library(pipenostics)
data(b31gdata)
test_that("*crvl* errs in pipe diagnostics", {
examples <- with(b31gdata, b31crvl(maop, d, wth, smys, def, depth, l))
delta <- round(unlist(b31gdata - examples[colnames(b31gdata)]), 5)
expect_equal(
all(is.nan(delta) | delta == 0),
TRUE
)
expect_equal(
capture.output(with(b31gdata[1, ], b31crvl(maop, d, wth, smys, def, depth, l))),
c("", "-- Calculated data --", "Intermediate factor (A) = 1.847",
"Design pressure = 1093 PSI; Safe pressure = 1093 PSI",
"Pipe may be operated safely at MAOP, 910 PSI",
"With corrosion length 7.500 inch, maximum allowed corrosion depth is 0.2490 inch; A = 1.847",
"With corrosion depth 0.100 inch, maximum allowed corrosion length is Inf inch; A = 5.000"
)
)
})
test_that("*b31gacd* errs in allowable depth of the corroded area", {
with(b31gdata,
expect_equal(
b31gacd(design_pressure, maop, d, wth, l),
allowed_corrosion_depth
)
)
})
test_that("*b31gacl* errs in allowable length of the corroded area", {
with(b31gdata,
expect_equal(
b31gacl(design_pressure, maop, d, wth, depth, l),
allowed_corrosion_length
)
)
})
test_that("*b31gafr* errs in intermediate factor", {
with(b31gdata,
expect_equal(
b31gafr(d, wth, l),
A
)
)
})
test_that("*b31gdep* errs in design pressure", {
with(b31gdata,
expect_equal(
trunc(b31gdep(d, wth, smys, def)),
design_pressure
)
)
})
test_that("*b31gops* errs in operational status of pipe", {
with(b31gdata,
expect_equal(
b31gops(wth, depth),
status
)
)
})
test_that("*b31gsap* errs in safe maximum pressure", {
with(b31gdata,
expect_equal(
b31gsap(design_pressure, d, wth, depth, l),
safe_pressure
)
)
})
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