Thermal SDK from DJI: corrections using DJI's algorithm
tuav_dji.Rdtuav_dji() Processes the data using the DJI thermal processing tool. There are some limitations: one parameter for all images, limited ranges...
Usage
tuav_dji(
thermal_uav,
obj_dist = NA,
rel_hum = NA,
emissivity = NA,
refl_temp = NA,
return = TRUE,
export = FALSE,
export_path = NA
)Arguments
- thermal_uav
ThermalUAVobject retrieved by previous functions (e.g.:tuav_create())- obj_dist
(numerical) Indicates the distance (in meter) between the camera and the object of interest [1-25]. Default = 5m
- rel_hum
(numerical) the relative humidity (in percentage), typically in the range [20 - 100]. Default = 70
- emissivity
(numerical) How strongly the target surface is emitting energy as thermal radiation. Value range is [0.10 - 1.00]. Default = 0.98
- refl_temp
(numerical) Reflected temperature in degree Celsius. The surface of the target that is measured could reflect the energy radiated by the surrounding objects. Value range is [-40.0 - 500.0]. Default = 23
- return
(logical) indicate if you want the matrix/list of matrices returned in your R environment. Default = TRUE
- export
(logical) Indicate TRUE if you want to write the output as tiff file. Default = FALSE
- export_path
(character) Path for the export file, only used when export = TRUE, if NA, the function will create a nuw map called 'dirp_Ts' in the folder where the images are stored