Using 3.25 mm / US size 3 needles, or needle size required to meet gauge, 28 stitches over 31 rounds, both stockinette stitch and colourwork, blocked, creates a 4x4” / 10x10 cm square. This garment is graded into sizes XS (S, M, L, XL) (2XL, 3XL, 4XL, 5XL). Stitches for the neckband are picked up around the cast on edge and either a crewneck or turtleneck can be worked. The colourwork pattern continues through much of the body and sleeves, with an additional band of colourwork pattern worked above the cuffs. Once the yoke is completed, stitches are separated into body and sleeves, which are each worked separately and in the round. The majority of the yoke features a stranded colourwork pattern.
Short row shaping is incorporated into the upper yoke to optimise fit. The yoke is cast on first, leaving the knitter the option to work either a crew neck or cowl neck later. This garment is worked top-down, in the round. Around the neckhole, 120 sts have been picked up to form the neckband and the turtleneck, rather than crewneck, has been worked. To accommodate the wearer’s height, yoke depth has been increased to 8.5” / 21.5 cm and an extra 1” / 2.5 cm has been worked into the body and sleeves. The sample has been worked in size L, giving the wearer 8.75” / 22 cm of positive ease at the chest. The wearer is 5’10” / 178 cm with a 37” / 92.5 cm chest circumference. The structure of the music is also reflected in the colourwork patterns, starting with simple and delicate sequences which develop and evolve into more complex and dramatic melodies as the piece continues. To honour the theme of life, the design uses a range of colourwork motifs and pattern inspired by shapes and forms found in nature. This design takes inspiration from both the title and the musical structure of Einaudi’s “Life” composition.
GAME OF LIFE STARTING PATTERNS SERIES
Life is the sixth addition to my Einaudi Collection, a series of designs inspired by the music of Ludovico Einaudi.
FuncAnimation ( fig, animate, init_func = init, frames = frames, interval = interval ) #print anim_to_html(anim) return display_animation ( anim, default_mode = mode ) This is called sequentially def animate ( i ): im. set_data ( X_blank ) return ( im ,) # animation function.
set_clim ( - 0.05, 1 ) # Make background gray # initialization function: plot the background of each frame def init (): im. add_axes (, xticks =, yticks =, frameon = False ) im = ax. figure ( figsize = figsize, dpi = dpi ) ax = fig. This controls the size of the game board on the screen frames : integer The number of frames to compute for the animation interval : float The time interval (in milliseconds) between frames mode : string The default mode of the animation. # JSAnimation import available at from JSAnimation.IPython_display import display_animation, anim_to_html from matplotlib import animation def life_animation ( X, dpi = 10, frames = 10, interval = 300, mode = 'loop' ): """Produce a Game of Life Animation Parameters - X : array_like a two-dimensional numpy array showing the game board dpi : integer the number of dots per inch in the resulting animation.
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