From e2807e708c5a47a8747424fda630a2af63960211 Mon Sep 17 00:00:00 2001 From: Michael Dorman Date: Sat, 12 Oct 2024 22:54:39 +0300 Subject: [PATCH] remove duplicated words --- 03-spatial-operations.qmd | 2 +- 07-read-write.qmd | 2 +- 08-mapping.qmd | 2 +- 3 files changed, 3 insertions(+), 3 deletions(-) diff --git a/03-spatial-operations.qmd b/03-spatial-operations.qmd index 12ece8b4..cf7707a6 100644 --- a/03-spatial-operations.qmd +++ b/03-spatial-operations.qmd @@ -75,7 +75,7 @@ Another unique aspect of spatial objects is distance: all spatial objects are re Spatial operations on raster objects include subsetting---covered in @sec-spatial-subsetting-raster---and merging several raster 'tiles' into a single object, as demonstrated in @sec-merging-rasters. Map algebra covers a range of operations that modify raster cell values, with or without reference to surrounding cell values. -The concept of map algebra, vital for many applications, is introduced in @sec-map-algebra; local, focal, and zonal map algebra operations are covered in sections @sec-raster-local-operations, @sec-focal-operations, and @sec-zonal-operations, respectively. +The concept of map algebra, vital for many applications, is introduced in @sec-map-algebra; local, focal, and zonal map algebra operations are covered in @sec-raster-local-operations, @sec-focal-operations, and @sec-zonal-operations, respectively. Global map algebra operations, which generate summary statistics representing an entire raster dataset, and distance calculations on rasters, are discussed in Section @sec-global-operations-and-distances. ::: callout-note diff --git a/07-read-write.qmd b/07-read-write.qmd index 535e04a5..60d11271 100644 --- a/07-read-write.qmd +++ b/07-read-write.qmd @@ -57,7 +57,7 @@ These topics are covered in @sec-retrieving-open-data, which describes several g To further ease data access, a number of packages for downloading geographic data have been developed, as demonstrated in @sec-geographic-data-packages. There are many geographic file formats, each of which has pros and cons, described in @sec-file-formats. -The process of reading and writing files efficiently is covered in Sections @sec-data-input and @sec-data-output, respectively. +The process of reading and writing files efficiently is covered in @sec-data-input and @sec-data-output, respectively. ## Retrieving open data {#sec-retrieving-open-data} diff --git a/08-mapping.qmd b/08-mapping.qmd index d183d5dc..67ce6e01 100644 --- a/08-mapping.qmd +++ b/08-mapping.qmd @@ -80,7 +80,7 @@ This has changed with the emergence of open-source mapping software such as mapp Maps are also often the best way to present the findings of geocomputational research in a way that is accessible. Map making is therefore a critical part of geocomputation and its emphasis not only on describing, but also changing the world. -Basic static display of vector layers in Python is done with the `.plot` method or the `rasterio.plot.show` function, for vector layers and rasters, as we saw in Sections @sec-vector-layers and @sec-using-rasterio, respectively. +Basic static display of vector layers in Python is done with the `.plot` method or the `rasterio.plot.show` function, for vector layers and rasters, as we saw in @sec-vector-layers and @sec-using-rasterio, respectively. Other, more advanced uses of these methods, were also encountered in subsequent chapters, when demonstrating the various outputs we got. In this chapter, we provide a comprehensive summary of the most useful workflows of these two methods for creating static maps (@sec-static-maps). Static maps can be easily shared and viewed (whether digitally or in print), however they can only convey as much information as a static image can.