def test_calculate_srm_imperial(self):
weight = 1.0 # lbs
color = 30.0 # degL
vol = 5.5 # gal
mcu = calculate_mcu(weight, color, vol)
srm = calculate_srm(mcu)
self.assertEquals(round(srm, 2), 4.78)
ebc = srm_to_ebc(srm)
self.assertEquals(round(ebc, 2), 9.41)
def test_calculate_srm_imperial(self):
weight = 1.0 # lbs
color = 30.0 # degL
vol = 5.5 # gal
mcu = calculate_mcu(weight, color, vol)
srm = calculate_srm(mcu)
self.assertEquals(round(srm, 2), 4.78)
ebc = srm_to_ebc(srm)
self.assertEquals(round(ebc, 2), 9.41)
def test_calculate_srm_metric(self):
weight = 1.0 * KG_PER_POUND # kg
color = 30.0 # degL
vol = 5.5 * LITER_PER_GAL # liter
self.assertEquals(round(weight, 2), 0.45)
self.assertEquals(round(vol, 2), 20.82)
mcu = calculate_mcu(weight, color, vol, units=SI_UNITS)
srm = calculate_srm(mcu)
self.assertEquals(round(srm, 2), 4.78)
ebc = srm_to_ebc(srm)
self.assertEquals(round(ebc, 2), 9.41)
def test_calculate_srm_metric(self):
weight = 1.0 * KG_PER_POUND # kg
color = 30.0 # degL
vol = 5.5 * LITER_PER_GAL # liter
self.assertEquals(round(weight, 2), 0.45)
self.assertEquals(round(vol, 2), 20.82)
mcu = calculate_mcu(weight, color, vol, units=SI_UNITS)
srm = calculate_srm(mcu)
self.assertEquals(round(srm, 2), 4.78)
ebc = srm_to_ebc(srm)
self.assertEquals(round(ebc, 2), 9.41)
def test_srm_to_ebc(self):
ebc = srm_to_ebc(3.0)
self.assertEquals(round(ebc, 2), 5.91)
def test_srm_to_ebc(self):
ebc = srm_to_ebc(3.0)
self.assertEquals(round(ebc, 2), 5.91)
