def run(xmloutput=False):
"""Run all gpkit unit tests.
Arguments
---------
xmloutput: bool
If true, generate xml output files for continuous integration
"""
if xmloutput:
run_tests(TESTS, xmloutput='test_reports')
else:
run_tests(TESTS)
print("\n##################################"
"####################################")
print("Running with units disabled:")
gpkit.disable_units()
if xmloutput:
run_tests(TESTS, xmloutput='test_reports_nounits')
else:
run_tests(TESTS, verbosity=1)
def run(xmloutput=False):
"""Run all gpkit unit tests.
Arguments
---------
xmloutput: bool
If true, generate xml output files for continuous integration
"""
tests = import_tests()
if xmloutput:
run_tests(tests, xmloutput='test_reports')
else:
run_tests(tests)
print("\n##################################"
"####################################")
print("Running with units disabled:")
gpkit.disable_units()
if xmloutput:
run_tests(tests, xmloutput='test_reports_nounits')
else:
run_tests(tests, verbosity=1)
# Below is a Weights breakdown for the Blended wing body. This method is GP Compatible!
from gpkit import VectorVariable, Variable, Model, units
import numpy as np
from gpkit.tools import te_exp_minus1
import gpkit
gpkit.disable_units()
import matplotlib.pyplot as plt
def secant(x, nterm):
"""Taylor expansion of secant(x).
Arguments
---------
x : gpkit.monomial
Variable or expression argument
nterm : int
Number of terms in resulting Taylor expansion
Returns
-------
gpkit.Posynomial
Taylor expansion of secant(x), carried to nterm terms
"""
if nterm < 1:
raise ValueError("Unexpected number of terms, nterm=%s" % nterm)
# The first 12 Euler Numbers
E2n = np.asarray([
1, 5, 61, 1385, 50521, 2702765, 199360981, 19391512145, 2404879675441,
# Below is a Weights breakdown for the Blended wing body. This method is GP Compatible!
from gpkit import VectorVariable, Variable, Model, units
import numpy as np
from gpkit.tools import te_exp_minus1
import gpkit
gpkit.disable_units()
import matplotlib.pyplot as plt
def secant(x, nterm):
"""Taylor expansion of secant(x).
Arguments
---------
x : gpkit.monomial
Variable or expression argument
nterm : int
Number of terms in resulting Taylor expansion
Returns
-------
gpkit.Posynomial
Taylor expansion of secant(x), carried to nterm terms
"""
if nterm < 1:
raise ValueError("Unexpected number of terms, nterm=%s" % nterm)
# The first 12 Euler Numbers
E2n = np.asarray([ 1,
5,
61,