use std::collections::HashMap;

fn main() {
    println!("Counting bitotal relations R: 1..n |<>| 1..m");
    println!("i.e. id <= R ; R^T and id <= R^T ; R");
    println!("(see: https://en.wikipedia.org/wiki/Relation_algebra, book: Algebra of Programming by Bird and Moore)");
    println!();
    println!("Equivalently, counting bipartite graphs between node sets of size n and m,");
    println!("where every vertex has degree at least 1.");
    println!();

kazimuth

#James Gilles, 2012
#DWTFYWWI License

from mutagen.easyid3 import EasyID3
import os

print "input directory for processing: "
path = raw_input()
os.chdir(path)

kazimuth

/** MathBox type declarations (autogenerated) */

/** Matrix width */
declare interface MBArea {
    /** Use (fast) integer lookups */
    aligned?: boolean;
    /** Axis pair */
    axes?: number[];
    /** Matrix buffer height */
    bufferHeight?: number;

kazimuth

using Plots, ForwardDiff, StaticArrays, Distributions, Test

g(x) = sin.(x)

function newton(g, x0, n=10)
    out = zeros(length(x0), n)
    x = x0
    for i in 1:n
        out[:, i] = x
        dg = ForwardDiff.jacobian(g, x)

kazimuth

import Glibc
setenv("SWIFT_TENSORFLOW_ENABLE_DEBUG_LOGGING", "true", 1)

let s = "grpc://\(String(cString: getenv("COLAB_TPU_ADDR")!))"
setenv("SWIFT_TENSORFLOW_SERVER_ADDRESS", s, 1)
print("SWIFT_TENSORFLOW_SERVER_ADDRESS:", String(cString: getenv("SWIFT_TENSORFLOW_SERVER_ADDRESS")!))

import TensorFlow
func runTestComputation() -> Tensor<Float> {
    // Create two 1000x1000 tensors sampled from a random normal distribution.

kazimuth

git config --global alias.lg "log --color --graph --pretty=format:'%Cred%h%Creset -%C(yellow)%d%Creset %s %Cgreen(%cr) %C(bold blue)<%an>%Creset' --abbrev-commit"

kazimuth

from typing import Any, Union
import hashlib
import pandas
import numpy as np
import json
import os
from pathlib import Path

def _load_json(path: Path):
    return json.load(path.open('r'))

kazimuth

Range: UNKNOWN
_Array: UNKNOWN
_ArrayGetItem: UNKNOWN
_ArraySize: UNKNOWN
_AttrsListFieldInfo: UNKNOWN
_BijectiveLayout: tvm::BijectiveLayout(tvm::Layout, tvm::Layout, )
_BijectiveLayout: tvm::BijectiveLayout(tvm::Layout, tvm::Layout, )
_BijectiveLayoutBackwardIndex: tvm::Array<HalideIR::Expr, void>(tvm::BijectiveLayout, tvm::Array<HalideIR::Expr, void>, )
_BijectiveLayoutBackwardIndex: tvm::Array<HalideIR::Expr, void>(tvm::BijectiveLayout, tvm::Array<HalideIR::Expr, void>, )
_BijectiveLayoutBackwardShape: tvm::Array<HalideIR::Expr, void>(tvm::BijectiveLayout, tvm::Array<HalideIR::Expr, void>, )

kazimuth

same oh
big oh
hat oh
worm oh
mood oh
oh same
big same
hat same
worm same
mood same

kazimuth

use specs::System;

// Tired of writing out a bunch of giant tuples by hand?
// I have the macro for you!

struct BananaSystem;

system! {
    BananaSystem;