spelling

ext/FreeTypeExt.jl

@@ -413,13 +413,13 @@ function UnicodePlots.render_string!(
 end
 
 function ft_init()
-    FT_LIB[1] != C_NULL && error("Freetype already initalized. init() called two times?")
+    FT_LIB[1] != C_NULL && error("Freetype already initialized. init() called two times ?")
     FT_Init_FreeType(FT_LIB) == 0
 end
 
 function ft_done()
     FT_LIB[1] == C_NULL &&
-        error("Library == CNULL. done() called before init(), or done called two times?")
+        error("Library == CNULL. done() called before init(), or done called two times ?")
     err = FT_Done_FreeType(FT_LIB[1])
     FT_LIB[1] = C_NULL
     err == 0

src/interface/barplot.jl

@@ -23,7 +23,7 @@ $(arguments(
     (
         text = "the labels / captions of the bars",
         heights = "the values / heights of the bars",
-        dict = "a dictonary in which the keys will be used as `text` and the values will be used as `heights`",
+        dict = "a dictionary in which the keys will be used as `text` and the values will be used as `heights`",
         xscale = "`Function` or `Symbol` to transform the bar length before plotting: this effectively scales the `x`-axis without influencing the captions of the individual bars (use `xscale = :log10` for logscale)",
         color = "`Vector` of colors, or scalar - $(DESCRIPTION[:color])",
         maximum = "optional maximal height"

src/interface/boxplot.jl

@@ -26,7 +26,7 @@ $(arguments(
     (
         text = "the labels/captions of the boxes (optional)",
         data = "a vector of vectors, with each inner vector representing a data series (choose a vector of vectors over a matrix to allow series of different lengths)",
-        dict = "a dictonary in which the keys will be used as `text` and the values will be used as `data`",
+        dict = "a dictionary in which the keys will be used as `text` and the values will be used as `data`",
         color = "`Vector` of colors, or scalar - $(DESCRIPTION[:color])",
     ); remove = (:ylim, :yscale, :height, :grid)
 ))

src/interface/spy.jl

@@ -3,14 +3,14 @@
 
 # Description
 
-Plots the sparsity pattern for the given matrix `A`. This means
-that a scatterplot that resembles the matrix is drawn, in which
-only the pixel for non-zero elements of the matrix are set.
-
-If the parameters `width` and `height` are not explicitly
-specified, then the function will attempt to preserve the aspect
-ratio of the matrix, while also attempting to fit the resulting
-plot withing the bounding box specified by `maxwidth` and `maxheight`.
+Plots the sparsity pattern for the given matrix `A`.
+This means that a scatterplot that resembles the matrix is drawn,
+in which only the pixel for non-zero elements of the matrix are set.
+
+If the parameters `width` and `height` are not explicitly specified,
+then the function will attempt to preserve the aspect ratio of the matrix,
+while also attempting to fit the resulting plot within the bounding box
+specified by `maxwidth` and `maxheight`.
 
 # Usage
 

test/tst_common.jl

@@ -91,7 +91,7 @@ end
     @test_throws ArgumentError UnicodePlots.colormode!(123456789)
 
     _color_mode = UnicodePlots.colormode()
-    UnicodePlots.COLORMODE[] = Crayons.COLORS_16  # we only suport 8bit or 24bit, not 4bit (terminal dependent)
+    UnicodePlots.COLORMODE[] = Crayons.COLORS_16  # we only support 8bit or 24bit, not 4bit (terminal dependent)
     @test_throws ArgumentError UnicodePlots.colormode()
 
     UnicodePlots.colors256!()

test/tst_freetype.jl

@@ -61,7 +61,7 @@ end
     @test FTE.glyph_index(face, "A") == i
 end
 
-@testset "alignements" begin
+@testset "alignments" begin
     a = UnicodePlots.render_string!(
         zeros(UInt8, 20, 100),
         "helgo",