Term Entry - .mesh3d() - Plotly #5617
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mamtawardhani
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@mamtawardhani I have no idea my last commit became the title of the pull request 🤕 This one has beat my head in for sure haha I've fixed it |
danitellini
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danitellini
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mamtawardhani
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Nov 15, 2024
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Hey @danitellini thank you for contributing to Codecademy Docs, the entry is nicely written! 😄
I've suggested a few changes, could you please review and modify those at your earliest convenience? Thank you! 😃
| - 'paths/data-science-foundations' | ||
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| **`.Mesh3d()`** is a method in Plotly's `graph_objects` module that generates 3D mesh plots by defining vertices and connecting faces (triangles). |
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| **`.Mesh3d()`** is a method in Plotly's `graph_objects` module that generates 3D mesh plots by defining vertices and connecting faces (triangles). | |
| **`.Mesh3d()`** is a method in Plotly's [`graph_objects`](https://www.codecademy.com/resources/docs/plotly/graph-objects) module that generates 3D mesh plots by defining vertices and connecting them with faces (typically triangles). |
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| Mesh3d( | ||
| x=x_values, | ||
| y=y_values, | ||
| z=x_values, | ||
| i=indices_i, # Optional | ||
| j=indices_j, # Optional | ||
| k=indices_k, # Optional | ||
| color='color_value', # Optional | ||
| opacity=opacity_value, # Optional | ||
| (...) # Optional | ||
| ) |
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| Mesh3d( | |
| x=x_values, | |
| y=y_values, | |
| z=x_values, | |
| i=indices_i, # Optional | |
| j=indices_j, # Optional | |
| k=indices_k, # Optional | |
| color='color_value', # Optional | |
| opacity=opacity_value, # Optional | |
| (...) # Optional | |
| ) | |
| plotly.graph_objects.Mesh3d( x=None, y=None, z=None, i=None, j=None, k=None, color=None, opacity=None, ...) |
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default values are None which should be mentioned
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| - `x`, `y`, `z`: Arrays of vertex coordinates | ||
| - `i`, `j`, `k`: Arrays defining the triangles via indices pointing to the vertex arrays | ||
| - `color`: Sets the mesh color | ||
| - `opacity`: Sets the mesh transparency (0 to 1) |
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| - `x`, `y`, `z`: Arrays of vertex coordinates | |
| - `i`, `j`, `k`: Arrays defining the triangles via indices pointing to the vertex arrays | |
| - `color`: Sets the mesh color | |
| - `opacity`: Sets the mesh transparency (0 to 1) | |
| - `x`, `y`, `z`: Coordinates of the vertices in 3D space (arrays or lists). | |
| - `i`, `j`, `k`: Indices that define the triangular faces, where each set of three indices corresponds to a triangle formed by the vertices defined by `x`, `y`, and `z`. | |
| - `Color`: The color of the mesh, which can be a single color or an array of colors for each face. | |
| - `opacity`: Controls the transparency of the mesh, ranging from 0 (fully transparent) to 1 (fully opaque). |
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reframed and added some details
| fig.show() | ||
| ``` | ||
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| > Note: If you don't specify the triangle indices, the mesh will automatically be generated using algorithms like Delaunay triangulation. You can also use the `alphahull` parameter to control the generation without the indices: `alphahull = -1` - Uses Delauney triangulation; `alphahull = 0` - Computes the convex hull of the point set; `alphahull > 0` - Uses the alpha shape algorithm with the specified alpha value. |
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| > Note: If you don't specify the triangle indices, the mesh will automatically be generated using algorithms like Delaunay triangulation. You can also use the `alphahull` parameter to control the generation without the indices: `alphahull = -1` - Uses Delauney triangulation; `alphahull = 0` - Computes the convex hull of the point set; `alphahull > 0` - Uses the alpha shape algorithm with the specified alpha value. | |
| > Note: If triangle indices (`i`, `j`, `k`) are not specified, the mesh will be automatically generated using algorithms like Delaunay triangulation. The `alphahull` parameter can be used to control the mesh generation process without the indices: | |
| - `alphahull = -1`: Uses Delaunay triangulation. | |
| - `alphahull = 0`: Computes the convex hull of the point set. | |
| - `alphahull > 0`: Uses the alpha shape algorithm with the specified alpha value. |
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We don't usually use you and we
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| ### Example 2 | ||
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| Dataset information can also be used to create the mesh. This visualizes a sphere by using vertex and face data from a CSV file: |
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| Dataset information can also be used to create the mesh. This visualizes a sphere by using vertex and face data from a CSV file: | |
| The dataset information can be used to create a 3D mesh plot, as demonstrated in the example below, which visualizes a sphere using vertex and face data from a CSV file: |
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| - 'paths/data-science' | ||
| - 'paths/data-science-foundations' |
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| - 'paths/data-science' | |
| - 'paths/data-science-foundations' |
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Let us only have 2 paths
mamtawardhani
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Description
Summary of Change:
Topic: Python Plotly
graph_object.mesh3d()functionFiles created:
docs/content/plotly/concepts/graph-objects/terms/mesh3d/mesh3d.mdFiles added:
docs/media/mesh3d-example-result.pnganddocs/media/mesh3d-dataset-sphere.pngDescription: Created a new Term Entry for Python Plotly
graph_object.mesh3d()functionOpen issue, and a great way to practice and learn is to teach!
Issue Solved
Closes #5178
Type of Change
Editing an existing entry (fixing a typo, bug, issues, etc)Updating the documentationChecklist
mainbranch.Issues Solvedsection.