def __cell_ref( self , cell_ptr ):
if self.is_RFT():
return EclRFTCell.asPythonReference( cell_ptr , self )
elif self.is_PLT():
return EclPLTCell.asPythonReference( cell_ptr , self )
else:
raise NotImplementedError("Only RFT and PLT cells are implemented")
def __cell_ref(self, cell_ptr):
if self.is_RFT():
return EclRFTCell.asPythonReference(cell_ptr, self)
elif self.is_PLT():
return EclPLTCell.asPythonReference(cell_ptr, self)
else:
raise NotImplementedError("Only RFT and PLT cells are implemented")
def test_PLT_cell(self):
i = 2
j = 16
k = 100
depth = 100
pressure = 65
orat = 0.78
grat = 88
wrat = 97213
conn_start = 214
conn_end = 400
flowrate = 111
oil_flowrate = 12
gas_flowrate = 132
water_flowrate = 13344
cell = EclPLTCell(i, j, k, depth, pressure, orat, grat, wrat, conn_start, conn_end, flowrate,
oil_flowrate, gas_flowrate, water_flowrate)
self.assertEqual(i, cell.get_i())
self.assertEqual(j, cell.get_j())
self.assertEqual(k, cell.get_k())
self.assertFloatEqual(pressure, cell.pressure)
self.assertFloatEqual(depth, cell.depth)
self.assertFloatEqual(orat, cell.orat)
self.assertFloatEqual(grat, cell.grat)
self.assertFloatEqual(wrat, cell.wrat)
self.assertFloatEqual(conn_start, cell.conn_start)
self.assertFloatEqual(conn_end, cell.conn_end)
self.assertFloatEqual(flowrate, cell.flowrate)
self.assertFloatEqual(oil_flowrate, cell.oil_flowrate)
self.assertFloatEqual(gas_flowrate, cell.gas_flowrate)
self.assertFloatEqual(water_flowrate, cell.water_flowrate)
def test_PLT_cell(self):
i = 2
j = 16
k = 100
depth = 100
pressure = 65
orat = 0.78
grat = 88
wrat = 97213
conn_start = 214
conn_end = 400
flowrate = 111
oil_flowrate = 12
gas_flowrate = 132
water_flowrate = 13344
cell = EclPLTCell(i, j, k, depth, pressure, orat, grat, wrat,
conn_start, conn_end, flowrate, oil_flowrate,
gas_flowrate, water_flowrate)
self.assertEqual(i, cell.get_i())
self.assertEqual(j, cell.get_j())
self.assertEqual(k, cell.get_k())
self.assertFloatEqual(pressure, cell.pressure)
self.assertFloatEqual(depth, cell.depth)
self.assertFloatEqual(orat, cell.orat)
self.assertFloatEqual(grat, cell.grat)
self.assertFloatEqual(wrat, cell.wrat)
self.assertFloatEqual(conn_start, cell.conn_start)
self.assertFloatEqual(conn_end, cell.conn_end)
self.assertFloatEqual(flowrate, cell.flowrate)
self.assertFloatEqual(oil_flowrate, cell.oil_flowrate)
self.assertFloatEqual(gas_flowrate, cell.gas_flowrate)
self.assertFloatEqual(water_flowrate, cell.water_flowrate)
def test_PLT_cell(self):
i = 2
j = 16
k = 100
depth = 100
pressure = 65
orat = 0.78
grat = 88
wrat = 97213
conn_start = 214
conn_end = 400
flowrate = 111
oil_flowrate = 12
gas_flowrate = 132
water_flowrate = 13344
cell = EclPLTCell(i, j, k, depth, pressure, orat, grat, wrat,
conn_start, conn_end, flowrate, oil_flowrate,
gas_flowrate, water_flowrate)
self.assertEqual(i, cell.get_i())
self.assertEqual(j, cell.get_j())
self.assertEqual(k, cell.get_k())
with warnings.catch_warnings():
warnings.simplefilter("ignore")
self.assertTrue(cell.get_i() + 1 == cell.i)
self.assertTrue(cell.get_j() + 1 == cell.j)
self.assertTrue(cell.get_k() + 1 == cell.k)
self.assertFloatEqual(pressure, cell.pressure)
self.assertFloatEqual(depth, cell.depth)
self.assertFloatEqual(orat, cell.orat)
self.assertFloatEqual(grat, cell.grat)
self.assertFloatEqual(wrat, cell.wrat)
self.assertFloatEqual(conn_start, cell.conn_start)
self.assertFloatEqual(conn_end, cell.conn_end)
self.assertFloatEqual(flowrate, cell.flowrate)
self.assertFloatEqual(oil_flowrate, cell.oil_flowrate)
self.assertFloatEqual(gas_flowrate, cell.gas_flowrate)
self.assertFloatEqual(water_flowrate, cell.water_flowrate)
def test_PLT_cell(self):
i = 2
j = 16
k = 100
depth = 100
pressure = 65
orat = 0.78
grat = 88
wrat = 97213
conn_start = 214
conn_end = 400
flowrate = 111
oil_flowrate = 12
gas_flowrate = 132
water_flowrate = 13344
cell = EclPLTCell.new(i, j, k, depth, pressure, orat, grat, wrat, conn_start, conn_end, flowrate,
oil_flowrate, gas_flowrate, water_flowrate)
self.assertEqual(i, cell.get_i())
self.assertEqual(j, cell.get_j())
self.assertEqual(k, cell.get_k())
with warnings.catch_warnings():
warnings.simplefilter("ignore")
self.assertTrue(cell.get_i() + 1 == cell.i)
self.assertTrue(cell.get_j() + 1 == cell.j)
self.assertTrue(cell.get_k() + 1 == cell.k)
self.assertFloatEqual(pressure, cell.pressure)
self.assertFloatEqual(depth, cell.depth)
self.assertFloatEqual(orat, cell.orat)
self.assertFloatEqual(grat, cell.grat)
self.assertFloatEqual(wrat, cell.wrat)
self.assertFloatEqual(conn_start, cell.conn_start)
self.assertFloatEqual(conn_end, cell.conn_end)
self.assertFloatEqual(flowrate, cell.flowrate)
self.assertFloatEqual(oil_flowrate, cell.oil_flowrate)
self.assertFloatEqual(gas_flowrate, cell.gas_flowrate)
self.assertFloatEqual(water_flowrate, cell.water_flowrate)
