Differences

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--- canopy:technical_manual [2020-02-11 10:00 am] – hcho
+++ canopy:technical_manual [2020-04-19 08:47 pm] (current) – hcho
@@ Line 1: / Line 1: @@
 ====== CanoPy technical manual ======
-CanoPy is the Python module for the Georgia Canopy Analysis 2009 project sponsored by the Georgia Forestry Commission (GFC). For further information about this project, please refer to the [[CanoPy:]] page.
+[[CanoPy:]] is the Python module for [[:GFC canopy assessment|the Georgia Canopy Analysis 2009 project]] sponsored by [[http://www.gfc.state.ga.us/|the Georgia Forestry Commission (GFC)]]. For further information about this project, please refer to the [[CanoPy:]] page.
-This document outlines the uses and methodology of the functions contained within the [[CanoPy:]] module. To learn how to use this module, please read the [[user manual]].
+This document outlines the uses and methodology of the functions contained within the [[CanoPy:]] module. To learn how to use this module, please read the [[user manual]]. Also refer to the [[tutorial]].
 ===== Authors =====
-  * Owen Smith
+  * [[:Owen Smith]]
-  * Huidae Cho, Ph.D.
+  * [[:Huidae Cho]], Ph.D.
 ===== Requirements =====
@@ Line 131: / Line 131: @@
   * Type: ''str''
   * Snap raster to which all output tiles will be snapped
-  * This input/output raster is used to snap NAIP tiles to a consistent grid system. If this file does not already exist, the filename part of ''snaprast_path'' must be ''r'' + the filename of an existing original NAIP tile so that ''canopy.reproject_input_tiles()'' can automatically create it based on the folder structure of the NAIP imagery data (''naip_path'').
+  * This input/output raster is used to snap NAIP tiles to a consistent grid system. If this file does not already exist, the filename part of ''snaprast_path'' must be ''r'' + the filename of an existing original NAIP tile so that ''canopy.reproject_naip_tiles()'' can automatically create it based on the folder structure of the NAIP imagery data (''naip_path'').
   * Example: ''snaprast_path = '%s/Data/rm_3408504_nw_16_1_20090824.tif' % analysis_path''
@@ Line 162: / Line 162: @@
   - All selections are cleared and each NAIP QQ polygon will contain the ''naip_phyregs_field'' filled with the IDs of physiographic regions that the QQ tile intersects.
-==== reproject_input_tiles(phyreg_ids) ====
+==== reproject_naip_tiles(phyreg_ids) ====
 This function reprojects and snaps the NAIP tiles that intersect selected physiographic regions.
@@ Line 270: / Line 270: @@
   * ''results_path = canopy_config.results_path''
-==== generate_ground_truthing_points(phyreg_ids, point_density, max_points=400, min_points=200) ====
+==== generate_gtpoints(phyreg_ids, point_density, max_points=400, min_points=200) ====
 This function generates randomized points for ground truthing with fields for corresponding years populated with the corresponding canopy value at each point.