rcdilorenzo

#!/bin/bash
# resize-images.sh
# Preprocess Stanford Cars Dataset

# Stats for width
# ❯ ls cars_**/*.jpg |
#   xargs -L1 identify -format "%w\n" |
#   datamash min 1 max 1 mean 1 median 1
# 
# 78      7800    700.49255483472 640

rcdilorenzo

hist.density <- function (data, xlab = "<x>", font.main = 1,
                          main = "Histogram of data") {

  # Calculate histogram based on these values
  data.hist = hist(data, plot = FALSE)
  
  # Determine scaling factor
  multiplier = data.hist$counts / data.hist$density
  
  # Create density function of the area

rcdilorenzo

---
- hosts: all
  remote_user: pi
  tasks:
  - name: check if erlang installed
    shell: which erl
    register: erl_check
    ignore_errors: true

  - apt_repository: repo='deb http://packages.erlang-solutions.com/debian wheezy contrib' state=present

rcdilorenzo

# Assumes an existing data frame called `raw`
# that is directly imported from the URL and
# has not converted the "?" values to NA's

colnames(raw) <- c("Type", "CapShape", "CapSurface", "CapColor", "Bruises",
                   "Odor", "GillAttachment", "GillSpacing", "GillSize",
                   "GillColor", "StalkShape", "StalkRoot",
                   "StalkSurfaceAboveRing", "StalkSurfaceBelowRing",
                   "StalkColorAboveRing", "StalkColorBelowRing", "VeilType",
                   "VeilColor", "RingNumber", "RingType", "SporePrintColor",

rcdilorenzo

from word_frequency import WordFrequency

luke = WordFrequency('Luke', './Luke.txt')
matthew = WordFrequency('Matt', './Matthew.txt')

print('================================')
print('= Frequently Occurring Phrases =')
print('= Between Matthew & Luke (Max  =')
print('= 4 words/phrase, Min freq 15) =')
print('================================')

rcdilorenzo

package main

import (
	"fmt"
	"math"
	"sort"
)

type Recommendation struct {
	Name      string

rcdilorenzo

import UIKit

extension UIButton {
    static func createBordered(light: Bool) -> UIButton {
        let button = UIButton(type: .roundedRect)
        button.contentEdgeInsets = UIEdgeInsets(top: 5, left: 7, bottom: 5, right: 7)
        button.layer.cornerRadius = 5
        button.translatesAutoresizingMaskIntoConstraints = false
        if (light) {
            button.backgroundColor = UIColor.white

rcdilorenzo

Keybase proof

I hereby claim:

• I am rcdilorenzo on github.
• I am rcdilorenzo (https://keybase.io/rcdilorenzo) on keybase.
• I have a public key ASABBZcTLyE8g_vbKklI8aSC1LTqFlK-KHgIaZuKIcm39Qo

To claim this, I am signing this object:

rcdilorenzo

// Requires a property like the following
// @property (nonatomic, strong) UIPopoverController *textPopover;

- (void)displayPopoverForText:(NSString *)text inView:(UIView *)view presentingRect:(CGRect)rect maxSize:(CGSize)maxSize {
    UIViewController *controller = [UIViewController new];

    UITextView *textView = [UITextView new];
    textView.text = text;
    textView.editable = NO;
    textView.backgroundColor = [UIColor clearColor];

rcdilorenzo

TIL: Apparently, Swift does not support creating concrete protocols from generic ones since it uses associated types for more customizable generic protocol adaptation. This is in contrast to classes and structs. Here is an example of a generic struct from my situation:

fileprivate struct WindowScopeUpdate<State> {
    let update: (State) -> (State)
}

An example usage would be like this (where TaskListWindowState is a concrete type such as a class, struct, or non-generic protocol):