AquaCrop-OSPy模拟水稻灌溉代码

以下是使用AquaCrop-OSPy模拟水稻灌溉的Python代码：

import os
import sys

# 添加 AquaCrop-OSPy 路径
sys.path.append(os.path.join(os.getcwd(), 'AquaCrop-OSPy'))

from AquaCropOS import *
from AquaCropOS.Outputs import *
from AquaCropOS.Utils import *
from AquaCropOS.Plant import *
from AquaCropOS.Soil import *

# 创建 AquaCrop-OS 模型 
model = Model()

# 定义模型输入参数
model.Input.StartDate = '01/01/2009'
model.Input.EndDate = '12/31/2009'
model.Input.Latitude = 40.0
model.Input.Longitude = -120.0
model.Input.Altitude = 100.0
model.Input.Soil.ThetaS = 0.42
model.Input.Soil.ThetaFC = 0.35
model.Input.Soil.ThetaPWP = 0.15
model.Input.Soil.Ksat = 50.0
model.Input.Soil.SoilDepth = 1.5
model.Input.Soil.RootingDepth = 0.5
model.Input.Soil.BulkDensity = 1.35
model.Input.Irrigation.Type = 'Full'
model.Input.Irrigation.Stages = 'Sowing, Emergence, Mid-season, Late-season'
model.Input.Crop.Name = 'Rice'
model.Input.Crop.PlantingDate = '06/01/2009'
model.Input.Crop.HarvestDate = '10/01/2009'
model.Input.Crop.PlantingDensity = 250.0
model.Input.Crop.MaxRootingDepth = 0.5
model.Input.Crop.RowSpacing = 0.2
model.Input.Crop.SeedDensity = 200.0
model.Input.Crop.SeedWeight = 0.02
model.Input.Crop.HIstart = 0.4
model.Input.Crop.HIend = 0.9
model.Input.Crop.HIadj = 1.0
model.Input.Crop.CCx = 0.35
model.Input.Crop.Kcb = [0.25, 0.70, 1.15, 1.15, 1.05, 0.90, 0.70, 0.50, 0.35, 0.35, 0.35, 0.35]
model.Input.Crop.PolResistance = 0.0
model.Input.Crop.MaturitySignificant = True
model.Input.Crop.CropSeason = 'Monsoon'

# 运行模型
model.run()

# 输出结果
Results = Output(model)
print('Total yield: {0} kg/ha'.format(Results.TotalYield))
print('Total irrigation: {0} mm'.format(Results.TotalIrrigation))

此代码使用 AquaCrop-OSPy 模块创建了 AquaCrop-OS 模型，并定义了模型的输入参数，包括日期、纬度、经度、高度、土壤性质、灌溉类型、作物类型和种植信息等。然后，模型被运行，并使用 AquaCrop-OSPy 模块的输出功能输出了模拟结果，包括总产量和总灌溉量。