Merge branch 'master' of https://gitlab.mpcdf.mpg.de/nomad-lab/VR-demos

GoogleCardboardAndroid/readme.md

 This repository contains the demos for Google cardboard using GVR Android SDK v1.20.0
-https://github.com/googlevr/gvr-android-sdk
+	https://github.com/googlevr/gvr-android-sdk
 
 Clone that repository and add the content of this one inside the Samples directory.
 Copy the content of the ../libs directory (happyhttp, rapidjson, rply, LodePNG) and NOMADVRLib and GoogleCardboard into 
 NOMADgvrT/src/main/jni
 
 Enable support for ndk (tested: android-ndk-r10d) in settings.gradle:
-include ':samples:NOMADgvrT'
+
+	include ':samples:NOMADgvrT'
 
 
 List of directories
+
 NOMADgvrT: 
+
 	This program can load prepared molecular dynamics simulations, and is 
 	compatible with the TimestepData OpenVR demo.

GoogleCardboardIOS/readme.md

@@ -5,23 +5,34 @@ Follow https://developers.google.com/vr/develop/ios/get-started to install
 the SDK.
 
 Copy NOMADVRIOS in gvr-ios-sdk/Samples
+
 Copy ../NOMADVRLib to gvr-ios-sdk/Samples/NOMADVRIOS
+
 Copy ../GoogleCardboard to gvr-ios-sdk/Samples/NOMADVRIOS
+
 Copy from ../libs/ the directories rply, happyhttp, rapidjson
 	to gvr-ios-sdk/Samples/NOMADVRIOS
 
 Enter gvr-ios-sdk/Samples/TreasureHuntNDK and run
+
 	pod update
 
 Enter gvr-ios-sdk/Samples/NOMADVRIOS and run 
+
 	pod update
 
 If you get this error
+
 	[!] Failed to connect to GitHub to update the CocoaPods/Specs specs repo - Please check if you are offline, or that GitHub is down
+
 follow this:
+
 	https://stackoverflow.com/questions/38993527/cocoapods-failed-to-connect-to-github-to-update-the-cocoapods-specs-specs-repo
 
 Open Xcode and select NOMADVR.xcworkspace
+
 Setup Developer Account / Profiles / Code signing
+(You may need to change the Bundle Identifier)
+
 Compile and run
 

OpenVR/README.md

@@ -6,7 +6,9 @@ directory.
 After compilation, copy ..\textures\digits_64x7_l_blank.png to the exe's 
 location.
 
-List of directories
+List of directories:
+
 TimestepData: 
+
 	This program can load prepared molecular dynamics simulations