Generate NFT Collections Using Python and SVG Files

Explore how blockchains enable decentralized, immutable, and transparent ledgers and how NFTs represent unique digital assets, with minting basics using smart contracts and token standards like ERC721 and ERC1155.

Explore installing Python, Jupyter notebooks, and Inkscape across Windows and Linux, then use Python with Jupyter to work with SVG files.

Install python on windows by downloading the windows 64-bit installer from python.org, add python 3.9 to path, install, and verify the installation with the command line.

Install jupyter on Windows by quitting Python, then run python -m pip install jupyter and press enter. Launch jupyter notebook to open the browser and verify with test.ipynb.

Learn to install Python and Jupyter on Ubuntu using conda, create and activate a nft_gen environment with Python 3.9.7, and install Jupyter from conda-forge.

Install inkscape to create svgs for your nft collection, follow linux or windows options, and explore the interface; future videos cover jupyter, python, and handling svgs with code.

Learn how to use Jupyter with Python and SVGs, created via Inkscape, navigate notebooks, manage kernels and environments, and mix code and markdown cells with shortcuts.

Learn the basics of Python syntax, including variables and data types, with Jupyter Notebook tutorials. Practice strings, integers, floats, booleans, comments, and print while exploring variable assignment and overwriting.

Learn how to define and manipulate lists and dictionaries in Python, including indexing, slicing, len, adding and deleting keys, and merging dictionaries with update.

Master Python control flow with an if statement, for loops, and functions, and learn string handling and formatting techniques such as upper, lower, and capitalize.

Learn Python as an open source language and install libraries with pip on Linux and Windows. Use xml.etree to edit XML and SVGs and explore modules like math and os.

Explore how SVG layers and group elements G organize complex images for NFT collections, using Inkscape attributes and XML syntax, and implement layer handling with Python.

Explore XML syntax, tags, and attributes in Python, build SVG images with code, and manage SVGs in Inkscape using Jupyter notebooks and ElementTree.

Explore SVGs, XML-based scalable graphics, and learn to generate circles, rectangles, lines, and text in Python using ElementTree and IPython display.

Explore xml-based svg creation, including layer styling, visibility, and transformations like rotate and scale. Use python to build foreground layers and save multi-layer svgs for nft collections.

Create your first svg in Inkscape and master the svg structure. Work with shapes, grouping, layers, and styling, plus basic transformations.

Read and parse svg files created in Inkscape in Python using the XML library and ElementTree, display and iterate over elements, and export pngs with Kyro SVG for non-fungible tokens.

Create a meta SVG in Inkscape and generate an NFT collection with Python by layering base, face, eyes, and mouth variations in a Jupyter workflow.

Learn to generate NFT collections by parsing a meta SVG with Python, group layers, create combinations, render SVGs, convert to PNG, and auto-generate metadata for minting.

Use the NFT generator GUI to build a collection from an SVG base layer, set prices and rarities, map attributes, and control supply and distribution before generating NFTs.