def testDataFrame(self):
ampl = self.ampl
# Create first dataframe (for data indexed over NUTR)
# Add data row by row
df1 = DataFrame('NUTR', ('n_min', 'n_max'))
df1.addRow(('A', 700, 20000))
df1.addRow(('B1', 700, 20000))
df1.addRow(('B2', 700, 20000))
df1.addRow(('C', 700, 20000))
df1.addRow(('CAL', 16000, 24000))
df1.addRow(('NA', 0.0, 50000))
# Create second dataframe (for data indexed over FOOD)
# Add column by column
df2 = DataFrame('FOOD')
foods = ['BEEF', 'CHK', 'FISH', 'HAM', 'MCH', 'MTL', 'SPG', 'TUR']
df2.setColumn('FOOD', foods)
contents = [2] * 8
df2.addColumn('f_min', contents)
contents = [10] * 8
df2.addColumn('f_max', contents)
costs = [3.19, 2.59, 2.29, 2.89, 1.89, 1.99, 1.99, 2.49]
df2.addColumn('cost', costs)
print(df2.getColumn('FOOD'))
for index in df2.getColumn('FOOD'):
print(df2.getRow(index))
# Create third dataframe, to assign data to the AMPL entity
# param amt{NUTR, FOOD};
df3 = DataFrame(('NUTR', 'FOOD'))
# Populate the set columns
nutrWithMultiplicity = [''] * 48
foodWithMultiplicity = [''] * 48
i = 0
for n in range(6):
for f in range(8):
print(df1.getRowByIndex(n)[0])
nutrWithMultiplicity[i] = df1.getRowByIndex(n)[0]
foodWithMultiplicity[i] = foods[f]
i += 1
df3.setColumn('NUTR', nutrWithMultiplicity)
df3.setColumn('FOOD', foodWithMultiplicity)
# Populate with all these values
values = [
60, 8, 8, 40, 15, 70, 25, 60, 10, 20, 15, 35, 15, 15, 25, 15, 15,
20, 10, 10, 15, 15, 15, 10, 20, 0, 10, 40, 35, 30, 50, 20, 295,
770, 440, 430, 315, 400, 370, 450, 968, 2180, 945, 278, 1182, 896,
1329, 1397
]
df3.addColumn('amt', values)
def testDataFrame(self):
ampl = self.ampl
# Create first dataframe (for data indexed over NUTR)
# Add data row by row
df1 = DataFrame("NUTR", ("n_min", "n_max"))
df1.addRow(("A", 700, 20000))
df1.addRow(("B1", 700, 20000))
df1.addRow(("B2", 700, 20000))
df1.addRow(("C", 700, 20000))
df1.addRow(("CAL", 16000, 24000))
df1.addRow(("NA", 0.0, 50000))
# Create second dataframe (for data indexed over FOOD)
# Add column by column
df2 = DataFrame("FOOD")
foods = ["BEEF", "CHK", "FISH", "HAM", "MCH", "MTL", "SPG", "TUR"]
df2.setColumn("FOOD", foods)
self.assertEqual(list(df2.getColumn("FOOD")), foods)
contents = [2] * 8
df2.addColumn("f_min", contents)
self.assertEqual(list(df2.getColumn("f_min")), contents)
contents = [10] * 8
df2.addColumn("f_max", contents)
self.assertEqual(list(df2.getColumn("f_max")), contents)
costs = [3.19, 2.59, 2.29, 2.89, 1.89, 1.99, 1.99, 2.49]
df2.addColumn("cost", costs)
self.assertEqual(list(df2.getColumn("cost")), costs)
labels = [random.choice(string.ascii_letters)] * 8
df2.addColumn("labels", labels)
self.assertEqual(list(df2.getColumn("labels")), labels)
df2.addColumn("empty", [])
self.assertEqual(list(df2.getColumn("empty")), [None] * 8)
print(df2.getColumn("FOOD"))
for index in df2.getColumn("FOOD"):
print(df2.getRow(index))
# Create third dataframe, to assign data to the AMPL entity
# param amt{NUTR, FOOD};
df3 = DataFrame(("NUTR", "FOOD"))
# Populate the set columns
nutrWithMultiplicity = [""] * 48
foodWithMultiplicity = [""] * 48
i = 0
for n in range(6):
for f in range(8):
print(df1.getRowByIndex(n)[0])
nutrWithMultiplicity[i] = df1.getRowByIndex(n)[0]
foodWithMultiplicity[i] = foods[f]
i += 1
df3.setColumn("NUTR", nutrWithMultiplicity)
df3.setColumn("FOOD", foodWithMultiplicity)
# Populate with all these values
values = [
60,
8,
8,
40,
15,
70,
25,
60,
10,
20,
15,
35,
15,
15,
25,
15,
15,
20,
10,
10,
15,
15,
15,
10,
20,
0,
10,
40,
35,
30,
50,
20,
295,
770,
440,
430,
315,
400,
370,
450,
968,
2180,
945,
278,
1182,
896,
1329,
1397,
]
df3.addColumn("amt", values)