def test_zonebounds():
"""py.test for zonebounds"""
data = ZoneBounds_Data
dct, bounds = data.dct1, data.bounds1
result = eplusgeom.zonebounds(dct, "first")
fresult, fbounds = flatten(result), flatten(bounds)
for v1, v2 in zip(fresult, fbounds):
assert almostequals(v1, v2, err=5)
dct, bounds = data.dct2, data.bounds2
result = eplusgeom.zonebounds(dct, "first")
fresult, fbounds = flatten(result), flatten(bounds)
for v1, v2 in zip(fresult, fbounds):
assert almostequals(v1, v2, err=5)
def test_lindelength3d():
"""py.test for linelength3d()"""
lgt = 155
p1 = (29.7354611812028, 73.6063721969898, -7.105427357601e-15)
p2 = (77.1440837563596, 198.709264913276, 78.2731674301201)
result = geometry.linelength3d(p1, p2)
assert almostequals(result, lgt)
def test_trianglearea3d():
"""py.test for trianglearea3d()"""
poly = ((234.261130830644, 91.3751730360274, 1.4210854715202e-14), \
(29.7354611812028, 73.6063721969898, -7.105427357601e-15), \
(77.1440837563596, 198.709264913276, 78.2731674301201))
area = 14752.132411125584
result = geometry.trianglearea3d(poly)
assert almostequals(result, area)
def test_polygonarea3d():
"""py.test or polygonarea3d()"""
poly = [[97.952770165533494, -89.688089019337596, 1.23613716318408e-14],
[-42.113949041963799, -48.668412230783197, 4.3225283531169101e-15],
[-176.015056172523, 95.487947355641097, 9.98244187111785e-15],
[-59.700839733667401, 203.52759542159399, 9.98244187111785e-15],
[193.10639752719001, 28.032400933162201, 2.21573588081702e-14],
[175.70277016553399, -89.688089019337596, 1.23613716318408e-14]]
area = 60724.6427925073
result = geometry.polygonarea3d(poly)
assert almostequals(result, area)
def test_zonearea():
"""pyltest for zonearea()"""
dct, area, zone = ZoneArea_Data.dct, ZoneArea_Data.area, ZoneArea_Data.zone
result = eplusgeom.zonearea(dct, zone)
assert almostequals(result, area)