tim – TAGENIGMA LLC

Introducing ARKit: Augmented Reality for iOS
ARKit provides a cutting-edge platform for developing augmented reality (AR) apps for iPhone and iPad. Get introduced to the ARKit framework and learn about harnessing its powerful capabilities for positional tracking and scene understanding. Tap into its seamless integration with SceneKit and SpriteKit, and understand how to take direct control over rendering with Metal 2.

UE4 ChromaSDK Plugin Update – Import Images / Animations

Snack Pack 13: Source Control in Visual Studio for Mac

[Snack Pack 13: Source Control in Visual Studio for Mac]

Speech recognition Tutorial for Unity3D 5

Unity Labs: [Speech Recognition and VR]

Unity Docs: [Windows.Speech.DictationRecognizer]

Unity Bitbucket Source: [Speech to Text Repository]

Unity Asset Store: [Unity Speech-to-Text Package] (free)

Unity Asset Store List: [Speech API]

Mac Support for Chrome Speech Proxy

[They Love Games]

[ConsoleChromeSpeechProxy]

Compatible with [WebGL Speech Detection] and [WebGL Speech Synthesis]

UNET Part 1 – Setup and Movement Syncing

Supercharge your Computer Vision models with the TensorFlow Object Detection API

[Supercharge your Computer Vision models with the TensorFlow Object Detection API]

UE4 Plugin for Chroma

This week, I’m wrapping up a UE4 plugin for Chroma [UE4ChromaSDK].

Next step, I’ll be making a [Custom Asset Type] on [tgraupmann].

The ForceFeedbackEffect has a hover animation that when clicked plays the animation which is what I want to do for Chroma. “Play selected force feedback effect” from

[AssetTypeActions_ForceFeedbackEffect.h]
[AssetTypeActions_ForceFeedbackEffect.cpp]

[Setting up AssetTypeActions]

Works!

Next step customizing the details window.

So you'll want to create an IDetailCustomization-derived class and implement that interface and register/unregister it in your plugin module's startup/shutdown logic
As for how to implement that interface, lot of stuff to cover there.
You'll implement CustomizeDetails, which has a IDetailLayoutBuilder parameter.

Example: [LocalizationDashboard]

Go to Editor Preferences, all settings, search "Localization Dashboard" and check the box.
Then go to Window -> Localization Dashboard (under Experimental), from the top-level menus.

[Customizing Details Panels]

[Programming DetailsCustomization]

[Slate Example Widgets]

MODO | Channel Chimp: Recording Performances

MS Teams for Android

[MS Teams for Android]

CRS-11 | Landing aerial footage

SETTING WIFI UP VIA THE COMMAND LINE

[SETTING WIFI UP VIA THE COMMAND LINE]

MODO | Item List Tips

How do the Harry Potter interactive wands at Universal Studios in Orlando work?

[How do the Harry Potter interactive wands at Universal Studios in Orlando work?]

Unreal Revisited

Back to making an Unreal Plugin.

First get the [UE4 Engine Source].

git clone -b 4.16 https://github.com/EpicGames/UnrealEngine

Created a C++ project and BP plugin – [UE4ChromaSDK]

C++ Chroma Reference: [RazerChromaSampleApplication] originally from [Chroma Downloads]

Good example of using Chroma and DLL loading in UE4 – [Blinken]

Previous UE4 plugin I made for reference: [ue4-plugin-razer-sdk]

Reference: [UE4 Variables]

Reference: [UE4 Enums]

Reference: [RzChromaSDKTypes.h]

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REST support @todo later.

I’m using a [custom version of Swagger] which should be able to generate a C++ client. Swagger requires that [Maven] be in the environment path.

Here’s the [Swagger Definition Files]

I’ll use [CppRestChroma] to make sure REST works in an isolated project.

[Microsoft/cpprestsdk] has the C++ bits to do REST and JSON.

Unity Chroma SDK Plugin

This week, I’m wrapping up a Unity plugin for Chroma [UnityChromaSDK] that consumes the [Chroma REST API]. I relied on [Swagger.io] to process swagger definitions in order to auto-generate a C# 2.0 client that works in Unity 3.5.7 and above.

APPLE PARK June 2017 Drone Tour 4K

Modo with Ellery | Episode 30: Adobe Fuse Primer

Control your LEDs with your TV remote?! || Arduino IR Tutorial

I created a [XamarinFormsIoT] Windows Core IoT project which can control LEDs and play sounds on a Raspberry PI 3. I used a portable dependency interface to expose the GPIO controller which only exists in the UWP project. GPIO is used to control the LEDs. I also ordered an IR receiver so I can detect IR signals from a remote and it works!