| Label | Explanation | Data Type |
Input Folder
| The folder where photo files (.jpg or .tif) are located. This folder is scanned recursively for photo files; any photos in the base level of the folder, as well as in any subfolders, will be added to the output. | Folder |
Output Feature Class | The output point feature class. | Feature Class |
Invalid Photos Table
(Optional) | An output table that will list any photo files in the input folder with invalid Exif metadata or empty or invalid coordinates. If no value is specified, the table will not be created. | Table |
Include Non-GeoTagged Photos
(Optional) | Specifies whether all photo files will be included in the output feature class or only those with valid coordinates.
| Boolean |
Add Photos As Attachments (Optional) | Specifies whether the input photos will be added to the output features as geodatabase attachments. Note:Adding attachments requires that the output feature class be in a version 10 or later geodatabase.
| Boolean |
Summary
Creates points from the x-, y-, and z-coordinates stored in the metadata of geotagged photo files (.jpg or .tif). You can add the photo files to the output features as geodatabase attachments.
Illustration
Usage
This tool reads the longitude, latitude, and altitude coordinates from photo files (.jpg or .tif) and writes the coordinates and associated attributes to an output point feature class.
The output feature class will include the following attribute fields:
- Path—The full path to the photo file used to generate the point, for example, C:\data\photos\Pic0001.jpg.
- Name—The short name of the photo file, for example, Pic0001.jpg.
- DateTime—The original capture date and time of the photo file. When the output feature class is a shapefile, this field will be of type string. When the output feature class is in a geodatabase, this field will be of type date.
If the DateTime field contains null or blank values, it may be an indication that the device did not capture a useable time stamp with the photo. Photo files may have a date created or date modified property, but these may not represent the date and time the photo was captured.
- Direction—The direction the device was pointing when the photo was captured. Values range from 0 to 359.99 in which 0 indicates north, 90 indicates east, and so on. If no direction is recorded by the device, this field will have a value of Null, 0, or -999999, depending on the device and the output location you specified. The direction value may refer to degrees from true north or magnetic north. Refer to the device documentation for more information.
Note:
Use a geotagged photo's direction information with caution, as the direction recorded by the device may not be accurate. Refer to the device documentation for information on directional accuracy.
- X—The x-coordinate where the photo was captured.
- Y—The y-coordinate where the photo was captured.
- Z—The altitude in meters where the photo was captured. If an altitude was not recorded by the device, the field will have a value of Null, 0, or -999999, depending on the device and the output location you specified.
The output DateTime field can be used to analyze and map the output feature class through time.
The tool output includes a line chart showing the timeline of photos using a count of the time stamps in the DateTime field in date and time bins that are automatically calculated but can be customized.
If the x- and y-coordinates of a photo are 0,0, no point will be generated for that photo. Empty coordinates may occur when the device does not have an adequate signal to capture coordinates. If the Include Non-GeoTagged Photos parameter is checked, the photo will be added as an output feature with null geometry.
The output feature class will have a GCS_WGS_1984 x,y and vertical coordinate system, since that is the coordinate system used by GPS receivers.
Parameters
arcpy.management.GeoTaggedPhotosToPoints(Input_Folder, Output_Feature_Class, {Invalid_Photos_Table}, {Include_Non-GeoTagged_Photos}, {Add_Photos_As_Attachments})| Name | Explanation | Data Type |
Input_Folder | The folder where photo files (.jpg or .tif) are located. This folder is scanned recursively for photo files; any photos in the base level of the folder, as well as in any subfolders, will be added to the output. | Folder |
Output_Feature_Class | The output point feature class. | Feature Class |
Invalid_Photos_Table (Optional) | An output table that will list any photo files in the input folder with invalid Exif metadata or empty or invalid coordinates. If no value is specified, the table will not be created. | Table |
Include_Non-GeoTagged_Photos (Optional) | Specifies whether all photo files will be included in the output feature class or only those with valid coordinates.
| Boolean |
Add_Photos_As_Attachments (Optional) | Specifies whether the input photos will be added to the output features as geodatabase attachments. Note:Adding attachments requires that the output feature class be in a version 10 or later geodatabase.
| Boolean |
Code sample
The following Python window snippet demonstrates how to use the GeoTaggedPhotosToPoints function.
import arcpy
arcpy.management.GeoTaggedPhotosToPoints("c:/data/photos",
"c:/data/city.gdb/photo_points", "",
"ONLY_GEOTAGGED", "ADD_ATTACHMENTS")The following script demonstrates how to use the GeoTaggedPhotosToPoints function.
"""Name: GeoTaggedPhotosToPoints example
Description: Convert a folder of photos to points, then perform a buffer
"""
# Import system modules
import arcpy
# Set environment settings
arcpy.env.workspace = "C:/data"
# Set local variables
inFolder = "photos"
outFeatures = "city.gdb/photos_points"
badPhotosList = "city.gdb/photos_noGPS"
photoOption = "ONLY_GEOTAGGED"
attachmentsOption = "ADD_ATTACHMENTS"
buffers = "city.gdb/photos_points_buffer"
bufferDist = "1 Miles"
arcpy.management.GeoTaggedPhotosToPoints(inFolder, outFeatures, badPhotosList,
photoOption, attachmentsOption)
arcpy.analysis.Buffer(outFeatures, buffers, bufferDist)