Compose and serve WebVR scenes using R.
Building on top of Mozilla's A-Frame Framework, a suite of objects representing A-Frame scenes, entities, and assets are provided that can be composed using a functional R interface.
Thanks to the power and versatility of A-Frame and WebVR, these scenes will be viewable on all major VR platforms/devices including smartphone platforms like Google Cardboard. There are also no 3D graphics related dependencies to install, since these are injected as javascript links into the WebVR scene and downloaded at run-time by viewers.
devtools::install_github("ACEMS/r2vr")
library(r2vr)
## Define a scene
box <- a_entity(.tag = "box", position = c(-1, 0.5, -3),
rotaion = c(0, 45, 0), color = "#4CC3D9",
shadow = "")
sphere <- a_entity(.tag = "sphere", position = c(0, 1.25, -5),
radius = 1.25, color = "#EF2D5E",
shadow = "")
cylinder <- a_entity(.tag = "cylinder", position = c(1, 0.75, -3),
radius = 0.5, height = 1.5, color = "#FFC65D",
shadow = "")
plane <- a_entity(.tag = "plane", position = c(0, 0, -4),
rotation = c(-90, 0, 0), width = 4,
height = 4, color = "#7BC8A4",
shadow = "")
text <- a_label(text = "%>% This is not js %>%",
position = c(0, 2.5, -2), color = "#F92CEF",
font = "mozillavr")
sky <- a_entity(.tag = "sky", color = "#ECECEC")
hello_world_scene <- a_scene(.template = "empty",
.children = list(box, sphere, cylinder, plane,
text, sky))
## Serve a scene
hello_world_scene$serve()
## Stop serving a scene
hello_world_scene$stop()
3D models:
Generating Textures:
Plotting using A-Frame community components:
Plotting from scratch:
https://milesmcbain.xyz/r2vr3-shading-meshes-in-webvr/
Shading using a raster:
Texturing using a Google Maps tile:
