A Facebook group query brought up the possibility of creating cables in an “easier, quicker” way than by crossing stitches by hand. Over the years different authors have suggested a “sewn” method for pulling stocking stitch columns together in order to achieve the cabled effect. The illustrations are usually of the work done on a ribbed fabric, but it also may be achieved in simple stocking stitch, with ladders marking the edges of the mock cable, and providing a visual line to follow and count spaces when smocking the fabric up. The width of each column, the yarn fiber content, and personal preferences will determine the success” of the results.
I was reminded of “magic cables”, a technique made popular years ago in a copyrighted pattern series by Ricky Mundstock, ie this one from 1969 (illustrated online). The concept originated in a Japanese publication years before, relies on hooking up tuck loops to create the cable-like effects.
I tend not to knit from published patterns, set out to understand what makes the fabric work in theory, and then sort out whether I have other preferences of my own for creating it. I began to experiment with a totally random tuck card. Tuck is chosen for the background because it is short and fat, giving the taller all knit rows for the “cables” the possibility of an additional gather, adding to their depth. I chose a purely random repeat, which is a good way to start for DIY if hesitant about the process. White squares will not be selected, will tuck for 2 rows, have a knit stitch (black dot in card) on each side of them. Max on Brother, unless using very thing yarn would be white bars single square in width, 4 rows in height (yes, there can be exceptions on rare occasions)
The card is cropped to the 24 X 44 stitch in width and height for the repeat to be worked in electronics. The area colored blue on the far right indicates possible all knit rows for hooking up “cables” during knitting, mustard color indicates ladders created by an out of work needle on each side of the central, all knit column. The ladders make it easier to identify each all knit column. The tape over holes idea does not work for masking a punchcard since that blue area would need to be all punched holes. The tape over would result in “unpunched” ones.
This takes the revised card single repeat and indicates some quick possibilities for altering it
I added 2 more stitches to establish a slightly different pattern. The grab form my work in Numbers was then opened in gimp and scaled to 26X44 for the possible knitting pattern. If working with black and white squares, the image will need to be colored reverse for knitting. I abandoned this repeat for my final swatches in favor of keeping markers for hooking stitches up along the all knit column inside the ladders as opposed to the knit body of the remaining shapes.
Here the non-selected needles are placed along the knit column itself, on alternating sides. The final repeat after correcting a pixel error I discovered while knitting:
Ayab does not repeat across the horizontal row, each stitch in the width you are planning to knit needs to be programmed. For a test swatch, I decided to work with programmed 72 stitches (knit on fewer). This would be the downloadable file![]()
magnified and gridded to visually check again prior to knitting it
This is what is seen by the knitter when the image is loaded,
but any image loaded is automatically flipped/ mirrored horizontally by the software. Direction may not matter in the overall pattern, but here we have needles out of work, which if selected on the basis of what is seen as opposed to what is knit, would be in the wrong location. The first preselection row is also only possible from left to right. The easiest way to empty the proper needles is to do transfers after that row, to either side, restoring needle selection prior to continuing to knit. Also, since there are needles out of work, end needle selection is canceled (KCII).
In my first swatch, I tried the idea of hooking up stitches in opposite directions, but was not pleased with the result, wanted to reduce the amount of hand manipulation involved. In the later swatch, I hooked up every other selection onto the same side. Arrows here indicate the direction, not the proper needle position.
Alternating side hooking up with some yarn and needle change issues.
Hooking up to one side only was quicker to execute and appeared more pleasing to me. Both swatches had blips from an errant pixel.
Steps in knitting the above fabric. The actual knitting will happen with what is shown as the repeat with white pixels on the dark ground, seen looking at the center vertical all knit column of the repeat when knitting the fabric. Allow the non-selected needle on the left side of the column to tuck, providing a marking row for picking up stitches, knit until the needle on the right side of the column is not selected. Prior to knitting across that row pick up the tucked loop and stitch on the left side
Lift both loops up onto the non selected needle on the right side of the column, bring that needle all the way out to hold (three yarn loops in the hook) 
Continue knitting until the next non-selected needle in the column appears once again on the right, pick up from below the left marking spot, and repeat. For DIY insert all knit columns on your chosen repeat and proceed as above.
Visualizing possibilities: chart for side by side columns actions on the purl side is shown. The black columns with arrows coupled with photos show the direction of the hook-ups in the back, purl side of the fabric, and potential “cables” as seen on the knit side using the column repeat illustrated above. 



This is a garter stitch version found on Pinterest

















The fabric narrows considerably as it is stretched lengthwise to set the stitches. Several panels would be required for a garment such as a skirt. Such an item would need to be pulled into shape, pinned, and hot pressed. Fiber content will determine the crispness of the pleats after blocking, and their retention after cleaning. The swatch below is turned sideways for the sake of space.
More variations with folds can be made by varying the “rules” commonly recognized for creases. Working sideways once more: on a punchcard machine, using card # 1 locked, cast on making certain every other needle as well as the first and last are selected.
Cancel the slip setting, complete the next knit section, and transfer every other needle to the adjacent one on either the right or left.
The needles holding 2 stitches may be brought out to the hold position as each transfer is made, or pushed out to hold after the fact to insure the stitches have been transferred and will knit off properly. The number of needles in work remains constant. 


The slipped stitches form the inside folds in the pressed swatch, while eyelets and tuck stitches fold a picot edge to the outside. 












































This is my first experiment with gathered slip stitch floats on the purl side of the knit. To begin, this chart indicates one punchcard pattern’s full repeat in width. Four repeats in length would be required (the punchcard minimum repeat in length to achieve smooth continuous card feeding is 36 rows). Punch out blue squares, leaving white ones unpunched. A single repeat (outlined in black, 8 stitches by 12 rows) is for use in electronic patterning, where one may alternately draw or program white squares, then use color reverse. The red line represents 0 needle position in Brother KM

result with color reverse
working out a mylar, electronic (unless DM 80 40 stitch width is in use) repeat for a variation of the fabric knit single bed. The stitch count is odd, allowing for a center stitch manipulation. KCI is used to make certain the first and last needles knit on each side. Floats created close to edges may be left without hooking them up. The fabric separates slightly along the “bowknot” edges 

lift them up and onto that single non selected needle, push that needle out to hold
with the next pass the single needle and loops knit off together and become part of the alternating all knit block in the design
the swatches are knit in a 2/15 wool, the fabric might be better served using a thicker yarn. Here the “blocks” creating “floats” are side by side

adding border stitches, and more theory on the placement of stitch type
the result places “knit” stitches in the center of butterfly (magenta arrow), not at its sides, and I see and extra purl stitch (green arrow). Multiple stitch-wide borders create unwanted floats on one side
back to the drawing board and working things out first as a hand technique
I began with my carriage on the right (COR), after setting up the repeat on a multiple of 6 stitches +3 as indicated above. The last stitch on either side on both beds is never transferred, and the short loops of every other set (rows 5 and 17 in the chart) are not hooked up. This will produce a slightly rolled edge on each side. The larger number of border stitches becomes problematic. The photos were taken while knitting 2 different swatches, so needle tape markings are not the same in all photos. To produce the circular knit, opposite part buttons are pushed in so with carriage on the right (COR), the settings would be




after the three floats have been hooked up, with COL each time, the in-between main bed stitches are transferred back down to ribber




reducing main bed count so only one needle is left on either side of a selected one
that needle (green arrow, gets transferred down to ribber
now the number of needles involved on both beds is evident on both beds
While knitting in the pattern the ribber pitch is set on P (point to point) to keep stitches on opposing beds centered (P pitch also makes it easier to transfer directly from one bed to the other). If the cast-on is for every other needle rib with stitches then transferred between beds for pattern knitting set up, the cast-on and all rib rows need to be knit in H pitch, with a switch to P for transfers and knitting in pattern to be completed. With the first row set up on the selected segment of the needle bed, there are additional steps to take.
Hand techniques will now also occur when carriages are on the left, on RC 5, 11, etc as described in the hand technique chart, on rows with no needle selection. As in hand tech, transfers and multiple loops containing needles are brought out to hold before moving the carriages from left to right and selecting the needles for the next set of floats with that same pass.


Working in multiple of repeat -1 on the top bed, plus one needle in work at each end on the ribber. Considerations need to be made to align the design properly. The markings on my metal bed are from a different project.
The goal is this needle arrangement 
the first selection row
a needle on either side of the groups of 7 is pushed back to A position, remain there throughout the piece
the ribber has now been set up for knitting every needle, every row, with the caston and desired edging completed. The first row is selected on the main bed for pattern knitting. 




the variation in width is due to adjustments in tension, the swatch folded over itself shows the difference in another way
Since the above is seven stitches wide, if punched accordingly it would occupy 21 out of 24 stitch units on a punchcard. As is unless those extra needles on the far right or left are left out of work for ladders or transferred down to the ribber, it would not be suitable for an all-over fabric. It can, however, be used for a trim. If the latter is the intent, only one series of vertical repeats as seen in the chart needs to be punched. The numbers below the image indicate Brother needle tape markings. The Brother needled tape has a center O position marking, with numbers beginning count with one and radiating out marked in groups of 5 in both directions. 

The single-width repeat may be programmed as pixels, on left, or punched holes on right. In electronics a single 8-row repeat is adequate, punchcard knitters repeat 5 times to 40 pattern rows punched.
I prefer starting such designs on a knit row. To do that, the design repeat start may be shifted
Using the trim as the cast on edge for a garment: determine the length required after a technique test. Knit a bit extra and remove on waste yarn, so more may be added or some be unraveled if needed or you wish to change the configuration using it as your cast on. Rehang and cast on later when it is completed. The flared-out portions of the trim will be used to “cast on” the edge of the piece, continuing with some needles out of work. An attempt at a line drawing of the “trim” sideways
Using the curved out edge of the trim, hang half stitches if possible, or one full stitch away from its edge as illustrated below. Knit 4 rows. With a tool pick up all ladder loops created by NOOW (RC 1-4) and hang them on the center empty needle. Knit rows (RC 5, 6), hang ladder loops on still empty needles, knit across all needles, continue with garment



The yarn used is cotton and appears to have a tendency toward biasing on knit rows as seen in the tendency to lean in one direction in the above photos. It has no stretch, so stitches that knit off several tuck loops remain elongated. A look at the structure on the purl side:
For more trims in this family, please see later post
If using the pattern on electronic machines, the needle selection needs to match on the top bed. Depending on the model electronic, the pattern may have to be reversed for accurate needle selection.
When using card 304, tucking happens for 3 rows forming loops that span across needles out of work, then all stitches on needles on rows with numbered markings on blue cells knit for one row. Orange gradient-filled cells represent rows on which tuck loops are being formed on the held single stitches, which in turn grow in length.
The full 24 stitch repeat, shifted for my preference, with the smallest electronic 8 stitch repeats outlined with red border
On the 930: the odd number of needles are automatically placed on the left, with the pattern used in the isolated design setting.




the tuck loops still form on the main bed, the ribber is set to knit every needle in both directions.
The resulting knit, very different in appearance and in width than the previous sample, using the same tensions 


Translation of symbols used in Knittax patterns.
On the purl side, this creates structures that emulate crocheted shells. My first attempts at trying to knit anything like this were with thin yarn, and I had enough issues to give up for the moment. Things worked out much better when I switched to a sport weight yarn that seemed to like knitting at T 10 for stocking stitch. With NOOW set up, my sample was knit at T 9. Waste yarn and ravel cord are often a good way to start, but not always necessary; the same is true of weight. I began with a crochet cast on, every needle, multiple of 4 st + 2, then dropped the alternate pairs of needles between the first and last 2 pairs of needles in work, pulling the needles back to A position, determining the width of my “shells.”









Variations can include the number of needles in and out of work, yarn choices, etc. 



The illustrated needle arrangement for #4,
I like to begin using a chain cast on, and then dropping chains off needles out of work

The fabric shares knitting sequences with the first 2 samples. 
Here, a similar technique is used for a trim, and both sides are shown. 

































































a bit closer, 