Update README.md

README.md

@@ -1,9 +1,11 @@
 # Fractalinator
 
+UPDATE 11/24/24: Fractalinator is now available in modern web browsers at [https://fcseidl.github.io/fractalinator/](https://fcseidl.github.io/fractalinator/). Try it!
+
 This is an drawing app which lets you draw a [multibrot](https://en.wikipedia.org/wiki/Multibrot_set)-like fractal in any shape that you choose! For instance, the video below shows me drawing in a pop-up window opened by the following simple program. I tried to evoke a saguaro cactus. A few more example fractalinations are at the bottom of this README.
 ```
-from fractalinator import Artwork
-Artwork(cmap_name='viridis_r')
+from fractalinator import App
+App(cmap_name='viridis_r', power=3)
 ```
 
 
@@ -28,22 +30,21 @@ To make Fractalinator easy to play with, it has few dependencies. The ```pip```
 | tkinter | 8.6 |
 
 ## Usage
-Fractalinator drawing windows are managed by the ```Artwork``` class. To make a fractalination, simply construct an ```Artwork``` object. 
-Calling ```Artwork()``` will open a drawing window with the default settings. To save your drawing, press the 1 key while in the drawing window. 
-Your art will be saved to a file named ```fractalination-[n].png```. Other number keys (2-9) behave similarly, but save a more detailed image with the resolution multiplied by the number on the key.
+Fractalinator drawing windows are managed by the ```App``` class. To make a fractalination, simply construct an ```App``` object. 
+Calling ```App()``` will open a drawing window with the default settings. To save your drawing, press the 1 key while in the drawing window. 
+Your art will be saved to a file named ```fractalination-[n].png```. Other number keys (2-5) behave similarly, but save a more detailed image with the resolution multiplied by the number on the key.
 
 The default settings can be changed with a number of keyword arguments. Mostly notably, the ```cmap_name``` argument allows you to choose any [matplotlib colormap](https://matplotlib.org/stable/gallery/color/colormap_reference.html). The full set of keyword arguments is described below.
 | **Name** | **Default** | **Description** |
 | -------- | ----------- | --------------- |
-| ```bailout_radius``` | ```3.0``` | Escape threshold for iterative fractal generation. Values near or below 2.0 may allow the noise field to affect the background image. |
-| ```brush_strength``` | ```50.0``` | Larger values give thicker strokes. |
+| ```bailout_radius``` | ```5.0``` | Escape threshold for iterative fractal generation. Values near or below 2.0 may allow the noise field to affect the background image. |
 | ```brush_radius``` | ```100``` | May need to be increased to avoid choppy images with higher ```brush_strength```. Larger values slow drawing. |
 | ```cmap_name``` | ```"gray_r"``` | ```matplotlib``` colormap name to use in image. |
-| ```cmap_period``` | ```4.0``` | Smaller values make the colormap repeat more frequently around the outside of the fractal.|
+| ```cmap_period``` | ```8.0``` | Smaller values make the colormap repeat more frequently around the outside of the fractal.|
 | ```max_it``` | ```30``` | Maximum iteration count for iterative fractal generation. Smaller values speed computation but reduce image quality. |
 | ```noise_seed``` | ```None``` | If positive integer, random seed for reproducible noise. |
 | ```noise_sig``` | ```26.0``` | Smaller values result in more, smaller features in the image. |
-| ```power``` | ```3``` | Multibrot fractal order. Must be a positive integer. |
+| ```power``` | ```2``` | Multibrot fractal order. Must be a positive integer. |
 | ```shape``` | ```(720, 576)``` | (width, height) of drawing window in pixels. Note that large windows may exhibit perceptible lag when drawing. |
 | ```thin_it``` | ```5``` | Only iterate pixels to ```max_it``` if they are not diverged by this iteration, saving computation costs. |