MeteoInfo脚本示例：MICAPS第4类数据转为NetCDF

MeteoInfo

写NetCDF格式数据的基本步骤是：定义各种维（经度、纬度、高度、时间），定义变量（包括维变量和数据变量）以及变量的属性，定义全局属性，将各维变量的数据写入文件，将数据变量按照一定规则写入文件。

这里演示将多个MICAPS第4类数据文件写入一个NetCDF文件中，MICAPS第4类数据是简单的二维格点数据，通过读取不同高度、不同时间的数据文件形成4维数据，写入一个NetCDF文件。所需的MICAPS示例数据见此贴：MICAPS第四类格式数据转换的请教
http://bbs.06climate.com/forum.php?mod=viewthread&tid=11611&fromuid=106

需要更新MeteoInfo的最新文件（见置顶帖子）。

写出来的NC数据经过测试和原始MICAPS数据是吻合的。



详细脚本代码如下：

1. #--------------------------------------------------------
   
2. # Author: Yaqiang Wang
   
3. # Date: 2014-3-18
   
4. # Purpose: Convert MICAPS 4 grid data to NetCDF data format
   
5. # Note: Sample
   
6. #-----------------------------------------------------------
   
7. import clr
   
8. clr.AddReferenceByPartialName("System.Windows.Forms")
   
9. clr.AddReferenceByPartialName("System.Drawing")
   
10. from System import *
    
11. from System.Windows.Forms import *
    
12. from System.Drawing import *
    
13. clr.AddReference("MeteoInfoC.dll")
    
14. from MeteoInfoC import *
    
15. from MeteoInfoC.Data import *
    
16. from MeteoInfoC.Data.MeteoData import *
    
17. 
    
18. import os.path
    
19. import datetime
    
20. import time
    
21. 
    
22. #---- Set data folder
    
23. dataDir = "D:\\Temp\\test\\R\\"
    
24. 
    
25. #---- Open a MICAPS 4 Data file to get the information
    
26. inDataInfo = MeteoDataInfo()
    
27. infile = dataDir + "1000\\14031708.000.000"
    
28. inDataInfo.OpenMICAPSData(infile)
    
29. undef = inDataInfo.MissingValue
    
30. lons = inDataInfo.GetX()
    
31. lats = inDataInfo.GetY()
    
32. lonNum = lons.Length
    
33. latNum = lats.Length
    
34. ls = [1000, 925, 850, 700, 500, 300, 100]
    
35. levelNum = len(ls)
    
36. levels = Array.CreateInstance(Double, levelNum)
    
37. i = 0
    
38. for l in ls:
    
39.         levels = l;
    
40.         i += 1
    
41. 
    
42. #---- Create netCDF data info object
    
43. outfilepath = dataDir + "test.nc"
    
44. outDataInfo = NetCDFDataInfo()
    
45. outDataInfo.FileName = outfilepath
    
46. outDataInfo.MissingValue = undef
    
47. outDataInfo.unlimdimid = 3
    
48. 
    
49. #---- Add dimensions: lon, lat, level, time
    
50. lonDim = outDataInfo.AddDimension("lon", lonNum)
    
51. latDim = outDataInfo.AddDimension("lat", latNum)
    
52. levelDim = outDataInfo.AddDimension("level", levelNum)
    
53. timeDim = outDataInfo.AddDimension("time", -1)
    
54. 
    
55. #---- Add variables
    
56. outDataInfo.AddVariable("lon", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([lonDim]))
    
57. outDataInfo.AddVariable("lat", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([latDim]))
    
58. outDataInfo.AddVariable("level", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([levelDim]))
    
59. outDataInfo.AddVariable("time", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([timeDim]))
    
60. outDataInfo.AddVariable("temadv", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([timeDim, levelDim, latDim, lonDim]))
    
61. #---- Add variable attributes
    
62. outDataInfo.AddVariableAttribute("lon", "units", "degrees_east")
    
63. outDataInfo.AddVariableAttribute("lon", "long_name", "longitude")
    
64. outDataInfo.AddVariableAttribute("lat", "units", "degrees_north")
    
65. outDataInfo.AddVariableAttribute("lat", "long_name", "latitude")
    
66. outDataInfo.AddVariableAttribute("level", "units", "level");
    
67. outDataInfo.AddVariableAttribute("level", "long_name", "level");
    
68. outDataInfo.AddVariableAttribute("level", "axis", "z");
    
69. outDataInfo.AddVariableAttribute("time", "units", "hours since 1800-1-1 00:00:00")
    
70. outDataInfo.AddVariableAttribute("time", "long_name", "time")
    
71. outDataInfo.AddVariableAttribute("temadv", "units", "No")
    
72. outDataInfo.AddVariableAttribute("temadv", "long_name", "TemperatureAdvection")
    
73. outDataInfo.AddVariableAttribute("temadv", "missing_value", undef)
    
74. 
    
75. #---- Add global attributes
    
76. outDataInfo.AddGlobalAttribute("title", "Temperature advection field data")
    
77. outDataInfo.AddGlobalAttribute("description", "script sample data")
    
78. 
    
79. #---- Create netCDF file
    
80. outDataInfo.CreateNCFile(outfilepath)
    
81. 
    
82. #---- Write lon, lat, level, time data
    
83. outDataInfo.WriteVar("lon", lons)
    
84. outDataInfo.WriteVar("lat", lats)
    
85. outDataInfo.WriteVar("level", levels)
    
86. 
    
87. tnum = 6
    
88. timeArray = Array.CreateInstance(Double, tnum)
    
89. times = []
    
90. st = datetime.datetime(1800, 1, 1, 0, 0, 0)
    
91. t = datetime.datetime(2014, 3, 17, 8, 0, 0)        
    
92. for i in range(0, tnum):        
    
93.         times.append(t)
    
94.         delta = t - st
    
95.         hours = (delta.days * 86400 + delta.seconds) / 3600.0
    
96.         t = t + datetime.timedelta(hours=3)
    
97.         timeArray = hours
    
98.         print timeArray
    
99.         
    
100. startArray = Array.CreateInstance(int, 1)
     
101. countArray = Array.CreateInstance(int, 1)
     
102. startArray[0] = 0
     
103. countArray[0] = len(times)
     
104. outDataInfo.WriteVara("time", startArray, countArray, timeArray)
     
105. 
     
106. #---- Write data
     
107. tidx = 0
     
108. st = times[0]
     
109. for t in times:
     
110.         lidx = 0        
     
111.         for l in ls:
     
112.                 tt = tidx * 3
     
113.                 tstr = '.%03d'%tt
     
114.                 infile = dataDir + str(l) + '\\' + st.strftime("%y%m%d%H") + tstr + tstr
     
115.                 #print infile
     
116.                 if os.path.isfile(infile):
     
117.                         print infile
     
118.                         inDataInfo.OpenMICAPSData(infile)
     
119.                         gdata = inDataInfo.GetGridData("var")
     
120.                         dataArray = gdata.ToOneDimData()        
     
121.                         startArray = Array.CreateInstance(int, 4)
     
122.                         countArray = Array.CreateInstance(int, 4)
     
123.                         startArray[0] = tidx
     
124.                         startArray[1] = lidx
     
125.                         startArray[2] = 0
     
126.                         startArray[3] = 0
     
127.                         countArray[0] = 1
     
128.                         countArray[1] = 1
     
129.                         countArray[2] = latDim.DimLength
     
130.                         countArray[3] = lonDim.DimLength
     
131.                         outDataInfo.WriteVara("temadv", startArray, countArray, dataArray)
     
132.                 lidx += 1
     
133.         tidx += 1
     
134. 
     
135. #---- Close netCDF file
     
136. outDataInfo.CloseNCFile()
     
137. 
     
138. print 'Finished...!'

#--------------------------------------------------------<br /> # Author: Yaqiang Wang<br /> # Date: 2014-3-18<br /> # Purpose: Convert MICAPS 4 grid data to NetCDF data format<br /> # Note: Sample<br /> #-----------------------------------------------------------<br /> import clr<br /> clr.AddReferenceByPartialName("System.Windows.Forms")<br /> clr.AddReferenceByPartialName("System.Drawing")<br /> from System import *<br /> from System.Windows.Forms import *<br /> from System.Drawing import *<br /> clr.AddReference("MeteoInfoC.dll")<br /> from MeteoInfoC import *<br /> from MeteoInfoC.Data import *<br /> from MeteoInfoC.Data.MeteoData import *<br /> <br /> import os.path<br /> import datetime<br /> import time<br /> <br /> #---- Set data folder<br /> dataDir = "D:\\Temp\\test\\R\\"<br /> <br /> #---- Open a MICAPS 4 Data file to get the information<br /> inDataInfo = MeteoDataInfo()<br /> infile = dataDir + "1000\\14031708.000.000"<br /> inDataInfo.OpenMICAPSData(infile)<br /> undef = inDataInfo.MissingValue<br /> lons = inDataInfo.GetX()<br /> lats = inDataInfo.GetY()<br /> lonNum = lons.Length<br /> latNum = lats.Length<br /> ls = [1000, 925, 850, 700, 500, 300, 100]<br /> levelNum = len(ls)<br /> levels = Array.CreateInstance(Double, levelNum)<br /> i = 0<br /> for l in ls:<br />         levels<i> = l;<br />         i += 1<br /> <br /> #---- Create netCDF data info object<br /> outfilepath = dataDir + "test.nc"<br /> outDataInfo = NetCDFDataInfo()<br /> outDataInfo.FileName = outfilepath<br /> outDataInfo.MissingValue = undef<br /> outDataInfo.unlimdimid = 3<br /> <br /> #---- Add dimensions: lon, lat, level, time<br /> lonDim = outDataInfo.AddDimension("lon", lonNum)<br /> latDim = outDataInfo.AddDimension("lat", latNum)<br /> levelDim = outDataInfo.AddDimension("level", levelNum)<br /> timeDim = outDataInfo.AddDimension("time", -1)<br /> <br /> #---- Add variables<br /> outDataInfo.AddVariable("lon", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([lonDim]))<br /> outDataInfo.AddVariable("lat", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([latDim]))<br /> outDataInfo.AddVariable("level", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([levelDim]))<br /> outDataInfo.AddVariable("time", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([timeDim]))<br /> outDataInfo.AddVariable("temadv", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([timeDim, levelDim, latDim, lonDim]))<br /> #---- Add variable attributes<br /> outDataInfo.AddVariableAttribute("lon", "units", "degrees_east")<br /> outDataInfo.AddVariableAttribute("lon", "long_name", "longitude")<br /> outDataInfo.AddVariableAttribute("lat", "units", "degrees_north")<br /> outDataInfo.AddVariableAttribute("lat", "long_name", "latitude")<br /> outDataInfo.AddVariableAttribute("level", "units", "level");<br /> outDataInfo.AddVariableAttribute("level", "long_name", "level");<br /> outDataInfo.AddVariableAttribute("level", "axis", "z");<br /> outDataInfo.AddVariableAttribute("time", "units", "hours since 1800-1-1 00:00:00")<br /> outDataInfo.AddVariableAttribute("time", "long_name", "time")<br /> outDataInfo.AddVariableAttribute("temadv", "units", "No")<br /> outDataInfo.AddVariableAttribute("temadv", "long_name", "TemperatureAdvection")<br /> outDataInfo.AddVariableAttribute("temadv", "missing_value", undef)<br /> <br /> #---- Add global attributes<br /> outDataInfo.AddGlobalAttribute("title", "Temperature advection field data")<br /> outDataInfo.AddGlobalAttribute("description", "script sample data")<br /> <br /> #---- Create netCDF file<br /> outDataInfo.CreateNCFile(outfilepath)<br /> <br /> #---- Write lon, lat, level, time data<br /> outDataInfo.WriteVar("lon", lons)<br /> outDataInfo.WriteVar("lat", lats)<br /> outDataInfo.WriteVar("level", levels)<br /> <br /> tnum = 6<br /> timeArray = Array.CreateInstance(Double, tnum)<br /> times = []<br /> st = datetime.datetime(1800, 1, 1, 0, 0, 0)<br /> t = datetime.datetime(2014, 3, 17, 8, 0, 0)        <br /> for i in range(0, tnum):        <br />         times.append(t)<br />         delta = t - st<br />         hours = (delta.days * 86400 + delta.seconds) / 3600.0<br />         t = t + datetime.timedelta(hours=3)<br />         timeArray<i> = hours<br />         print timeArray<i><br />         <br /> startArray = Array.CreateInstance(int, 1)<br /> countArray = Array.CreateInstance(int, 1)<br /> startArray[0] = 0<br /> countArray[0] = len(times)<br /> outDataInfo.WriteVara("time", startArray, countArray, timeArray)<br /> <br /> #---- Write data<br /> tidx = 0<br /> st = times[0]<br /> for t in times:<br />         lidx = 0        <br />         for l in ls:<br />                 tt = tidx * 3<br />                 tstr = '.%03d'%tt<br />                 infile = dataDir + str(l) + '\\' + st.strftime("%y%m%d%H") + tstr + tstr<br />                 #print infile<br />                 if os.path.isfile(infile):<br />                         print infile<br />                         inDataInfo.OpenMICAPSData(infile)<br />                         gdata = inDataInfo.GetGridData("var")<br />                         dataArray = gdata.ToOneDimData()        <br />                         startArray = Array.CreateInstance(int, 4)<br />                         countArray = Array.CreateInstance(int, 4)<br />                         startArray[0] = tidx<br />                         startArray[1] = lidx<br />                         startArray[2] = 0<br />                         startArray[3] = 0<br />                         countArray[0] = 1<br />                         countArray[1] = 1<br />                         countArray[2] = latDim.DimLength<br />                         countArray[3] = lonDim.DimLength<br />                         outDataInfo.WriteVara("temadv", startArray, countArray, dataArray)<br />                 lidx += 1<br />         tidx += 1<br /> <br /> #---- Close netCDF file<br /> outDataInfo.CloseNCFile()<br /> <br /> print 'Finished...!'

兰溪之水

王老师好神速~

njzqxt

    王老师，谢谢了。
    我这试了多次也无法正确转出数据啊。
    数据放在K:\physic\ttadv\下的分别为1000、 925、 850、 700、 500、 400、 300、 200、 150、 100的文件夹中。
    这个脚本中，要改动哪些呢？我改了以下几处。
dataDir = "K:\\physic\\ttadv\\"                       #要转K:\physic\ttadv\  下的10个文件夹中的数据
infile = dataDir + "1000\\12121408.000"       #每个文件夹下第一个数据的名称都是12121408.000
infile = dataDir + str(l) + "\\" + t.strftime("%y%m%d%H") + ".000"      这个怎么改呢？
运行时提示错误  Error:NetCDF:Not a valid ID
确定后在脚本框的下面出现图2中的数据。转出来的数据才1kb。

MeteoInfo

njzqxt 发表于 2012-12-18 11:31

                               
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王老师，谢谢了。
    我这试了多次也无法正确转出数据啊。
    数据放在K:\physic\ttadv\下的分别为 ...

你把所有代码贴出来看看

njzqxt

#--------------------------------------------------------
# Author: Yaqiang Wang
# Date: 2012-12-11
# Purpose: Convert MICAPS 4 grid data to NetCDF data format
# Note: Sample
#-----------------------------------------------------------
import clr
clr.AddReferenceByPartialName("System.Windows.Forms")
clr.AddReferenceByPartialName("System.Drawing")
from System import *
from System.Windows.Forms import *
from System.Drawing import *
clr.AddReference("MeteoInfoC.dll")
from MeteoInfoC import *
from MeteoInfoC.Data import *
from MeteoInfoC.Data.MeteoData import *

import os.path
import datetime
import time

#---- Set data folder
dataDir = "K:\\physic\\ttadv\\"

#---- Open a MICAPS 4 Data file to get the information
inDataInfo = MeteoDataInfo()
infile = dataDir + "1000\\12121408.000"
inDataInfo.OpenMICAPSData(infile)
undef = inDataInfo.UNDEF
lons = inDataInfo.GetX()
lats = inDataInfo.GetY()
lonNum = lons.Length
latNum = lats.Length
ls = [1000, 925, 850, 700, 500, 400, 300, 200, 150, 100]
levelNum = len(ls)
levels = Array.CreateInstance(Double, levelNum)
i = 0
for l in ls:
        levels[i] = l;
        i += 1

#---- Create netCDF data info object
outfilepath = "D:\\" + "test.nc"
outDataInfo = NetCDFDataInfo()
outDataInfo.fileName = outfilepath
outDataInfo.UNDEF = undef
outDataInfo.unlimdimid = 3

#---- Add dimensions: lon, lat, level, time
lonDim = outDataInfo.AddDimension("lon", lonNum)
latDim = outDataInfo.AddDimension("lat", latNum)
levelDim = outDataInfo.AddDimension("level", levelNum)
timeDim = outDataInfo.AddDimension("time", -1)

#---- Add variables
outDataInfo.AddVariable("lon", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([lonDim]))
outDataInfo.AddVariable("lat", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([latDim]))
outDataInfo.AddVariable("level", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([levelDim]))
outDataInfo.AddVariable("time", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([timeDim]))
outDataInfo.AddVariable("temadv", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([timeDim, levelDim, latDim, lonDim]))
#---- Add variable attributes
outDataInfo.AddVariableAttribute("lon", "units", "degrees_east")
outDataInfo.AddVariableAttribute("lon", "long_name", "longitude")
outDataInfo.AddVariableAttribute("lat", "units", "degrees_north")
outDataInfo.AddVariableAttribute("lat", "long_name", "latitude")
outDataInfo.AddVariableAttribute("level", "units", "level");
outDataInfo.AddVariableAttribute("level", "long_name", "level");
outDataInfo.AddVariableAttribute("level", "axis", "z");
outDataInfo.AddVariableAttribute("time", "units", "hours since 1800-1-1 00:00:00")
outDataInfo.AddVariableAttribute("time", "long_name", "time")
outDataInfo.AddVariableAttribute("temadv", "units", "No")
outDataInfo.AddVariableAttribute("temadv", "long_name", "TemperatureAdvection")
outDataInfo.AddVariableAttribute("temadv", "missing_value", undef)

#---- Add global attributes
outDataInfo.AddGlobalAttribute("title", "Temperature advection field data")
outDataInfo.AddGlobalAttribute("description", "script sample data")

#---- Create netCDF file
outDataInfo.CreateNCFile(outfilepath)

#---- Write lon, lat, level, time data
outDataInfo.WriteVar("lon", lons)
outDataInfo.WriteVar("lat", lats)
outDataInfo.WriteVar("level", levels)

timeArray = Array.CreateInstance(Double, 8)
times = []
st = datetime.datetime(1800, 1, 1, 0, 0, 0)
t = datetime.datetime(2012, 12, 7, 8, 0, 0)        
for i in range(0, 8):        
        times.append(t)
        delta = t - st
        hours = (delta.days * 86400 + delta.seconds) / 3600.0
        t = t + datetime.timedelta(hours=12)
        timeArray[i] = hours
        print timeArray[i]
        
startArray = Array.CreateInstance(int, 1)
countArray = Array.CreateInstance(int, 1)
startArray[0] = 0
countArray[0] = len(times)
outDataInfo.WriteVara("time", startArray, countArray, timeArray)

#---- Write data
tidx = 0
for t in times:
        lidx = 0
        for l in ls:
                infile = dataDir + str(l) + "\\" + t.strftime("%y%m%d%H") + ".000"
                #print infile
                if os.path.isfile(infile):
                        print infile
                        inDataInfo.OpenMICAPSData(infile)
                        gdata = inDataInfo.GetGridData("var")
                        dataArray = gdata.ToOneDimData()        
                        startArray = Array.CreateInstance(int, 4)
                        countArray = Array.CreateInstance(int, 4)
                        startArray[0] = tidx
                        startArray[1] = lidx
                        startArray[2] = 0
                        startArray[3] = 0
                        countArray[0] = 1
                        countArray[1] = 1
                        countArray[2] = latDim.DimLength
                        countArray[3] = lonDim.DimLength
                        outDataInfo.WriteVara("temadv", startArray, countArray, dataArray)
                lidx += 1
        tidx += 1

#---- Close netCDF file
outDataInfo.CloseNCFile()

print 'Finished...!'

MeteoInfo

njzqxt 发表于 2012-12-18 13:10

                               
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#--------------------------------------------------------
# Author: Yaqiang Wang
# Date: 2012-12-1 ...

时间设置错了，改为：
t = datetime.datetime(2012, 12, 12, 8, 0, 0)

njzqxt

生成 的test.nc还是1kb,还要改哪儿呢？

MeteoInfo

njzqxt 发表于 2012-12-18 15:58

                               
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生成 的test.nc还是1kb,还要改哪儿呢？

你把MeteoInfo关掉，重新打开再试试

njzqxt

重新打开，运行，也不行，错误提示和7楼一样。
#--------------------------------------------------------
# Author: Yaqiang Wang
# Date: 2012-12-11
# Purpose: Convert MICAPS 4 grid data to NetCDF data format
# Note: Sample
#-----------------------------------------------------------
import clr
clr.AddReferenceByPartialName("System.Windows.Forms")
clr.AddReferenceByPartialName("System.Drawing")
from System import *
from System.Windows.Forms import *
from System.Drawing import *
clr.AddReference("MeteoInfoC.dll")
from MeteoInfoC import *
from MeteoInfoC.Data import *
from MeteoInfoC.Data.MeteoData import *

import os.path
import datetime
import time

#---- Set data folder
dataDir = "D:\\ttadv\\"

#---- Open a MICAPS 4 Data file to get the information
inDataInfo = MeteoDataInfo()
infile = dataDir + "1000\\12121208.000"
inDataInfo.OpenMICAPSData(infile)
undef = inDataInfo.UNDEF
lons = inDataInfo.GetX()
lats = inDataInfo.GetY()
lonNum = lons.Length
latNum = lats.Length
ls = [1000, 925, 850, 700, 500, 400, 300, 200, 150, 100]
levelNum = len(ls)
levels = Array.CreateInstance(Double, levelNum)
i = 0
for l in ls:
        levels[i] = l;
        i += 1

#---- Create netCDF data info object
outfilepath = dataDir + "test.nc"
outDataInfo = NetCDFDataInfo()
outDataInfo.fileName = outfilepath
outDataInfo.UNDEF = undef
outDataInfo.unlimdimid = 3

#---- Add dimensions: lon, lat, level, time
lonDim = outDataInfo.AddDimension("lon", lonNum)
latDim = outDataInfo.AddDimension("lat", latNum)
levelDim = outDataInfo.AddDimension("level", levelNum)
timeDim = outDataInfo.AddDimension("time", -1)

#---- Add variables
outDataInfo.AddVariable("lon", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([lonDim]))
outDataInfo.AddVariable("lat", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([latDim]))
outDataInfo.AddVariable("level", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([levelDim]))
outDataInfo.AddVariable("time", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([timeDim]))
outDataInfo.AddVariable("temadv", NetCDF4.NcType.NC_DOUBLE, Array[Dimension]([timeDim, levelDim, latDim, lonDim]))
#---- Add variable attributes
outDataInfo.AddVariableAttribute("lon", "units", "degrees_east")
outDataInfo.AddVariableAttribute("lon", "long_name", "longitude")
outDataInfo.AddVariableAttribute("lat", "units", "degrees_north")
outDataInfo.AddVariableAttribute("lat", "long_name", "latitude")
outDataInfo.AddVariableAttribute("level", "units", "level");
outDataInfo.AddVariableAttribute("level", "long_name", "level");
outDataInfo.AddVariableAttribute("level", "axis", "z");
outDataInfo.AddVariableAttribute("time", "units", "hours since 1800-1-1 00:00:00")
outDataInfo.AddVariableAttribute("time", "long_name", "time")
outDataInfo.AddVariableAttribute("temadv", "units", "No")
outDataInfo.AddVariableAttribute("temadv", "long_name", "TemperatureAdvection")
outDataInfo.AddVariableAttribute("temadv", "missing_value", undef)

#---- Add global attributes
outDataInfo.AddGlobalAttribute("title", "Temperature advection field data")
outDataInfo.AddGlobalAttribute("description", "script sample data")

#---- Create netCDF file
outDataInfo.CreateNCFile(outfilepath)

#---- Write lon, lat, level, time data
outDataInfo.WriteVar("lon", lons)
outDataInfo.WriteVar("lat", lats)
outDataInfo.WriteVar("level", levels)

timeArray = Array.CreateInstance(Double, 8)
times = []
st = datetime.datetime(1800, 1, 1, 0, 0, 0)
t = datetime.datetime(2012, 12, 12, 8, 0, 0)        
for i in range(0, 8):        
        times.append(t)
        delta = t - st
        hours = (delta.days * 86400 + delta.seconds) / 3600.0
        t = t + datetime.timedelta(hours=12)
        timeArray[i] = hours
        print timeArray[i]
        
startArray = Array.CreateInstance(int, 1)
countArray = Array.CreateInstance(int, 1)
startArray[0] = 0
countArray[0] = len(times)
outDataInfo.WriteVara("time", startArray, countArray, timeArray)

#---- Write data
tidx = 0
for t in times:
        lidx = 0
        for l in ls:
                infile = dataDir + str(l) + "\\" + t.strftime("%y%m%d%H") + ".000"
                #print infile
                if os.path.isfile(infile):
                        print infile
                        inDataInfo.OpenMICAPSData(infile)
                        gdata = inDataInfo.GetGridData("var")
                        dataArray = gdata.ToOneDimData()        
                        startArray = Array.CreateInstance(int, 4)
                        countArray = Array.CreateInstance(int, 4)
                        startArray[0] = tidx
                        startArray[1] = lidx
                        startArray[2] = 0
                        startArray[3] = 0
                        countArray[0] = 1
                        countArray[1] = 1
                        countArray[2] = latDim.DimLength
                        countArray[3] = lonDim.DimLength
                        outDataInfo.WriteVara("temadv", startArray, countArray, dataArray)
                lidx += 1
        tidx += 1

#---- Close netCDF file
outDataInfo.CloseNCFile()

print 'Finished...!'

MeteoInfo

njzqxt 发表于 2012-12-18 19:48

                               
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重新打开，运行，也不行，错误提示和7楼一样。
#------------------------------------------------------ ...

我这里是可以的，脚本运行的截图如下，正常运行应该没有错误提示，而且会打印出所有文件名。



转成的NetCDF文件： test.nc (962.17 KB, 下载次数: 8)

2012-12-18 20:49 上传

点击文件名下载附件

如果可以排除掉人品问题，还可以考虑将MeteoInfo更新为最新文件试试（最新的文件见置顶帖子）。