Announcement

Collapse
No announcement yet.
X
Collapse
  • Page of 1
  • Filter
  • Time
  • Show
Clear All
new posts
  • #1

    Using GEONEAR to match rainfall data to coordinates

    I have daily rainfall data from Indian Meteorological department from 2000 to 2020. The data reports rainfall, latitude, longitude and date (day, month and year). The latitude ranges from 6.5 to 38.5 and longitude ranges from 66.5 to 100.
    I have also downloaded and converted shapefiles for Indian districts. In this data the X-coordinates are 69.77805 to 96.82878 and the Y-coordinates are 7.516872 to 35.53081
    My objective is to match the rainfall data to Indian districts using the ‘geonear’ command.

    My problem is that when I run the geonear command I get an error. I run the below command

    Code:
    geonear _ID _CX _CY using RF, neighbors(id LAT LON ) nearcount(3)
base latitude var _CX must be between -90 and 90
    where _ID is the unique identifier, _CX is the the X-coordinates and _CY is the the y-coordinates in the shapefile. And id LAT and LON are the unique identified and latitude and longitude in my rainfall data file (RF.dta)

    Below is an example of my rainfall data

    ​​​​​​​
    Code:
    * Example generated by -dataex-. For more info, type help dataex
clear
input int day float(month Year ddate mdate _CY _CX rainfall)
1 1 2015 20089 660  6.5  66.5 .
1 1 2015 20089 660  6.5 66.75 .
1 1 2015 20089 660  6.5    67 .
1 1 2015 20089 660  6.5 67.25 .
1 1 2015 20089 660  6.5  67.5 .
1 1 2015 20089 660  6.5 67.75 .
1 1 2015 20089 660  6.5    68 .
1 1 2015 20089 660  6.5 68.25 .
1 1 2015 20089 660  6.5  68.5 .
1 1 2015 20089 660  6.5 68.75 .
1 1 2015 20089 660  6.5    69 .
1 1 2015 20089 660  6.5 69.25 .
1 1 2015 20089 660  6.5  69.5 .
1 1 2015 20089 660  6.5 69.75 .
1 1 2015 20089 660  6.5    70 .
1 1 2015 20089 660  6.5 70.25 .
1 1 2015 20089 660  6.5  70.5 .
1 1 2015 20089 660  6.5 70.75 .
1 1 2015 20089 660  6.5    71 .
1 1 2015 20089 660  6.5 71.25 .
1 1 2015 20089 660  6.5  71.5 .
1 1 2015 20089 660  6.5 71.75 .
1 1 2015 20089 660  6.5    72 .
1 1 2015 20089 660  6.5 72.25 .
1 1 2015 20089 660  6.5  72.5 .
1 1 2015 20089 660  6.5 72.75 .
1 1 2015 20089 660  6.5    73 .
1 1 2015 20089 660  6.5 73.25 .
1 1 2015 20089 660  6.5  73.5 .
1 1 2015 20089 660  6.5 73.75 .
1 1 2015 20089 660  6.5    74 .
1 1 2015 20089 660  6.5 74.25 .
1 1 2015 20089 660  6.5  74.5 .
1 1 2015 20089 660  6.5 74.75 .
1 1 2015 20089 660  6.5    75 .
1 1 2015 20089 660  6.5 75.25 .
1 1 2015 20089 660  6.5  75.5 .
1 1 2015 20089 660  6.5 75.75 .
1 1 2015 20089 660  6.5    76 .
1 1 2015 20089 660  6.5 76.25 .
1 1 2015 20089 660  6.5  76.5 .
1 1 2015 20089 660  6.5 76.75 .
1 1 2015 20089 660  6.5    77 .
1 1 2015 20089 660  6.5 77.25 .
1 1 2015 20089 660  6.5  77.5 .
1 1 2015 20089 660  6.5 77.75 .
1 1 2015 20089 660  6.5    78 .
1 1 2015 20089 660  6.5 78.25 .
1 1 2015 20089 660  6.5  78.5 .
1 1 2015 20089 660  6.5 78.75 .
1 1 2015 20089 660  6.5    79 .
1 1 2015 20089 660  6.5 79.25 .
1 1 2015 20089 660  6.5  79.5 .
1 1 2015 20089 660  6.5 79.75 .
1 1 2015 20089 660  6.5    80 .
1 1 2015 20089 660  6.5 80.25 .
1 1 2015 20089 660  6.5  80.5 .
1 1 2015 20089 660  6.5 80.75 .
1 1 2015 20089 660  6.5    81 .
1 1 2015 20089 660  6.5 81.25 .
1 1 2015 20089 660  6.5  81.5 .
1 1 2015 20089 660  6.5 81.75 .
1 1 2015 20089 660  6.5    82 .
1 1 2015 20089 660  6.5 82.25 .
1 1 2015 20089 660  6.5  82.5 .
1 1 2015 20089 660  6.5 82.75 .
1 1 2015 20089 660  6.5    83 .
1 1 2015 20089 660  6.5 83.25 .
1 1 2015 20089 660  6.5  83.5 .
1 1 2015 20089 660  6.5 83.75 .
1 1 2015 20089 660  6.5    84 .
1 1 2015 20089 660  6.5 84.25 .
1 1 2015 20089 660  6.5  84.5 .
1 1 2015 20089 660  6.5 84.75 .
1 1 2015 20089 660  6.5    85 .
1 1 2015 20089 660  6.5 85.25 .
1 1 2015 20089 660  6.5  85.5 .
1 1 2015 20089 660  6.5 85.75 .
1 1 2015 20089 660  6.5    86 .
1 1 2015 20089 660  6.5 86.25 .
1 1 2015 20089 660  6.5  86.5 .
1 1 2015 20089 660  6.5 86.75 .
1 1 2015 20089 660  6.5    87 .
1 1 2015 20089 660  6.5 87.25 .
1 1 2015 20089 660  6.5  87.5 .
1 1 2015 20089 660  6.5 87.75 .
1 1 2015 20089 660  6.5    88 .
1 1 2015 20089 660  6.5 88.25 .
1 1 2015 20089 660  6.5  88.5 .
1 1 2015 20089 660  6.5 88.75 .
1 1 2015 20089 660  6.5    89 .
1 1 2015 20089 660  6.5 89.25 .
1 1 2015 20089 660  6.5  89.5 .
1 1 2015 20089 660  6.5 89.75 .
1 1 2015 20089 660  6.5    90 .
1 1 2015 20089 660  6.5 90.25 .
1 1 2015 20089 660  6.5  90.5 .
1 1 2015 20089 660  6.5 90.75 .
1 1 2015 20089 660  6.5    91 .
1 1 2015 20089 660  6.5 91.25 .
1 1 2015 20089 660  6.5  91.5 .
1 1 2015 20089 660  6.5 91.75 .
1 1 2015 20089 660  6.5    92 .
1 1 2015 20089 660  6.5 92.25 .
1 1 2015 20089 660  6.5  92.5 .
1 1 2015 20089 660  6.5 92.75 .
1 1 2015 20089 660  6.5    93 .
1 1 2015 20089 660  6.5 93.25 .
1 1 2015 20089 660  6.5  93.5 .
1 1 2015 20089 660  6.5 93.75 .
1 1 2015 20089 660  6.5    94 .
1 1 2015 20089 660  6.5 94.25 .
1 1 2015 20089 660  6.5  94.5 .
1 1 2015 20089 660  6.5 94.75 .
1 1 2015 20089 660  6.5    95 .
1 1 2015 20089 660  6.5 95.25 .
1 1 2015 20089 660  6.5  95.5 .
1 1 2015 20089 660  6.5 95.75 .
1 1 2015 20089 660  6.5    96 .
1 1 2015 20089 660  6.5 96.25 .
1 1 2015 20089 660  6.5  96.5 .
1 1 2015 20089 660  6.5 96.75 .
1 1 2015 20089 660  6.5    97 .
1 1 2015 20089 660  6.5 97.25 .
1 1 2015 20089 660  6.5  97.5 .
1 1 2015 20089 660  6.5 97.75 .
1 1 2015 20089 660  6.5    98 .
1 1 2015 20089 660  6.5 98.25 .
1 1 2015 20089 660  6.5  98.5 .
1 1 2015 20089 660  6.5 98.75 .
1 1 2015 20089 660  6.5    99 .
1 1 2015 20089 660  6.5 99.25 .
1 1 2015 20089 660  6.5  99.5 .
1 1 2015 20089 660  6.5 99.75 .
1 1 2015 20089 660  6.5   100 .
1 1 2015 20089 660 6.75  66.5 .
1 1 2015 20089 660 6.75 66.75 .
1 1 2015 20089 660 6.75    67 .
1 1 2015 20089 660 6.75 67.25 .
1 1 2015 20089 660 6.75  67.5 .
1 1 2015 20089 660 6.75 67.75 .
1 1 2015 20089 660 6.75    68 .
1 1 2015 20089 660 6.75 68.25 .
1 1 2015 20089 660 6.75  68.5 .
1 1 2015 20089 660 6.75 68.75 .
1 1 2015 20089 660 6.75    69 .
1 1 2015 20089 660 6.75 69.25 .
1 1 2015 20089 660 6.75  69.5 .
1 1 2015 20089 660 6.75 69.75 .
1 1 2015 20089 660 6.75    70 .
1 1 2015 20089 660 6.75 70.25 .
1 1 2015 20089 660 6.75  70.5 .
1 1 2015 20089 660 6.75 70.75 .
1 1 2015 20089 660 6.75    71 .
1 1 2015 20089 660 6.75 71.25 .
1 1 2015 20089 660 6.75  71.5 .
1 1 2015 20089 660 6.75 71.75 .
1 1 2015 20089 660 6.75    72 .
1 1 2015 20089 660 6.75 72.25 .
1 1 2015 20089 660 6.75  72.5 .
1 1 2015 20089 660 6.75 72.75 .
1 1 2015 20089 660 6.75    73 .
1 1 2015 20089 660 6.75 73.25 .
1 1 2015 20089 660 6.75  73.5 .
1 1 2015 20089 660 6.75 73.75 .
1 1 2015 20089 660 6.75    74 .
1 1 2015 20089 660 6.75 74.25 .
1 1 2015 20089 660 6.75  74.5 .
1 1 2015 20089 660 6.75 74.75 .
1 1 2015 20089 660 6.75    75 .
1 1 2015 20089 660 6.75 75.25 .
1 1 2015 20089 660 6.75  75.5 .
1 1 2015 20089 660 6.75 75.75 .
1 1 2015 20089 660 6.75    76 .
1 1 2015 20089 660 6.75 76.25 .
1 1 2015 20089 660 6.75  76.5 .
1 1 2015 20089 660 6.75 76.75 .
1 1 2015 20089 660 6.75    77 .
1 1 2015 20089 660 6.75 77.25 .
1 1 2015 20089 660 6.75  77.5 .
1 1 2015 20089 660 6.75 77.75 .
1 1 2015 20089 660 6.75    78 .
1 1 2015 20089 660 6.75 78.25 .
1 1 2015 20089 660 6.75  78.5 .
1 1 2015 20089 660 6.75 78.75 .
1 1 2015 20089 660 6.75    79 .
1 1 2015 20089 660 6.75 79.25 .
1 1 2015 20089 660 6.75  79.5 .
1 1 2015 20089 660 6.75 79.75 .
1 1 2015 20089 660 6.75    80 .
1 1 2015 20089 660 6.75 80.25 .
1 1 2015 20089 660 6.75  80.5 .
1 1 2015 20089 660 6.75 80.75 .
1 1 2015 20089 660 6.75    81 .
1 1 2015 20089 660 6.75 81.25 .
1 1 2015 20089 660 6.75  81.5 .
1 1 2015 20089 660 6.75 81.75 .
1 1 2015 20089 660 6.75    82 .
1 1 2015 20089 660 6.75 82.25 .
1 1 2015 20089 660 6.75  82.5 .
1 1 2015 20089 660 6.75 82.75 .
1 1 2015 20089 660 6.75    83 .
1 1 2015 20089 660 6.75 83.25 .
1 1 2015 20089 660 6.75  83.5 .
1 1 2015 20089 660 6.75 83.75 .
1 1 2015 20089 660 6.75    84 .
1 1 2015 20089 660 6.75 84.25 .
1 1 2015 20089 660 6.75  84.5 .
1 1 2015 20089 660 6.75 84.75 .
1 1 2015 20089 660 6.75    85 .
1 1 2015 20089 660 6.75 85.25 .
1 1 2015 20089 660 6.75  85.5 .
1 1 2015 20089 660 6.75 85.75 .
1 1 2015 20089 660 6.75    86 .
1 1 2015 20089 660 6.75 86.25 .
1 1 2015 20089 660 6.75  86.5 .
1 1 2015 20089 660 6.75 86.75 .
1 1 2015 20089 660 6.75    87 .
1 1 2015 20089 660 6.75 87.25 .
1 1 2015 20089 660 6.75  87.5 .
1 1 2015 20089 660 6.75 87.75 .
1 1 2015 20089 660 6.75    88 .
1 1 2015 20089 660 6.75 88.25 .
1 1 2015 20089 660 6.75  88.5 .
1 1 2015 20089 660 6.75 88.75 .
1 1 2015 20089 660 6.75    89 .
1 1 2015 20089 660 6.75 89.25 .
1 1 2015 20089 660 6.75  89.5 .
1 1 2015 20089 660 6.75 89.75 .
1 1 2015 20089 660 6.75    90 .
1 1 2015 20089 660 6.75 90.25 .
1 1 2015 20089 660 6.75  90.5 .
1 1 2015 20089 660 6.75 90.75 .
1 1 2015 20089 660 6.75    91 .
1 1 2015 20089 660 6.75 91.25 .
1 1 2015 20089 660 6.75  91.5 .
1 1 2015 20089 660 6.75 91.75 .
1 1 2015 20089 660 6.75    92 .
1 1 2015 20089 660 6.75 92.25 .
1 1 2015 20089 660 6.75  92.5 .
1 1 2015 20089 660 6.75 92.75 .
1 1 2015 20089 660 6.75    93 .
1 1 2015 20089 660 6.75 93.25 .
1 1 2015 20089 660 6.75  93.5 .
1 1 2015 20089 660 6.75 93.75 .
1 1 2015 20089 660 6.75    94 .
1 1 2015 20089 660 6.75 94.25 .
1 1 2015 20089 660 6.75  94.5 .
1 1 2015 20089 660 6.75 94.75 .
1 1 2015 20089 660 6.75    95 .
1 1 2015 20089 660 6.75 95.25 .
1 1 2015 20089 660 6.75  95.5 .
1 1 2015 20089 660 6.75 95.75 .
1 1 2015 20089 660 6.75    96 .
1 1 2015 20089 660 6.75 96.25 .
1 1 2015 20089 660 6.75  96.5 .
1 1 2015 20089 660 6.75 96.75 .
1 1 2015 20089 660 6.75    97 .
1 1 2015 20089 660 6.75 97.25 .
1 1 2015 20089 660 6.75  97.5 .
1 1 2015 20089 660 6.75 97.75 .
1 1 2015 20089 660 6.75    98 .
1 1 2015 20089 660 6.75 98.25 .
1 1 2015 20089 660 6.75  98.5 .
1 1 2015 20089 660 6.75 98.75 .
1 1 2015 20089 660 6.75    99 .
1 1 2015 20089 660 6.75 99.25 .
1 1 2015 20089 660 6.75  99.5 .
1 1 2015 20089 660 6.75 99.75 .
1 1 2015 20089 660 6.75   100 .
1 1 2015 20089 660    7  66.5 .
1 1 2015 20089 660    7 66.75 .
1 1 2015 20089 660    7    67 .
1 1 2015 20089 660    7 67.25 .
1 1 2015 20089 660    7  67.5 .
1 1 2015 20089 660    7 67.75 .
1 1 2015 20089 660    7    68 .
1 1 2015 20089 660    7 68.25 .
1 1 2015 20089 660    7  68.5 .
1 1 2015 20089 660    7 68.75 .
1 1 2015 20089 660    7    69 .
1 1 2015 20089 660    7 69.25 .
1 1 2015 20089 660    7  69.5 .
1 1 2015 20089 660    7 69.75 .
1 1 2015 20089 660    7    70 .
1 1 2015 20089 660    7 70.25 .
1 1 2015 20089 660    7  70.5 .
1 1 2015 20089 660    7 70.75 .
1 1 2015 20089 660    7    71 .
1 1 2015 20089 660    7 71.25 .
1 1 2015 20089 660    7  71.5 .
1 1 2015 20089 660    7 71.75 .
1 1 2015 20089 660    7    72 .
1 1 2015 20089 660    7 72.25 .
1 1 2015 20089 660    7  72.5 .
1 1 2015 20089 660    7 72.75 .
1 1 2015 20089 660    7    73 .
1 1 2015 20089 660    7 73.25 .
1 1 2015 20089 660    7  73.5 .
1 1 2015 20089 660    7 73.75 .
1 1 2015 20089 660    7    74 .
1 1 2015 20089 660    7 74.25 .
1 1 2015 20089 660    7  74.5 .
1 1 2015 20089 660    7 74.75 .
1 1 2015 20089 660    7    75 .
1 1 2015 20089 660    7 75.25 .
1 1 2015 20089 660    7  75.5 .
1 1 2015 20089 660    7 75.75 .
1 1 2015 20089 660    7    76 .
1 1 2015 20089 660    7 76.25 .
1 1 2015 20089 660    7  76.5 .
1 1 2015 20089 660    7 76.75 .
1 1 2015 20089 660    7    77 .
1 1 2015 20089 660    7 77.25 .
1 1 2015 20089 660    7  77.5 .
1 1 2015 20089 660    7 77.75 .
1 1 2015 20089 660    7    78 .
1 1 2015 20089 660    7 78.25 .
1 1 2015 20089 660    7  78.5 .
1 1 2015 20089 660    7 78.75 .
1 1 2015 20089 660    7    79 .
1 1 2015 20089 660    7 79.25 .
1 1 2015 20089 660    7  79.5 .
1 1 2015 20089 660    7 79.75 .
1 1 2015 20089 660    7    80 .
1 1 2015 20089 660    7 80.25 .
1 1 2015 20089 660    7  80.5 .
1 1 2015 20089 660    7 80.75 .
1 1 2015 20089 660    7    81 .
1 1 2015 20089 660    7 81.25 .
1 1 2015 20089 660    7  81.5 .
1 1 2015 20089 660    7 81.75 .
1 1 2015 20089 660    7    82 .
1 1 2015 20089 660    7 82.25 .
1 1 2015 20089 660    7  82.5 .
1 1 2015 20089 660    7 82.75 .
1 1 2015 20089 660    7    83 .
1 1 2015 20089 660    7 83.25 .
1 1 2015 20089 660    7  83.5 .
1 1 2015 20089 660    7 83.75 .
1 1 2015 20089 660    7    84 .
1 1 2015 20089 660    7 84.25 .
1 1 2015 20089 660    7  84.5 .
1 1 2015 20089 660    7 84.75 .
1 1 2015 20089 660    7    85 .
1 1 2015 20089 660    7 85.25 .
1 1 2015 20089 660    7  85.5 .
1 1 2015 20089 660    7 85.75 .
1 1 2015 20089 660    7    86 .
1 1 2015 20089 660    7 86.25 .
1 1 2015 20089 660    7  86.5 .
1 1 2015 20089 660    7 86.75 .
1 1 2015 20089 660    7    87 .
1 1 2015 20089 660    7 87.25 .
1 1 2015 20089 660    7  87.5 .
1 1 2015 20089 660    7 87.75 .
1 1 2015 20089 660    7    88 .
1 1 2015 20089 660    7 88.25 .
1 1 2015 20089 660    7  88.5 .
1 1 2015 20089 660    7 88.75 .
1 1 2015 20089 660    7    89 .
1 1 2015 20089 660    7 89.25 .
1 1 2015 20089 660    7  89.5 .
1 1 2015 20089 660    7 89.75 .
1 1 2015 20089 660    7    90 .
1 1 2015 20089 660    7 90.25 .
1 1 2015 20089 660    7  90.5 .
1 1 2015 20089 660    7 90.75 .
1 1 2015 20089 660    7    91 .
1 1 2015 20089 660    7 91.25 .
1 1 2015 20089 660    7  91.5 .
1 1 2015 20089 660    7 91.75 .
1 1 2015 20089 660    7    92 .
1 1 2015 20089 660    7 92.25 .
1 1 2015 20089 660    7  92.5 .
1 1 2015 20089 660    7 92.75 .
1 1 2015 20089 660    7    93 .
1 1 2015 20089 660    7 93.25 .
1 1 2015 20089 660    7  93.5 .
1 1 2015 20089 660    7 93.75 .
1 1 2015 20089 660    7    94 .
1 1 2015 20089 660    7 94.25 .
1 1 2015 20089 660    7  94.5 .
1 1 2015 20089 660    7 94.75 .
1 1 2015 20089 660    7    95 .
1 1 2015 20089 660    7 95.25 .
1 1 2015 20089 660    7  95.5 .
1 1 2015 20089 660    7 95.75 .
1 1 2015 20089 660    7    96 .
1 1 2015 20089 660    7 96.25 .
1 1 2015 20089 660    7  96.5 .
1 1 2015 20089 660    7 96.75 .
1 1 2015 20089 660    7    97 .
1 1 2015 20089 660    7 97.25 .
1 1 2015 20089 660    7  97.5 .
1 1 2015 20089 660    7 97.75 .
1 1 2015 20089 660    7    98 .
1 1 2015 20089 660    7 98.25 .
1 1 2015 20089 660    7  98.5 .
1 1 2015 20089 660    7 98.75 .
1 1 2015 20089 660    7    99 .
1 1 2015 20089 660    7 99.25 .
1 1 2015 20089 660    7  99.5 .
1 1 2015 20089 660    7 99.75 .
1 1 2015 20089 660    7   100 .
1 1 2015 20089 660 7.25  66.5 .
1 1 2015 20089 660 7.25 66.75 .
1 1 2015 20089 660 7.25    67 .
1 1 2015 20089 660 7.25 67.25 .
1 1 2015 20089 660 7.25  67.5 .
1 1 2015 20089 660 7.25 67.75 .
1 1 2015 20089 660 7.25    68 .
1 1 2015 20089 660 7.25 68.25 .
1 1 2015 20089 660 7.25  68.5 .
1 1 2015 20089 660 7.25 68.75 .
1 1 2015 20089 660 7.25    69 .
1 1 2015 20089 660 7.25 69.25 .
1 1 2015 20089 660 7.25  69.5 .
1 1 2015 20089 660 7.25 69.75 .
1 1 2015 20089 660 7.25    70 .
1 1 2015 20089 660 7.25 70.25 .
1 1 2015 20089 660 7.25  70.5 .
1 1 2015 20089 660 7.25 70.75 .
1 1 2015 20089 660 7.25    71 .
1 1 2015 20089 660 7.25 71.25 .
1 1 2015 20089 660 7.25  71.5 .
1 1 2015 20089 660 7.25 71.75 .
1 1 2015 20089 660 7.25    72 .
1 1 2015 20089 660 7.25 72.25 .
1 1 2015 20089 660 7.25  72.5 .
1 1 2015 20089 660 7.25 72.75 .
1 1 2015 20089 660 7.25    73 .
1 1 2015 20089 660 7.25 73.25 .
1 1 2015 20089 660 7.25  73.5 .
1 1 2015 20089 660 7.25 73.75 .
1 1 2015 20089 660 7.25    74 .
1 1 2015 20089 660 7.25 74.25 .
1 1 2015 20089 660 7.25  74.5 .
1 1 2015 20089 660 7.25 74.75 .
1 1 2015 20089 660 7.25    75 .
1 1 2015 20089 660 7.25 75.25 .
1 1 2015 20089 660 7.25  75.5 .
1 1 2015 20089 660 7.25 75.75 .
1 1 2015 20089 660 7.25    76 .
1 1 2015 20089 660 7.25 76.25 .
1 1 2015 20089 660 7.25  76.5 .
1 1 2015 20089 660 7.25 76.75 .
1 1 2015 20089 660 7.25    77 .
1 1 2015 20089 660 7.25 77.25 .
1 1 2015 20089 660 7.25  77.5 .
1 1 2015 20089 660 7.25 77.75 .
1 1 2015 20089 660 7.25    78 .
1 1 2015 20089 660 7.25 78.25 .
1 1 2015 20089 660 7.25  78.5 .
1 1 2015 20089 660 7.25 78.75 .
1 1 2015 20089 660 7.25    79 .
1 1 2015 20089 660 7.25 79.25 .
1 1 2015 20089 660 7.25  79.5 .
1 1 2015 20089 660 7.25 79.75 .
1 1 2015 20089 660 7.25    80 .
1 1 2015 20089 660 7.25 80.25 .
1 1 2015 20089 660 7.25  80.5 .
1 1 2015 20089 660 7.25 80.75 .
1 1 2015 20089 660 7.25    81 .
1 1 2015 20089 660 7.25 81.25 .
1 1 2015 20089 660 7.25  81.5 .
1 1 2015 20089 660 7.25 81.75 .
1 1 2015 20089 660 7.25    82 .
1 1 2015 20089 660 7.25 82.25 .
1 1 2015 20089 660 7.25  82.5 .
1 1 2015 20089 660 7.25 82.75 .
1 1 2015 20089 660 7.25    83 .
1 1 2015 20089 660 7.25 83.25 .
1 1 2015 20089 660 7.25  83.5 .
1 1 2015 20089 660 7.25 83.75 .
1 1 2015 20089 660 7.25    84 .
1 1 2015 20089 660 7.25 84.25 .
1 1 2015 20089 660 7.25  84.5 .
1 1 2015 20089 660 7.25 84.75 .
1 1 2015 20089 660 7.25    85 .
1 1 2015 20089 660 7.25 85.25 .
1 1 2015 20089 660 7.25  85.5 .
1 1 2015 20089 660 7.25 85.75 .
1 1 2015 20089 660 7.25    86 .
1 1 2015 20089 660 7.25 86.25 .
1 1 2015 20089 660 7.25  86.5 .
1 1 2015 20089 660 7.25 86.75 .
1 1 2015 20089 660 7.25    87 .
1 1 2015 20089 660 7.25 87.25 .
1 1 2015 20089 660 7.25  87.5 .
1 1 2015 20089 660 7.25 87.75 .
1 1 2015 20089 660 7.25    88 .
1 1 2015 20089 660 7.25 88.25 .
1 1 2015 20089 660 7.25  88.5 .
1 1 2015 20089 660 7.25 88.75 .
1 1 2015 20089 660 7.25    89 .
1 1 2015 20089 660 7.25 89.25 .
1 1 2015 20089 660 7.25  89.5 .
1 1 2015 20089 660 7.25 89.75 .
1 1 2015 20089 660 7.25    90 .
end
format %td ddate
format %tm mdate
    Tags: geonear
  • #2
    I don't work with geodata, so maybe there is something I'm missing here. But my understanding is that latitude is always between 0 and 90 degrees (or 0 and - 90 degrees in the southern hemisphere). Your variable _CX clearly contains values that are greater than 90. But you can't get farther north than the north pole!

    I wonder if you have _CX and _CY interchanged. Longitudes can run between 0 and 180 (or 0 and -180). Also, if you project the globe onto a planar representation in the usual way, latitudes correspond to Y coordinates because they are horizontal lines, and longitudes correspond to X coordinates because they are vertical. I suspect _CX is your longitude variable and _CY is your latitude.

    Comment

    Previous Next
    Working...
    X