Simulate Tree Light Transmission Using Ray-Tracing

---

Documentation for package ‘SamsaRaLight’ version 1.0.0

• DESCRIPTION file
• User guides, package vignettes and other documentation
• Package README

Help Pages

check_coordinates	Check coordinate columns and determine whether conversion is required
check_inventory	Check the format and validity of a tree inventory data.frame
check_monthly_radiations	Validate monthly radiation input
check_polygon	Check and validate a polygon defined by vertices
check_sensors	Check the format and validity of a sensor position data.frame
create_sl_stand	Create a virtual stand from a tree inventory
create_xy_from_lonlat	Create planar (x, y) coordinates from longitude / latitude
data_bechefa	Example forest inventory datasets for SamsaRaLight
data_cloture20	Example forest inventory datasets for SamsaRaLight
data_IRRES1	Example forest inventory datasets for SamsaRaLight
data_prenovel	Example forest inventory datasets for SamsaRaLight
get_bottom_azimut	Compute bottom azimut
get_monthly_radiations	Create the SamsaraLight
get_z	Compute z coordinate of a point (x,y).
plot.sl_output	Plot a SamsaRaLight output
plot.sl_stand	Plot a SamsaRaLight virtual stand
plot_inventory	Plot a from-above view of a tree inventory
print.sl_output	Print a 'sl_output' object
print.sl_stand	Print a 'sl_stand' object
run_sl	Run SamsaRaLight radiative balance
run_sl_advanced	Compute advanced SamsaRaLight radiative balance
SamsaRaLight_data	Example forest inventory datasets for SamsaRaLight
summary.sl_output	Summary of a SamsaRaLight simulation
summary.sl_stand	Summary of a SamsaRaLight stand