hrobeers

#include "wasm4.h"

const uint8_t smiley[] = {
    0b11110000, 0b00001111,
    0b11000000, 0b00000011,
    0b00000100, 0b00010000,
    0b00000100, 0b00010000,
    0b00000000, 0b00000000,
    0b00001100, 0b00110000,
    0b11000011, 0b11000011,

hrobeers

var bitcore = require("bitcore-lib");
var Buffer = require("buffer").Buffer;

var value = new Buffer.from("test", "utf8");

var hash = bitcore.crypto.Hash.sha256(value);

// Compressed Key (nu skool)
var bn = bitcore.crypto.BN.fromBuffer(hash);
var privateKey = new bitcore.PrivateKey(bn);

hrobeers

#! /bin/bash
# Built and tested for instagram

cat followers.txt | grep -E '^\s*\S+\s*$' | uniq | sort > followers.sorted
cat following.txt | grep -E '^\s*\S+\s*$' | uniq | sort > following.sorted

diff followers.sorted following.sorted | grep '>'

hrobeers

#! /usr/bin/python3

from peercoin_rpc import Client

number_of_blocks = 100

ppcnode = Client(testnet=True, username="testnet", password="testnetpw", ip="localhost", port=8888)

last_block_hash = ppcnode.getblockhash(ppcnode.getblockcount())
block_versions = []

hrobeers

Part1 = part:new(id, "Part 1", "{file: 1}", "6fd84g3zx", erlang:now(), erlang:now()).
Asm1 = assembly:new(id, "Assembly 1", erlang:now(), erlang:now()).
{ok, P1} = Part1:save().
{ok, A1} = Asm1:save().
timer:sleep(1000).

Part2 = part:new(id, "Part 2", "{file: 2}", "s6d8fg7gr", erlang:now(), erlang:now()).
Asm2 = assembly:new(id, "Assembly 2", erlang:now(), erlang:now()).
{ok, P2} = Part2:save().
{ok, A2} = Asm2:save().

hrobeers

Part = bossSandbox_part:new(id, "Part 1", "File 1", "Guid 1").
Asm = bossSandbox_assembly:new(id, "Assembly 1").
Part:save().
Asm:save().

P = boss_db:find_first(bossSandbox_part).
A = boss_db:find_first(bossSandbox_assembly).
Link = bossSandbox_partassembly:new(id, P:id(), A:id()).
Link:save().

hrobeers

// reduce json floating point precision to reduce size
#include <iostream>
#include <string>
#include <regex>
#include <vector>

const std::string foil = "{\"foil\":{\"history\":[],\"layerCount\":6,\"outline\":{\"area\":0.0094394211977858536,\"height\":0.10000000000000001,\"path\":[[\"M\",0,0],[\"C\",-0.8090161000000009,-1.065339999999992,146.79888589999996,-14.155744000000027,159.50071800000001,-92.968964000000028],[\"C\",328.158458,-105.34453400000007,441.98747800000001,-231.89464399999997,445.60909800000002,-144.481404],[\"C\",340.96483799999999,-107.30037800000002,411.20925799999998,-72.230819999999994,411.10157800000002,-73.084100000000007],[\"C\",173.75719790000005,-73.240800000000007,353.8799179999998,-1,353.87991799999986,0]],\"sweep\":0.96055560932291262,\"uuid\":\"{76d2a5ae-8d14-4617-8b6a-122401df6f20}\"},\"profile\":{\"botProfile\":[[\"M\",0,0],[\"C\",0,0,-26,69,114,34],[\"C\",91,9,300,0,300,0]],\"symmetry\":\"Asymmetric\",\"thickness\":0.01,\"thicknessRatio\":1.0249374147947978,\"topProfile\":[[\"

hrobeers

//hexcut(5, 3, 10, 10);

module hexcut (radius, depth, height, width) {

for (i = [0:ceil(height/(radius*2))]) {
for (j = [0:ceil(width/(radius*2))]) {
  x = i*radius*2;
  y = j*radius*1.75;
  translate([x+(j%2*radius),y,0])
  rotate([0,0,30])

hrobeers

// Parameters
length          = 10;
rocker_curve    = 3;
thick_rot       = 7;

$fn = 100;

include<rocker.scad>
include<outline.scad>

hrobeers

// Parameters
length          = 10;
rocker_curve    = 3;

$fn = 100;
dia=length/PI;

include<rocker.scad>

// pic 11: intersect