dribnet

strokes fork and port of mike's general update pattern tutorial, II.

merge requests should go to the example in the repo

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By adding a key to the data-join, letters that are already displayed are put in the update selection. Now updates can occur anywhere in the array, depending on the overlap between the old letters and the new letters. The text content only needs updating on enter because the mapping from letter to element never changes; however, the x-position of the text element must now be recomputed on update as well as enter.

It'll be easier to see what's going on when we add animated transitions next!

dribnet

strokes fork and port of mike's general update pattern tutorial, III.

merge requests should go to the example in the repo

---

By adding transitions, we can more easily follow the elements as they are entered, updated and exited. Separate transitions are defined for each of the three states.

Note that no transition is applied to the merged enter + update selection; this is because it would supersede the transition already scheduled on entering and updating elements. It's possible to schedule concurrent elements by using transition.transition or by setting transition.id, but it's simpler here to only transition the x-position on update; for entering elements, the x-position is assigned statically.

dribnet

A fork of @lennyjpg's tributary inlet only lightly adapted for s.trokes.org.

dribnet

(ns d3-layout-example
  (:require [strokes :refer [d3]]))

(strokes/bootstrap)

(def width 960)
(def height 500)

(defn dprint [x]
  (.log js/console (pr-str x)))

dribnet

import ctypes

# Path to location of libcudart
_CUDA = "/usr/local/cuda/lib/libcudart.dylib"
cuda = ctypes.cdll.LoadLibrary(_CUDA)

cuda.cudaMemGetInfo.restype = int
cuda.cudaMemGetInfo.argtypes = [ctypes.c_void_p, ctypes.c_void_p]

cuda.cudaGetErrorString.restype = ctypes.c_char_p

dribnet

dribnet

license: mit

dribnet

license: mit

dribnet

Face Generator - Andrew Moffat This is the refined version of my face generator. To begin with, the original version of the project featured a monochromatic sketch style, using Bezier curves. I wanted to revisit this project as I felt that I had a really solid base of code and graphic design to build upon, where I had left the project it was almost as if I had drawn the outline, but had forgotten to colour it in. I identified that one part of the project, to produce unique faces was being held back by the stylistic similarity, the lack of distinct visual elements.

I initially began by changing each face element into its own object, and created the grid using an array of objects. My intent was to utilise this for animation, but unfortunately this did not work out. I then enlarged the faces to allow for quicker comparisons, and increased the saturation on the faces to a more natural skin tone. I also refined the mouth down to enhance the visibility of emotion, and enlarged the eyes, as well as adding in va

dribnet

license: mit