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STAR
Cal STAR — firmware, DAQ server, and engine design
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Functions | |
| float | _isa_troposphere_by_hand (float h) |
| test_matches_the_1976_standard_by_hand (h) | |
| test_the_le4_site () | |
| test_layer1_designs_at_the_solvers_ambient () | |
| test_there_is_one_site_atmosphere () | |
Variables | |
| float | R0 = 6356766.0 |
The site ambient is the 1976 standard atmosphere, as its docstring always said it was. ``compute_ambient_pressure_from_elevation`` was an isothermal exponential with T held at 288.15 K: 94 069.7 Pa at the LE4 site's 626.67 m against ISA's 94 020.4 Pa, 1.25 % high at 3 km.
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protected |
p = p0 (T/T0)^(g0 M0 / (R* L)): U.S. Standard Atmosphere 1976, eq. 33a, lowest layer.
Definition at line 16 of file test_ambient_isa.py.
Referenced by test_matches_the_1976_standard_by_hand().
| test_ambient_isa.test_layer1_designs_at_the_solvers_ambient | ( | ) |
Layer 1 runs every evaluation at, and targets as its exit pressure, the site ambient. It kept its own isothermal exponential after the solver moved to the standard: 94 069.7 Pa at the LE4 site against the 94 020.4 Pa forward mode, the Time-Series tab and Layer X evaluate at.
Definition at line 32 of file test_ambient_isa.py.
| test_ambient_isa.test_matches_the_1976_standard_by_hand | ( | h | ) |
Definition at line 24 of file test_ambient_isa.py.
References _isa_troposphere_by_hand().
| test_ambient_isa.test_the_le4_site | ( | ) |
Definition at line 28 of file test_ambient_isa.py.
| test_ambient_isa.test_there_is_one_site_atmosphere | ( | ) |
No module computes a second barometric formula beside the solver's: the isothermal one Layer 1 and the optimizer carried (dry air's molar mass, 0.0289644 kg/mol, in code) is how they drifted.
Definition at line 52 of file test_ambient_isa.py.
| float test_ambient_isa.R0 = 6356766.0 |
Definition at line 13 of file test_ambient_isa.py.