- add data to
b36pipedata
from API 5L Tables - deprecate function
wth_d
- spread diameter
d
and wall thicknesswth
checkmates to all functions with those arguments - add
rulc
- remain useful life calculator
- cosmetic improvements to documentation
- datasets
api5l3t
andm325testbench
are renamed toapi5l3tdata
andm325nxdata
appropriately for the purpose of unification with dataset naming rules - functions
b36mass()
,b36wth()
b36d()
are introduced to calculate mass and geometric characteristics of actually manufactured pipes - nominal specifications of the manufactured pipes now are represented in
b36pipedata
-dataset
- where possible and justified, support for multi-threaded data processing, based on the capabilities of the parallel package, has been added.
- functions for determining the state of water and steam (IAPWS) have been excluded from the package due to the decision to use the built-in functions from iapws-package imported from CRAN.
- set of functions
mgtdhid()
,mgtdhidt()
,mgtdhgeo()
,mgtdhgeot()
are introduced to interface with Modified Ground Temperature Double Harmonic Model. - function
meteos()
is introduced to get a list of weather stations - functions
geodist()
andgeoarea()
for calculating geographical metrics are added. - functions
traceline()
,tracefw()
, andtracebw()
were added to process district heating networks with user-provided heat loss. - job log of
m325tracefw()
now does not contain duplicated traced flow paths. - job logs of
m325tracefw()
andm325tracebw()
now containloss
,flux
,Q
. - function
m325tracebw()
now can trace partially sensor-equipped district networks. - functions
m325dropt()
andm325tracebwm()
were excluded. - functions
flux_loss()
andloss_flux()
were added to convert between specific heat loss power, [kcal/m/h] , and heat flux, [W/m^2]. - the heat loss related terminology was clarified and adjusted: terms specific heat loss power, [kcal/m/h],
and heat flux, [W/m^2], are viewed separately while stay closely related. Term
consumption
replaced withflow_rate
.