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1. Arcgis 10.3 mxd backwards compatible install#
2. Arcgis 10.3 mxd backwards compatible full#
3. Arcgis 10.3 mxd backwards compatible pro#
4. Arcgis 10.3 mxd backwards compatible software#

Arcgis 10.3 mxd backwards compatible install#

To install pyprof2call tree (Section 1.7.2.2)- open Python command prompt in Administrator mode and type in: scripts\pip install pyprof2calltree So the same as said above holds here: We recommend that you do not install these now, but wait until you are sure that you want to test them out. These modules are also only needed for optional materials in this lesson. See Section 1.7.2.2 for more information.

Arcgis 10.3 mxd backwards compatible software#

We recommend that you do not install this software now, but wait until you are sure that you want to test them out.

Optional software: The following software will only be required if you decide to follow along the steps described in optional sections included in this lesson that contain complementary materials. More detailed installation instructions can be found in Section 1.5. You may get a "User Access Control" window popup asking if you want conda_uac.exe to make changes to your device, it is OK to choose Yes. Within Pro, you can navigate to the Project menu, choose Python, Add Packages, search for Spyder and choose Install. Spyder- Python IDE- Spyder is the easiest IDE to install for Python 3 development as we can install it from ArcGIS Pro.You can wait with obtaining that data until you reach that section in the lesson materials. In section 1.6, you will also use some DEM raster data that you can download with a script we provide there.The list below is for those who want to frontload downloading items.

Arcgis 10.3 mxd backwards compatible full#

Remember to visit Piazza to post/answer any questions or comments pertaining to Lesson 1Īll downloads and full instructions are available and included in the Lesson 1 course material.

Arcgis 10.3 mxd backwards compatible pro#

Submit your modified code versions and ArcGIS Pro toolboxes along with a short report (400 words) including your profiling results and a reflection on what you learned and/or what you found challenging. When picking your IDE, please take into account that we would like to see all the IDEs presented by at least one student. Steps for Completing Lesson 1 Stepīegin with 1.2 Differences between Python 2 and Python 3Ĭhoose the IDE you wish to research (in the IDE Investigation: Choose Topic discussion forum) and submit a video demonstration and discussion (to both the Assignment Dropbox and the Media Gallery). You may find it useful to print this page out first so that you can follow along with the directions. To finish this lesson, you must complete the activities listed below. Please refer to the Calendar for specific time frames and due dates. The lessons in this course contain quite a lot of content, so feel absolutely free to skip these optional sections you can always come back to check them out later or after the end of the class. Some sections in this lesson related to 64-bit processing for ArcGIS Desktop and code profiling are optional so that you can decide for yourself how deep you want to dive into the respective topic. The IDE we are going to start with in this class is called Spyder but one part of the first homework assignment will be to try out another IDE and present it in a short video. In addition, we will discuss some important general topics related to programming such as debugging code complemented by a discussion of profiling code to detect bottlenecks, version control system software like GitHub, and different integrated development environments (IDEs) available for Python.

The goal is to get back into Python programming with arcpy, in particular doing so under ArcGIS Pro, and learn about the concepts of parallel programming and multiprocessing and how they can be used in Python to speed up time-consumptive computations.