Graphical visualization tools for complex observational data
with focus on health sciences (VizOR)
c(person(given=c("Drew", "Griffin"), family="Levy",
role = "aut",
email = "levy.drew@gene.com"),
person(given=c("David", "C."), family="Norris",
role = c("aut","cre"),
email = "david@UnusualSolutionsThatWork.com"))
Provides individual- and aggregate-level graphical depictions of
patterns of treatment and response in patient registries, and a graphical
tool for examining potential for confounding in analyses of observational
data.
Drew Griffin Levy [aut],
David C. Norris [aut, cre]

Graphical Visualization Tools for Complex Observational Data
with Focus on Health Sciences
c(person(given=c("Drew", "Griffin"), family="Levy",
role = "aut",
email = "levy.drew@gene.com"),
person(given=c("David", "C."), family="Norris",
role = c("aut","cre"),
email = "david@dnc-llc.com"))

c(person("Lansdon", "Page", email = "lpage@qualtacon.com", role = c("aut", "cre", "mdc")),
person("Qualta Consulting, LLC.", email = "support@qualtacon.com", role = "cph")
)
Export dataframes and automatically start importing into
'Vorteks'. 'Vorteks Visualization Environment (VVE)' and 'Vorteks Data Manager (VDM)' will start an import. 'Vorteks Processing Environment (VPE)' will start a new project and
add a file reader with the dataframe file already set.
Warning: WINDOWS ONLY. Requires installation of 'Vorteks' software.
Lansdon Page [aut, cre, mdc],
Qualta Consulting, LLC. [cph]

Generic Voss algorithm (random sequential additions)
Voss package provides functionality for generating
realizations of a fractal Brownian function on uniform 1D & 2D
grid with classic and generic versions of the Voss algorithm
(random sequential additions)

Generic Voss Algorithm (Random Sequential Additions)
Generating realizations of a fractal Brownian function on uniform 1D & 2D grid with classic and generic versions of the Voss algorithm (random sequential additions).

Metrics extraction of trees from T-LiDAR data
Bastien Lecigne, Sylvain Delagrange and Christian Messier
Tools for tree crown structure description based on T-LiDAR data voxelisation