daviddoji/CalculusWithJuliaNotes.jl
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jverzani
2025-01-24 11:10:06 -05:00
parent 92f4cba496
commit 33c02f08ce
7 changed files with 11 additions and 11 deletions
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quarto/precalc/julia_overview.qmd
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@@ -280,7 +280,7 @@ Values will be promoted to a common type (or type `Any` if none exists). For exa
(Vectors are used as a return type from some functions, as such, some familiarity is needed.)
Other common container types are variations of vectors (higher-dimensional arrarys, offset arrays, etc.) tuples (for heterogeneous, immutable, indexed values); named tuples (which add a name to each value in a tuple); and dictionaries (for associative relationships between a key and a value).
Other common container types are variations of vectors (higher-dimensional arrays, offset arrays, etc.) tuples (for heterogeneous, immutable, indexed values); named tuples (which add a name to each value in a tuple); and dictionaries (for associative relationships between a key and a value).
Regular arithmetic sequences can be defined by either:

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quarto/precalc/plotting.qmd
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@@ -492,7 +492,7 @@ For plotting points with `scatter`, or `scatter!` the markers can be adjusted vi
Of course, zero, one, or more of these can be used on any given call to `plot`, `plot!`, `scatter`, or `scatter!`.
There are also several *shorthands* in `Plots` that allows several related attributes to be specified to a single argument that is disambiguated using the type of the value. (Eg. `line=(5, 0.25, "blue")` will specify the line have widht `5`, color `blue`, and alpha-transparency `0.25`.)
There are also several *shorthands* in `Plots` that allows several related attributes to be specified to a single argument that is disambiguated using the type of the value. (Eg. `line=(5, 0.25, "blue")` will specify the line have width `5`, color `blue`, and alpha-transparency `0.25`.)
#### Example: Bresenham's algorithm