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update docs

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Justin Lin
2020-04-02 20:21:50 +08:00
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docs/lib2x-function_grapher.md
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# function_grapher # function_grapher
Given a set of points `[x, y, f(x, y)]` where `f(x, y)` is a mathematics function, the `function_grapher` module can create the graph of `f(x, y)`. Given a list of points `[x, y, f(x, y)]` where `f(x, y)` is a mathematics function, the `function_grapher` module can create the graph of `f(x, y)`.
## Parameters ## Parameters
- `points` : A set of points `[x, y, f(x, y)]`. See examples below. - `points` : A list of points `[x, y, f(x, y)]`. See examples below.
- `thickness` : The face or line thickness. - `thickness` : The face or line thickness.
- `style` : The style of the graph. It accepts `"FACES"`, `"LINES"`, `"HULL_FACES"` and `"HULL_LINES"`. The default value is `"FACES"` which simply takes `f(x, y) - thickness` for each point to build a bottom. It may cause thickness problems when slopes is high. The `"HULL_FACES"` value can solve the problem but is slow. When assigning `"LINES"`, it uses lines to connect points. The `"HULL_LINES"` is very very slow; however, the model might look smoother if you have a small `$fn`. - `style` : The style of the graph. It accepts `"FACES"`, `"LINES"`, `"HULL_FACES"` and `"HULL_LINES"`. The default value is `"FACES"` which simply takes `f(x, y) - thickness` for each point to build a bottom. It may cause thickness problems when slopes is high. The `"HULL_FACES"` value can solve the problem but is slow. When assigning `"LINES"`, it uses lines to connect points. The `"HULL_LINES"` is very very slow; however, the model might look smoother if you have a small `$fn`.
- `slicing` : Given a rectangle, we have two ways to slice it into two triangles. Using this parameter to determine the way you want. It accepts `"SLASH"` (default) and `"BACK_SLASH"`. - `slicing` : Given a rectangle, we have two ways to slice it into two triangles. Using this parameter to determine the way you want. It accepts `"SLASH"` (default) and `"BACK_SLASH"`.

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docs/lib2x-sf_solidify.md
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# sf_solidify # sf_solidify
It solidifies two square surfaces, described as a set of points `[x, y, z]`. It solidifies two square surfaces, described as a list of points `[x, y, z]`.
**Since:** 2.3 **Since:** 2.3
## Parameters ## Parameters
- `surface1` : A list of numbers (0 ~ 255). - `surface1` : A list of points `[x, y, z]`.
- `surface1` : The thickness of the model. - `surface2` : A list of points `[x, y, z]`.
- `slicing` : Given a rectangle, we have two ways to slice it into two triangles. Using this parameter to determine the way you want. It accepts `"SLASH"` (default) and `"BACK_SLASH"`. - `slicing` : Given a rectangle, we have two ways to slice it into two triangles. Using this parameter to determine the way you want. It accepts `"SLASH"` (default) and `"BACK_SLASH"`.
## Examples ## Examples