data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAKAAAAB4CAYAAAB1ovlvAAAEZUlEQVR4Xu2bPSxkYRSGX42EUiKCSiLbotxCQYlIqHQioZBoJKwSpUU0EpH47VQ0GolQKLb0k2i2kUhIRKnYQmEzZjd2ZXfce911zjrPJFM533fOed4nM8FM2cPDw4N4QMCIQBkCGpGn7SMBBEQEUwIIaIqf5giIA6YEENAUP80REAdMCSCgKX6aIyAOmBJAQFP8NEdAHDAlgICm+GmOgDhgSgABTfHTHAFxwJQAApripzkC4oApAQQ0xU9zBMQBUwIIaIqf5giIA6YEENAUP80REAdMCSCgKX6aIyAOmBJAQFP8NEdAHDAlgICm+GmOgDhgSgABTfHTHAFxwJQAApripzkC4oApAQQ0xU9zBMQBUwIIaIqf5giIA6YEEDAJ/pYW6fg4SSU1KQkgYBJgPT3Szk6SSmpSEkDAlMAoz5cAAiblOT0tTU4mraYuIQEETAhK9fXS1VXSauoSEkDAhKAo+zcEEPDfcOXWhAQQMCGoxzLehtPQSlSLgIkw/SiampIKTx65EUDA3FByURYCCJiWWm+vtL2d9hT1fyGAgGnVaG6WTk7SnqIeAXHAIwFeAbOkcnAgtbdnOcmZZwQQMIsS1dXS7W2Wk5xBwBwcWF+XBgZyuIgreAVM68DmptTfn/YU9fwSkoMDMzPSxETxosFBaWUlh0tjX8ErYIn8v9TV6eP1dbFidFRaWHiqnpuTxsZi25PD9gj4EsTqaq2Ul2uQj2K9RCrTzxHwBWzf6upUcX9ffNetqNDK5eXTid1dqasrE3gOFQkgYCkTZmf1dWlJH+7ufqv61NmpzxsbUmurdHSES68ggICl4BX+3lfisbO8rJ7C/4Z5ZCaAgH9CV1urs709VVVVPT4rKytLA15bk+bnpfPzzEFEPYiAz5NvaJAuLl7nQ3e3dHYm7e9LjY2vu+udn0bAXwNuapJOT/OPfGhIKvzCsroqdXTkf/9/fCMC/gyvrU06PHybKAtf8VxcLH7Nc2TkbXo67YKAhWD6+qStLacRve+xEHB8XJqdfd8pO94utoBLS9LwsON43v9ocQXkQ6Uu7I4p4M2NVFPjIoDoQ8QUMHrqjvZHQEdhRBwFASOm7mhnBHQURsRREDBi6o52RkBHYUQcBQEjpu5oZwR0FEbEURAwYuqOdkZAR2FEHAUBI6buaGcEdBRGxFEQMGLqjnZGQEdhRBwFASOm7mhnBHQURsRREDBi6o52RkBHYUQcBQEjpu5oZwR0FEbEURAwYuqOdkZAR2FEHAUBI6buaGcEdBRGxFEQMGLqjnZGQEdhRBwFASOm7mhnBHQURsRREDBi6o52RkBHYUQcBQEjpu5oZwR0FEbEURAwYuqOdkZAR2FEHAUBI6buaGcEdBRGxFEQMGLqjnZGQEdhRBwFASOm7mhnBHQURsRREDBi6o52RkBHYUQcBQEjpu5oZwR0FEbEURAwYuqOdkZAR2FEHAUBI6buaGcEdBRGxFEQMGLqjnZGQEdhRBwFASOm7mjn7yXbPLeAxMCaAAAAAElFTkSuQmCCdata:image/png;base64,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This pinwheel script makes a pinwheel, they all make pinwheels of different sides. The size setting controls the size of the pinwheel and the backup changes the length of the branches of the pinwheel. The "Pinwheel, branches" controls the number of braches.

Weiheng He, Samuel Haffenberg, Period 5