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]

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.

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!

Next I need to [find] a UWP library for LIRC.

I followed the idea from the video below.

[How to Control the GPIO on a Raspberry Pi with an IR Remote]

Adafruit: [IR (Infrared) Receiver Sensor]

[Raspberry Pis, Remotes & IR Receivers!]

[Xamarin Components]

[Play wav file in Raspberry PI with Windows IoT Core]

[XamarinMediaManager]

[Xamarin Forms: Hello Blinky]

[Windows 10 IoT Core : Setting Startup App]

[UWP on Xbox One]