discrete_distributions_long_fillin.txt

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "bmi"
	variable = discreteDistribution.variables.add()
	variable.name = "bmi_over_40_high_risk"
	variable.probability = "0.08"
	variable = discreteDistribution.variables.add()
	variable.name = "bmi_35_to_39_moderate_risk"
	variable.probability = "0.10"
	variable = discreteDistribution.variables.add()
	variable.name = "bmi_30_to_34_low_risk"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "bmi_25_to_29_overweight"
	variable.probability = "0.30"
	variable = discreteDistribution.variables.add()
	variable.name = "bmi_under_25_healthy"
	variable.probability = "0.32"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "hip"
	variable = discreteDistribution.variables.add()
	variable.name = "hip_above_133.30"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "hip_above_112.70_to_133.30_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "hip_above_103.10_to_112.70_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "hip_above_95.20_to_103.10_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "hip_95.20_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "height"
	variable = discreteDistribution.variables.add()
	variable.name = "height_150.50_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "height_above_150.50_to_158.50_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "height_above_158.50_to_165.50_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "height_above_165.50_to_173.40_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "height_above_173.40"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "waist"
	variable = discreteDistribution.variables.add()
	variable.name = "waist_above_129.70"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "waist_above_109.00_to_129.70_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "waist_above_96.70_to_109.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "waist_above_84.50_to_96.70_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "waist_84.50_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "weight"
	variable = discreteDistribution.variables.add()
	variable.name = "weight_above_123.90"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "weight_above_92.60_to_123.90_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "weight_above_76.70_to_92.60_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "weight_above_63.60_to_76.70_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "weight_63.60_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_alpha_carotene"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_alpha_carotene_0.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_alpha_carotene_above_0.00_to_7.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_alpha_carotene_above_7.00_to_39.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_alpha_carotene_above_39.00_to_179.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_alpha_carotene_above_179.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_alpha_tocopherol"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_alpha_tocopherol_1.98_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_alpha_tocopherol_above_1.98_to_4.58_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_alpha_tocopherol_above_4.58_to_7.23_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_alpha_tocopherol_above_7.23_to_11.07_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_alpha_tocopherol_above_11.07"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_beta_carotene"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_beta_carotene_46.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_beta_carotene_above_46.00_to_257.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_beta_carotene_above_257.00_to_726.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_beta_carotene_above_726.00_to_2220.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_beta_carotene_above_2220.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_caffeine"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_caffeine_0.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_caffeine_above_0.00_to_4.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_caffeine_above_4.00_to_72.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_caffeine_above_72.00_to_173.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_caffeine_above_173.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_calcium"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_calcium_226.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_calcium_above_226.00_to_515.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_calcium_above_515.00_to_805.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_calcium_above_805.00_to_1176.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_calcium_above_1176.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_carbohydrate"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_carbohydrate_above_477.91"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_carbohydrate_above_311.79_to_477.91_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_carbohydrate_above_226.00_to_311.79_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_carbohydrate_above_161.15_to_226.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_carbohydrate_161.15_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_choline"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_choline_85.70_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_choline_above_85.70_to_178.90_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_choline_above_178.90_to_274.30_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_choline_above_274.30_to_417.10_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_choline_above_417.10"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_cholesterol"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_cholesterol_39.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_cholesterol_above_39.00_to_124.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_cholesterol_above_124.00_to_227.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_cholesterol_above_227.00_to_403.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_cholesterol_above_403.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_copper"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_copper_above_2.31"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_copper_above_1.40_to_2.31_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_copper_above_1.01_to_1.40_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_copper_above_0.70_to_1.01_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_copper_0.70_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_folate"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_folate_119.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_folate_above_119.00_to_264.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_folate_above_264.00_to_410.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_folate_above_410.00_to_622.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_folate_above_622.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_fiber"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_fiber_3.80_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_fiber_above_3.80_to_9.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_fiber_above_9.00_to_14.20_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_fiber_above_14.20_to_21.20_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_fiber_above_21.20"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_iron"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_iron_above_29.59"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_iron_above_17.42_to_29.59_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_iron_above_12.13_to_17.42_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_iron_above_8.24_to_12.13_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_iron_8.24_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_energy"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_energy_above_3939.00"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_energy_above_2612.00_to_3939.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_energy_above_1930.00_to_2612.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_energy_above_1399.00_to_1930.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_energy_1399.00_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_lycopene"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_lycopene_0.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_lycopene_above_0.00_to_0.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_lycopene_above_0.00_to_1547.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_lycopene_above_1547.00_to_5498.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_lycopene_above_5498.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_lutein"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_lutein_72.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_lutein_above_72.00_to_315.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_lutein_above_315.00_to_694.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_lutein_above_694.00_to_1395.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_lutein_above_1395.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_magnesium"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_magnesium_101.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_magnesium_above_101.00_to_186.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_magnesium_above_186.00_to_258.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_magnesium_above_258.00_to_355.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_magnesium_above_355.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_epa"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_epa_0.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_epa_above_0.00_to_0.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_epa_above_0.00_to_0.01_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_epa_above_0.01_to_0.02_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_epa_above_0.02"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_potassium"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_potassium_850.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_potassium_above_850.00_to_1591.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_potassium_above_1591.00_to_2277.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_potassium_above_2277.00_to_3125.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_potassium_above_3125.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_retinol"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_retinol_21.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_retinol_above_21.00_to_140.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_retinol_above_140.00_to_304.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_retinol_above_304.00_to_539.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_retinol_above_539.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_selenium"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_selenium_32.20_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_selenium_above_32.20_to_67.80_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_selenium_above_67.80_to_98.50_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_selenium_above_98.50_to_140.40_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_selenium_above_140.40"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_sodium"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_sodium_above_6872.00"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_sodium_above_4297.00_to_6872.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_sodium_above_3069.00_to_4297.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_sodium_above_2111.00_to_3069.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_sodium_2111.00_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_thiamin"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_thiamin_0.48_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_thiamin_above_0.48_to_0.95_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_thiamin_above_0.95_to_1.37_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_thiamin_above_1.37_to_1.97_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_thiamin_above_1.97"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_b12"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_b12_0.50_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_b12_above_0.50_to_1.76_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_b12_above_1.76_to_3.37_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_b12_above_3.37_to_5.79_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_b12_above_5.79"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_riboflavin"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_riboflavin_0.56_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_riboflavin_above_0.56_to_1.16_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_riboflavin_above_1.16_to_1.70_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_riboflavin_above_1.70_to_2.38_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_riboflavin_above_2.38"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_vitamin_C"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_vitamin_C_2.70_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_vitamin_C_above_2.70_to_17.80_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_vitamin_C_above_17.80_to_45.30_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_vitamin_C_above_45.30_to_104.20_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_vitamin_C_above_104.20"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_zinc"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_zinc_2.98_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_zinc_above_2.98_to_6.07_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_zinc_above_6.07_to_9.04_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_zinc_above_9.04_to_13.12_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_zinc_above_13.12"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "water_drank_yesterday"
	variable = discreteDistribution.variables.add()
	variable.name = "water_drank_yesterday_0.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "water_drank_yesterday_above_0.00_to_330.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "water_drank_yesterday_above_330.00_to_870.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "water_drank_yesterday_above_870.00_to_1633.50_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "water_drank_yesterday_above_1633.50"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_pfa"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_pfa_3.79_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_pfa_above_3.79_to_9.38_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_pfa_above_9.38_to_15.26_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_pfa_above_15.26_to_23.19_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_pfa_above_23.19"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_fat"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_fat_above_160.14"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_fat_above_98.77_to_160.14_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_fat_above_69.25_to_98.77_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_fat_above_44.92_to_69.25_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_fat_44.92_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "dietary_b6"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_b6_0.47_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_b6_above_0.47_to_1.04_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_b6_above_1.04_to_1.63_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_b6_above_1.63_to_2.40_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "dietary_b6_above_2.40"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "folate"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_low_below_4.5"
	variable.probability = "0.00"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_normal_4.5_to_45.3"
	variable.probability = "0.68"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_high_above_45.3"
	variable.probability = "0.32"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "direct_HDL"
	variable = discreteDistribution.variables.add()
	variable.name = "direct_HDL_low_below_40"
	variable.probability = "0.19"
	variable = discreteDistribution.variables.add()
	variable.name = "direct_HDL_normal_40_to_60"
	variable.probability = "0.56"
	variable = discreteDistribution.variables.add()
	variable.name = "direct_HDL_high_above_60"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "segmented_neutrophils"
	variable = discreteDistribution.variables.add()
	variable.name = "segmented_neutrophils_high_above_6"
	variable.probability = "0.12"
	variable = discreteDistribution.variables.add()
	variable.name = "segmented_neutrophils_normal_2.5_to_6"
	variable.probability = "0.74"
	variable = discreteDistribution.variables.add()
	variable.name = "segmented_neutrophils_low_under_2.5"
	variable.probability = "0.14"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "cadmium"
	variable = discreteDistribution.variables.add()
	variable.name = "cadmium_high_above_5"
	variable.probability = "0.00"
	variable = discreteDistribution.variables.add()
	variable.name = "cadmium_high_normal_2_to_5"
	variable.probability = "0.02"
	variable = discreteDistribution.variables.add()
	variable.name = "cadmium_normal"
	variable.probability = "0.22"
	variable = discreteDistribution.variables.add()
	variable.name = "cadmium_low"
	variable.probability = "0.76"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "cobolt"
	variable = discreteDistribution.variables.add()
	variable.name = "cobolt_high_above_1.8"
	variable.probability = "0.00"
	variable = discreteDistribution.variables.add()
	variable.name = "cobolt_high_normal_1.0_to_1.8"
	variable.probability = "0.00"
	variable = discreteDistribution.variables.add()
	variable.name = "cobolt_normal_below_1"
	variable.probability = "1.00"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "chromium"
	variable = discreteDistribution.variables.add()
	variable.name = "chromium_0.29_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "chromium_above_0.29_to_0.29_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "chromium_above_0.29_to_0.29_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "chromium_above_0.29_to_0.29_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "chromium_above_0.29"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "mercury"
	variable = discreteDistribution.variables.add()
	variable.name = "mercury_above_4.04"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "mercury_above_1.07_to_4.04_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "mercury_above_0.42_to_1.07_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "mercury_above_0.18_to_0.42_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "mercury_0.18_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "manganese"
	variable = discreteDistribution.variables.add()
	variable.name = "manganese_high_above_36.6"
	variable.probability = "0.00"
	variable = discreteDistribution.variables.add()
	variable.name = "manganese_normal_high_18.3_to_36.6"
	variable.probability = "0.03"
	variable = discreteDistribution.variables.add()
	variable.name = "manganese_normal_4.7_to_below_18.3"
	variable.probability = "0.94"
	variable = discreteDistribution.variables.add()
	variable.name = "manganese_low_below_4.7"
	variable.probability = "0.03"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "lead"
	variable = discreteDistribution.variables.add()
	variable.name = "lead_above_2.95"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "lead_above_1.38_to_2.95_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "lead_above_0.83_to_1.38_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "lead_above_0.48_to_0.83_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "lead_0.48_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "selenium"
	variable = discreteDistribution.variables.add()
	variable.name = "selenium_152.66_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "selenium_above_152.66_to_173.56_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "selenium_above_173.56_to_188.11_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "selenium_above_188.11_to_204.17_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "selenium_above_204.17"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "cotinine"
	variable = discreteDistribution.variables.add()
	variable.name = "cotinine_above_323.00"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "cotinine_above_1.01_to_323.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "cotinine_above_0.03_to_1.01_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "cotinine_above_0.01_to_0.03_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "cotinine_0.01_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "eosinophils_percent"
	variable = discreteDistribution.variables.add()
	variable.name = "eosinophils_percent_above_6.70"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "eosinophils_percent_above_3.50_to_6.70_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "eosinophils_percent_above_2.30_to_3.50_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "eosinophils_percent_above_1.50_to_2.30_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "eosinophils_percent_1.50_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "ferritin"
	variable = discreteDistribution.variables.add()
	variable.name = "ferritin_high_above_336"
	variable.probability = "0.08"
	variable = discreteDistribution.variables.add()
	variable.name = "ferritin_normal_11_to_336"
	variable.probability = "0.87"
	variable = discreteDistribution.variables.add()
	variable.name = "ferritin_low_below_11"
	variable.probability = "0.05"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "fasting_glucose"
	variable = discreteDistribution.variables.add()
	variable.name = "fasting_glucose_high_above_100"
	variable.probability = "0.57"
	variable = discreteDistribution.variables.add()
	variable.name = "fasting_glucose_normal_70_to_100"
	variable.probability = "0.43"
	variable = discreteDistribution.variables.add()
	variable.name = "fasting_glucose_low_below_70"
	variable.probability = "0.00"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "hemoglobin"
	variable = discreteDistribution.variables.add()
	variable.name = "hemoglobin_severe_amemia_below_8"
	variable.probability = "0.00"
	variable = discreteDistribution.variables.add()
	variable.name = "hemoglobin_moderate_amemia_8_tto_10"
	variable.probability = "0.01"
	variable = discreteDistribution.variables.add()
	variable.name = "hemoglobin_slight_anemia_above_10_to_12"
	variable.probability = "0.08"
	variable = discreteDistribution.variables.add()
	variable.name = "hemoglobin_normal_above_12"
	variable.probability = "0.89"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "c_reactive_protein"
	variable = discreteDistribution.variables.add()
	variable.name = "c_reactive_protein_high_above_2"
	variable.probability = "0.45"
	variable = discreteDistribution.variables.add()
	variable.name = "c_reactive_protein_low_2_and_below"
	variable.probability = "0.55"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "serum_iron"
	variable = discreteDistribution.variables.add()
	variable.name = "serum_iron_35.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "serum_iron_above_35.00_to_61.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "serum_iron_above_61.00_to_82.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "serum_iron_above_82.00_to_106.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "serum_iron_above_106.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "lymphocyte"
	variable = discreteDistribution.variables.add()
	variable.name = "lymphocyte_18.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "lymphocyte_above_18.00_to_25.60_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "lymphocyte_above_25.60_to_31.30_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "lymphocyte_above_31.30_to_37.40_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "lymphocyte_above_37.40"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "mean_cell_volume"
	variable = discreteDistribution.variables.add()
	variable.name = "mean_cell_volume_77.40_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "mean_cell_volume_above_77.40_to_84.80_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "mean_cell_volume_above_84.80_to_88.40_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "mean_cell_volume_above_88.40_to_91.70_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "mean_cell_volume_above_91.70"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "segmented_neutrophils_percent"
	variable = discreteDistribution.variables.add()
	variable.name = "segmented_neutrophils_percent_above_71.90"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "segmented_neutrophils_percent_above_63.10_to_71.90_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "segmented_neutrophils_percent_above_57.00_to_63.10_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "segmented_neutrophils_percent_above_50.40_to_57.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "segmented_neutrophils_percent_50.40_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "red_cell_distribution_ width"
	variable = discreteDistribution.variables.add()
	variable.name = "red_cell_distribution_ width_above_16.30"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "red_cell_distribution_ width_above_14.20_to_16.30_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "red_cell_distribution_ width_above_13.50_to_14.20_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "red_cell_distribution_ width_above_13.00_to_13.50_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "red_cell_distribution_ width_13.00_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "alkaline_phosphatase"
	variable = discreteDistribution.variables.add()
	variable.name = "alkaline_phosphatase_high_above_147"
	variable.probability = "0.07"
	variable = discreteDistribution.variables.add()
	variable.name = "alkaline_phosphatase_normal_147_to_44"
	variable.probability = "0.90"
	variable = discreteDistribution.variables.add()
	variable.name = "alkaline_phosphatase_low_below_44"
	variable.probability = "0.03"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "aspartate_aminotransferase"
	variable = discreteDistribution.variables.add()
	variable.name = "aspartate_aminotransferase_high_above_33"
	variable.probability = "0.07"
	variable = discreteDistribution.variables.add()
	variable.name = "aspartate_aminotransferase_normal_8_to_33"
	variable.probability = "0.93"
	variable = discreteDistribution.variables.add()
	variable.name = "aspartate_aminotransferase_low_below_8"
	variable.probability = "0.00"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "alanine_aminotransferase"
	variable = discreteDistribution.variables.add()
	variable.name = "alanine_aminotransferase_high_above_36"
	variable.probability = "0.11"
	variable = discreteDistribution.variables.add()
	variable.name = "alanine_aminotransferase_medium_4_to_36"
	variable.probability = "0.89"
	variable = discreteDistribution.variables.add()
	variable.name = "alanine_aminotransferase_low_below_4"
	variable.probability = "0.00"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "creatine_phosphokinase"
	variable = discreteDistribution.variables.add()
	variable.name = "creatine_phosphokinase_high_above_192"
	variable.probability = "0.23"
	variable = discreteDistribution.variables.add()
	variable.name = "creatine_phosphokinase_normal_26_to_192"
	variable.probability = "0.77"
	variable = discreteDistribution.variables.add()
	variable.name = "creatine_phosphokinase_low_under_26"
	variable.probability = "0.00"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "creatinine"
	variable = discreteDistribution.variables.add()
	variable.name = "creatinine_high_above_1.2"
	variable.probability = "0.08"
	variable = discreteDistribution.variables.add()
	variable.name = "creatinine_normal_0.6_to_1.2"
	variable.probability = "0.79"
	variable = discreteDistribution.variables.add()
	variable.name = "creatinine_low_below_0.6"
	variable.probability = "0.13"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "folic_acid"
	variable = discreteDistribution.variables.add()
	variable.name = "folic_acid_low_below_4.5"
	variable.probability = "0.97"
	variable = discreteDistribution.variables.add()
	variable.name = "folic_acid_normal_4.5_to_45.3"
	variable.probability = "0.03"
	variable = discreteDistribution.variables.add()
	variable.name = "folic_acid_high_above_45.3"
	variable.probability = "0.00"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "folate"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_0.14_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_above_0.14_to_0.14_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_above_0.14_to_0.14_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_above_0.14_to_0.14_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_above_0.14"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "folate_mefox"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_mefox_0.41_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_mefox_above_0.41_to_0.74_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_mefox_above_0.74_to_1.19_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_mefox_above_1.19_to_2.10_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "folate_mefox_above_2.10"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "glucose_serum"
	variable = discreteDistribution.variables.add()
	variable.name = "glucose_serum_above_155.00"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "glucose_serum_above_101.00_to_155.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "glucose_serum_above_92.00_to_101.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "glucose_serum_above_86.00_to_92.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "glucose_serum_86.00_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "gamma_glutamyl_transferase"
	variable = discreteDistribution.variables.add()
	variable.name = "gamma_glutamyl_transferase_high_above_30"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "gamma_glutamyl_transferase_normal_30_to_10"
	variable.probability = "0.75"
	variable = discreteDistribution.variables.add()
	variable.name = "gamma_glutamyl_transferase_low_below_10"
	variable.probability = "0.00"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "iron"
	variable = discreteDistribution.variables.add()
	variable.name = "iron_36.00_and_below"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "iron_above_36.00_to_62.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "iron_above_62.00_to_83.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "iron_above_83.00_to_107.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "iron_above_107.00"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "triglycerides"
	variable = discreteDistribution.variables.add()
	variable.name = "triglycerides_high_above_199"
	variable.probability = "0.16"
	variable = discreteDistribution.variables.add()
	variable.name = "triglycerides_medium_199_to_150"
	variable.probability = "0.14"
	variable = discreteDistribution.variables.add()
	variable.name = "triglycerides_low_below_150"
	variable.probability = "0.70"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "uric_acid"
	variable = discreteDistribution.variables.add()
	variable.name = "uric_acid_high_above_8.5"
	variable.probability = "0.03"
	variable = discreteDistribution.variables.add()
	variable.name = "uric_acid_medium_2.7_to_8.5"
	variable.probability = "0.96"
	variable = discreteDistribution.variables.add()
	variable.name = "uric_acid_low_below_2.7"
	variable.probability = "0.01"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "total_cholesterol"
	variable = discreteDistribution.variables.add()
	variable.name = "total_cholesterol_high_above_200"
	variable.probability = "0.30"
	variable = discreteDistribution.variables.add()
	variable.name = "total_cholesterol_normal_125_to_200"
	variable.probability = "0.64"
	variable = discreteDistribution.variables.add()
	variable.name = "total_cholesterol_low_below_125"
	variable.probability = "0.06"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "mercury"
	variable = discreteDistribution.variables.add()
	variable.name = "mercury_high_above_50"
	variable.probability = "0.00"
	variable = discreteDistribution.variables.add()
	variable.name = "mercury_elevated_9_to_50"
	variable.probability = "0.01"
	variable = discreteDistribution.variables.add()
	variable.name = "mercury_normal_below_9"
	variable.probability = "0.99"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "benzonitrile"
	variable = discreteDistribution.variables.add()
	variable.name = "benzonitrile_above_0.17"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "benzonitrile_above_0.11_to_0.17_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "benzonitrile_above_0.11_to_0.11_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "benzonitrile_above_0.11_to_0.11_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "benzonitrile_0.11_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "vitamin_C"
	variable = discreteDistribution.variables.add()
	variable.name = "vitamin_C_low_below_0.6"
	variable.probability = "0.28"
	variable = discreteDistribution.variables.add()
	variable.name = "vitamin_C_medium_0.6_to_2"
	variable.probability = "0.70"
	variable = discreteDistribution.variables.add()
	variable.name = "vitamin_C_high_above_2"
	variable.probability = "0.02"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "white_blood_cell_count"
	variable = discreteDistribution.variables.add()
	variable.name = "white_blood_cell_count_low_below_3.4"
	variable.probability = "0.01"
	variable = discreteDistribution.variables.add()
	variable.name = "white_blood_cell_count_normal_3.4_to_9.6"
	variable.probability = "0.86"
	variable = discreteDistribution.variables.add()
	variable.name = "white_blood_cell_count_high_above_9.6"
	variable.probability = "0.13"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "albumin_creatinine_ratio"
	variable = discreteDistribution.variables.add()
	variable.name = "albumin_creatinine_ratio_high_above_300"
	variable.probability = "0.02"
	variable = discreteDistribution.variables.add()
	variable.name = "albumin_creatinine_ratio_elevated_30_to_300"
	variable.probability = "0.11"
	variable = discreteDistribution.variables.add()
	variable.name = "albumin_creatinine_ratio_normal_below_30"
	variable.probability = "0.87"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "creatinine"
	variable = discreteDistribution.variables.add()
	variable.name = "creatinine_high_above_1.2"
	variable.probability = "1.00"
	variable = discreteDistribution.variables.add()
	variable.name = "creatinine_normal_0.7_to_1.2"
	variable.probability = "0.00"
	variable = discreteDistribution.variables.add()
	variable.name = "creatinine_low_below_0.7"
	variable.probability = "0.00"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "weight_at_25"
	variable = discreteDistribution.variables.add()
	variable.name = "weight_at_25_above_300.00"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "weight_at_25_above_180.00_to_300.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "weight_at_25_above_150.00_to_180.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "weight_at_25_above_125.00_to_150.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "weight_at_25_125.00_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "greatest_weight"
	variable = discreteDistribution.variables.add()
	variable.name = "greatest_weight_above_315.00"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "greatest_weight_above_230.00_to_315.00_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "greatest_weight_above_190.00_to_230.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "greatest_weight_above_160.00_to_190.00_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "greatest_weight_160.00_and_below"
	variable.probability = "0.25"

discreteDistribution = bayesianNetwork.discreteDistributions.add()
	discreteDistribution.name = "volitile_organic_compound"
	variable = discreteDistribution.variables.add()
	variable.name = "volitile_organic_compound_above_309028.71"
	variable.probability = "0.05"
	variable = discreteDistribution.variables.add()
	variable.name = "volitile_organic_compound_above_93803.69_to_309028.71_and_below"
	variable.probability = "0.20"
	variable = discreteDistribution.variables.add()
	variable.name = "volitile_organic_compound_above_51906.89_to_93803.69_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "volitile_organic_compound_above_29036.52_to_51906.89_and_below"
	variable.probability = "0.25"
	variable = discreteDistribution.variables.add()
	variable.name = "volitile_organic_compound_29036.52_and_below"
	variable.probability = "0.25"