sinbad

#Requires AutoHotkey v2.0

; Use Right-Control to make 0-9 and -+/* symbols their numpad versions

>^1::Numpad1
>^2::Numpad2
>^3::Numpad3
>^4::Numpad4
>^5::Numpad5
>^6::Numpad6

sinbad

#include "StevesEaseMath.h"

float UStevesEaseMath::EaseAlpha(float InAlpha, EStevesEaseFunction Func)
{
	constexpr float BackC1 = 1.70158f;
	constexpr float BackC2 = BackC1 * 1.525f;
	constexpr float BackC3 = BackC1 + 1.f;
	constexpr float ElasticC4 = UE_TWO_PI / 3.f;
	constexpr float ElasticC5 = UE_TWO_PI / 4.5;

sinbad

<scheme name="Steve's Custom Monokai Pro" version="142" parent_scheme="Darcula">
  <metaInfo>
    <property name="created">2021-06-01T12:01:43</property>
    <property name="ide">Rider</property>
    <property name="ideVersion">2021.1.2.0.0</property>
    <property name="modified">2021-06-01T12:02:09</property>
    <property name="originalScheme">Steve's Custom Monokai Pro</property>
  </metaInfo>
  <colors>
    <option name="ADDED_LINES_COLOR" value="a9dc76" />

sinbad

#include "InputModeDetector.h"
#include "Input/Events.h"

FInputModeDetector::FInputModeDetector()
{
    // 4 local players should be plenty usually (will expand if necessary)
    LastInputModeByPlayer.Init(EInputMode::Mouse, 4);
}

bool FInputModeDetector::HandleKeyDownEvent(FSlateApplication& SlateApp, const FKeyEvent& InKeyEvent)

sinbad

#!/bin/bash

# `gitea dump` doesn't currently back up LFS data as well, only git repos
# It primarily backs up the SQL DB, and also the config / logs
# We'll backup like this:
#   * "gitea dump" to backup the DB and config etc
#   * tar / bzip all the repos since they will be skipped
#     * Not rotated because git data is immutable (normally) so has all data
#   * rsync LFS data directly from /volume/docker/gitea/git/lfs
#     * No need for rotation since all files are immutable

sinbad

I want a server RPC function which:

• Is callable by both C++ and Blueprints
• Is overrideable in Blueprints as well as C++

The basic C++ declared RPC with BlueprintCallable gets me the C++ / Blueprint visibility, but NOT the BP overrideable aspect, because you're not allowed to use BlueprintNativeEvent on Server functions. I.e.

UFUNCTION(BlueprintCallable, Server, Reliable)
void DoSomethingOnServer();

sinbad

using DG.Tweening;
using TMPro;
using UnityEngine;
using UnityEngine.UI;

// Attach this component to a UI object which will be the tooltip visual
// Must include some text somewhere of course, and optionally a CanvasGroup if you want fading
public class TooltipPanel : MonoBehaviour {
    [Tooltip("The text object which will display the tooltip string")]
    public TextMeshProUGUI tooltipText;

sinbad

using System.Collections.Generic;
using UnityEngine;
using UnityEngine.UI;

// Restrict raycasting to a sprite mesh shape
// Could use Image.alphaHitTestMinimumThreshold to mask but that requires read/write images which can't be packed
[RequireComponent(typeof(Image))]
public class SpriteMeshRaycastFilter : MonoBehaviour, ICanvasRaycastFilter {

    private RectTransform rectTransform;

sinbad

    // I always use the Unity collider calls which place results in a single pre-allocated array to avoid allocations.
    // However it's a bit annoying that you can't make a call like `collider2D.OverlapCollider` and tell it to start
    // inserting results at a non-zero index in that results array, in order to collect multiple tests in a single
    // result array.
    
    // Yes, you can (and should) use CompoundCollider2D if this is a single object you're tracking, but if it's not and
    // you just want combined results from different colliders it's a ball-ache to not be able to get all results in a
    // single array easily.
    
    // This little snippet shunts results of earlier OverlapCollider calls to the end of the array temporarily,

sinbad

    private Dictionary<int, Action<Localisation.VariableSetter>> localisationVariableFuncs;
    private void InitLocalisation() {
        Localisation.Instance.DefaultVariableCallback = LocalisationVariableCallback;
        localisationVariableFuncs = new Dictionary<int, Action<Localisation.VariableSetter>>{
            {LocalisationConsts.Variables.ShotStyleBonusHash, setter => setter.SetValue(shotStyleBonuses)},
            {LocalisationConsts.Variables.ShotPegScoreHash, setter => setter.SetValue(shotPegScore)}
        };
        
        // Iterate over all strings and pre-convert action tags to IDs so we only do this once
        Localisation.Instance.ProcessMessages(InitLocalisationMessage);