Cables meet knit-weaving

In progress

Although I claim a lack of fondness for cables, reviewing the links listed in the category in the blog index, I found that this present one can is #30!
The goal here is to combine knit-weaving with cable crossings.
When working with hand techniques, clues can help maintain accuracy, especially when knitting long pieces.
To enable the movement of the stitch groups, the tension for the knitting yarn, also used in the lace/ knit weaving samples, required changing the tension from 7 to 9.
Movement happened within groups of 5 stitches to maintain continuous vertical lines of color.
Personal preferences inform our choices in spreading out the hand technique, and for the presence or amount of aids in maintaining correct patterning.
More on similar planning may be seen in the post on Cables meet fair isle. I tend to program a repeat that takes into consideration the number of needles in work on the machine.
In testing, in this series, the choice was made to bring groups of 3 stitches to the front of the piece consistently to maintain the vertical color line placements.
All transfers were first made in the same direction, but can be planned with other variations.
The columns of blank cells result in floats of the weaving yarn on the purl side.
The added borders in the spreadsheet plan below add a beaded edging catching the weaving yarn; end needle selection is canceled to maintain patterning on the edges. The program for the swatch, 41X181. A partial repeat is shown; the printed needle tape was marked with magenta columns where the stitches remain manually undisturbed during knitting.
The blue cells mark the alternate areas where cable crossings will occur,
the black dots, the fixed needle preselection that needs to be restored/ maintained after moving stitches.
2. The segments with non-selected needles programmed in each pattern group, blue on the needle tape, are the areas for cable crossings.
3. The first two stitches on the left of each group are removed and held on a tool, which can be temporarily rested on needle hooks to the left, followed by the removal of the group of three stitches
4. The three stitches are returned to the needle bed on the left, and the group of two stitches is returned to the bed on the right
5. Needle preselection is restored manually before knitting the next row
The proof of concept swatch: It is easy to crop swatch photos to visualize the designs in wider repeats or with other changes or additions before amending the original repeat and pursuing the technique further. Varying the concept, testing crossings were made alternating in opposite directions. They and the number of rows between them can be adjusted in DIY.
The new design repeat, 18X22 was planned for use on 41 stitches, a multiple of 18X2+5. The corresponding needle tape markings, groups of three stitches were again consistently moved toward the center of each non selected group, the pairs were then brought behind them and placed on the pairs of emptied needles. Preselection for the weaving pattern needs to be restored after the crossings and before knitting the next row. Markings on needle tapes can be made as preferred, here magenta cells again indicate groups of stitches that are left undisturbed, the blue and cyan, groups of unselected needles with opposing directions cable crossings.The relates swatch:Lastly, a test of placing multiple cables along single rows: the new design repeat, 7X18.Magenta cells represent columns of stitches that are left undisturbed, the cyan, pairs of stitches that are removed first, to allow the group of three beside them to be removed and moved over to the front of the knit by two needles. Cyan pairs are then returned to the needle bed.
The next row of knit weaving is likely hard to push, merits knitting slowly.The swatch was knit on 40 stitches, with undisturbed borders on each side,

and imagined with crop, copy, and paste, in a different rendition.Untested at present: an added repeat variation that retains the manipulation in groups of 5 vertical columns, found in the FI post, 20X18, followed by an amended design.

The smallest design repeat, 20X12, planned tiled X2 in width, with added borders, matching the spreadsheet chart 33X12mirrored horizontally if required by the machine model or download software

More on combining lace patterning with knit weaving

Brother Punch Card Pattern Volume 5 is a great tool for learning about the various technique possibilities on any machine.
The accompanying swatch images are guides to visualizing the results and the relationship between punched holes and stitch structures and textures.
Some designs may be used as published on electronic models, while others need some adjustments.
When 2 carriages are used to select needles from opposite sides, punch card machines do not advance the card with the first pass of the second carriage from the opposite side, repeating the selection in the previous row, while electronic models advance a design row with each carriage pass.
When traveling between machine models and developing DIY variations, test the lace portion of the design first; depending on the machine type or the software used to download to the machine, the PNGs provided may need to be mirrored horizontally. The big clue pointing to mirroring being required in testing is if there are two empty needles side by side after any of the transfers.
Electronic models can do that with the selection of a button. Keep good notes for future reference of the specific patterns.
This series began with a ready-to-knit repeat for the technique.
End needle selection is canceled; the goal is to maintain the weaving pattern along the side edges.
The smallest repeat segment in the card #275 is isolated, in this instance, to 12X28. The image on the far right shows areas where selection rows are repeated with the change of the carriages.
The chart for the repeat was plotted first in a spreadsheet, 12 columns X 36 rows, with arrows indicating the direction of the carriage moves, and the knit-woven rows were also noted with red cells. The sample was drawn in repeat X3 to 36X36, and a border column was added to each side, adjusted for an evenly distributed woven floats, used as is on the 930, no mirroring required, 38X36, Using a random card design for transfer lace, #623, with the smallest repeat isolated to 8X18,8X24doubled in height, altered to maintain the weaving pattern repeat,8X48tiling checked on 96X96knit tested on 33X48, mirrored horizontally on the 930Choosing a pattern from a published design for electronic Brother models, repeating the process with #182 Drawing the initial 13X66 file drawin in repeatX 2 in width revealed areas with double cells in the weaving rows, shown edited on the rightthe new PNG, 26X66, with tested tiling knit on 44X66 to accommodate edge transfers and with pixels added to maintain weaving pattern required mirroring on the 930
The weaving yarn used is the same space dyed wool worsted, and the lace yarn thickness matches the 2/18 yellow. A larger motif, still using comparable weight yarns, #161, 24X48.The process, summarized, the knittable 24X72 BW PNG, and its tiling alignment

The tested repeat, 50X72, required mirroring on the 930

A spreadsheet offers easy editing of cell groups and rows. The concept applies to any available and familiar tools that allow for planning the sequences.
The steps in my process using Tables and Mac Numbers in summary:
begin with a published design with 2 knit rows occurring after each series of LC carriage passes, filling the corresponding cells with an easy-to-see color. It is useful to have a symbol or shape to add to any column, indicating Lace Carriage movements.  Selecting either of the 2 yellow rows, expand the chart by consistently choosing either the top or bottom row, adding a row below the top or above the bottom one X2, yielding 4 yellow rows.
The red cells in the column on the right indicate planned knit carriage passes.  Adding BW cells indicates the placement of alternating pairs of weaving patterns.   When programming repeats for the number of needles used in the piece,
verify that the direction of the transfers works so as not to produce side-by-side empty needles. Some machines and download software require horizontal mirroring of lace patterns; electronic models have buttons that will perform the mirroring without added programming.
Tile the weaving design in height, isolated in this sequence, and illustrated simply as a BW file, 24X16, with correct tiling in height. Check that it is maintained with the full “final” LC, and the weave repeat is doubled in height; look for any same row repetitions. In those instances, adjustments will need to be made in the top half of the design by shifting and redrawing cells. Add needles in work on either or both sides if needed to avoid side edge stitch transfers.
For better finishes on side edges, maintain the weaving pattern repeat, filling in cells in the PNG, or pulling needles out by hand if needed.
Returning to my episodic leaf lace obsession, #576. The 24X56 startTwo-stitch side borders were added, marked with magenta cells in the corresponding chart, resulting in a multiple of 24X2=48+4=52 stitch width repeat, no mirroring required on 930Sampling was planned using a 2/8 green wool for the lace, which test-knit fairly easily at tension 9.
Then the fun began: the yellow, thicker yarn was a loose, three-stranded variety, and began to separate and skip getting caught. The second shade of green worked fine after a tension adjustment, until I forgot I was weaving, almost transferred a whole EON selection row, got a lovely LC carriage jam, and was not happy at the degree of contrast between the two greens. Thought I had sailed through this sample, and then, when steaming it, I found the many dropped stitches that had gotten away from me and my eyeballs.
May consider regrouping and a third try, but not today!

Knit-weaving methods and associated swatches
Knit weaving 5: manipulated floats 8/24
Knit weaving 4: combining stitch types 7/24
Knit weaving 3  5/24
Knit weaving 2: swatches, experiments 2/21
Knit weaving 1 2/21

More on combining lace patterning with added stitch types

Far older posts:  Combining tuck stitches with lace 1,knit swatch Combining tuck stitches with lace 2 (automating them), the arrow points to operator error, both from 2015
mylar_purl1
Lace meets weaving on Brother Machines 1, 2020 Lace meets weaving on Brother Machines 2, 2020Lace meets FI on Brother machines 2020 Lace meets tuck on Brother machines , 2020
Punchcard volumes offer many variations for this technique.
Both the knit and the lace carriages select needles in pattern.
It is necessary to keep in mind when planning to attempt using the published card repeats on electronic models that they advance the design with every carriage pass, while the punch card models repeat the same needle selection when the alternate carriage makes its first pass from the opposite side. To match results, the electronic repeat would need to be edited.
A sample knit on the 930:
2025
Combining automated tuck patterning with hand transfers to form eyelets in vertical columns on a tuck stitch ground
For working on the single bed, the spreadsheet plan includes markings for transfers, magenta cells to the right, cyan to the left.
The repeat is 16 stitches wide, knit on a multiple of 16 needles +5.
The grey columns represent needles that are emptied and pushed back to the A position; ladders will be formed in those spaces.
The first and last stitches in each group of 5, marked with blue cells, remain undisturbed throughout.
Though the repeat could be shorter, it was tested in a 40 row height, 16X40on 56 sts, mirrored horizontally for use on the 930, air knitting the preselection row: as hand transfers are made, emptied needles and the remainder of each group of 5 must be in or returned to the work D, or E position to form eyelets amid kit stitches on the next pass. Watch that empty needles are not accidentally brought back into work. Vertical lace columns and rib:
End needle selection is cancelled, as in any case where not every needle is used on the knit bed
The knit carriage may be set to select, but no cam buttons are pushed in, knitting every stitch
Needle preselection guides the transfers, as with tuck lace, proper needles need to be taken out of work, and while hand transfers are being made, watch for needles being accidentally pushed out of work, or out of work needles being accidentally pushed back into work.
A vertical column is added on each side for a knit row, aside eyelets formed by transfers, the full repeat width remains a multiple of 5. Programmed repeat, 38X12The swatch needle setup with added needles in work for more knit stitches, first and last needles on the top bed: All transfers were made toward the center stitch, beginning consistently with the stitch on the left. The yarn used initially was a 2/20 silk/wool blend, which lost surface texture and flattened permanently with steaming and light pressing. The same proved true with a slightly different design using the same needle setup but with transfers on alternating sides. Using 100% wool yarn produced designs with a more defined texture. These knits narrow considerably when off the machine, and wool has spring back that may be diminished but not eliminated with blocking.
The programmed repeat used was the same 38X12 as in the first sample in the series.
The needle setup, first and last on the ribber

The repeat for the second test was changed to bring the eyelets a row closer together,
programmed on 38X18

Knit weaving 5: manipulated floats

Most pubs include variations of sequences such as in this illustration showing the first float traveling under subsequent ones. This chart visualizing the process for a specific repeat was generated using Mac Numbers.
The side edges need to be planned for the best effect, the columns marked with yellow cells indicate possible repeat starts and stops.
The 8X16 design is suitable for use on electronic and punch card models,   A minimum punchcard repeat is 24stitches X32 rows  This swatch was knit using a chenille yarn for weaving, its fibers expand as the fabric rests, lessening the space that can enhance the definition between the floats
Translating published patterns sometimes requires testing the process by hand-selecting needles to develop programmable DIY designs.  The Brother cassette knitting pattern book  includes a series of samples utilizing the technique, and these illustrations
In fabrics such as these, the latch hook is inserted under floats from the first formed up, the last float is caught in the hook of the tool, pulled down behind them, brought forward, up, and lifted onto specific needle locations before further weaving or plain knitting resumes on all needles in work. A random selection:   The repeats are represented in a clockwise rotation,  the first swatch however, disregarded that fact and was a best guess at DIY based on hand-selection of needles.
As already mentioned, the latch tool is used to slide under the first 3 floats grabbing the yarn in the newly created longer float, bringing it under and then to the front of the group of three, and the single loop in the tool hook is lifted onto the hook of the needle in the center position between groups of newly preselected needles. That needle must be pushed back to the B position before knitting the next row so as not to pick up the weaving yarn.  the 6X8 repeat    The swatch on the left is the result of hand selection, and to its right both sides of the result from knitting with the programmed repeat As a general principle when multiple colors are used, if they are planned for color changes occurring for odd numbers of passes, the yarn may need to be cut and brought to the opposite side regularly, or 2 different ends starting from opposite sides may in some cases make the process easier and reduce yarn ends.
For speed and ease in tracking, the compromise choice can be made to change the repeat so that actions happen after knitting even numbers of rows.
End needle selection is on with selective hand moving end needles out to catch the weaving yarn if the repeat is used as provided.
A new, 6X8 repeat:  the 24X40 full punchcard,   If programming the width of the finished piece on electronic machines, pixels for border needle selections can be added, knit with end needle selection off.   Some steps in the process, with # 4 showing the single chained through loops rehung across the row The 930 automatically mirrors any design horizontally. When an odd-numbered design is downloaded and centered with no subsequent changes, the odd-number half of the repeat occurs on the right of 0.
The proof of concept was knit on needles 20 L to 21 R  Here the background yarn is switched to a far thinner cotton, making the woven threads and their bleed-through on the knit side more prominent. In a final piece planned for this effect, side borders could be planned for better edges.   From a Brother electronic pub, an illustration of hooking up multiple loops at once If the needle onto which the floats are transferred is left in work, it will pick up the weaving yarn on the next pass as part of the design and should remain in D or be pulled to E position if preferred.  If that is not the goal, that same needle is pushed back to the B position.  Just as in managing long floats in FI, in this fabric, they may be latched up as well Lifting the stitch in the latch hook onto a needle other than in the center of the space between needle selection or one of the preselected needles, will result in the chain moving permanently in different directions.
A second early resource for samples of these techniques offered this version along with advice on how to knit it. Such translations are not always understandable. Based on row counts of patterning in the accompanying swatch it is possible to develop a repeat by assigning black pixel locations to specific squares in the stitch symbol chart rather than using the repeat provided.
The horizontal marks for purl stitches can be thought of as needles on the machine.
The squares where the traveling weaving thread “wave” in the position above the line are filled are represented with green cells in the spreadsheet and will be converted to black pixels in BW pngs for use in download programs, or punched holes in cards.
The under “waves” symbolize floats and are disregarded in final repeats.
Yellow is used to mark spots for visual reminders of where the floats are to be rehung. They are disregarded in the final BW single repeat. The corresponding needles in those locations must pushed back to the B position before knitting the next row.  

The 8X14 smallest repeat was tested on 48 stitches hand selecting end needles if needed.   Working in vertical columns, a 9X12 design planned on 39 stitches for equal side edges the floats are lifted in pairs every 2 rows, in alternate directions onto preselected needles, which can be brought out to the E position after the transfer.  Those needles are marked with red dots.   The swatch was knit in wool yarns of equal weight. The weaving yarn split easily. Each row should be checked for any errors after hooking before continuing to knit to avoid permanent errors. The result of both is marked with red dots in the photo on the left In summary, black squares indicate yarn over selected needles, and white squares the yarn slipping under non-selected needles, represented in this chart for a 2X2 design repeat/ paintbrush in DIY.  Side by side punched holes or black pixels produce floats in a corresponding stitch width. Blocks of either color can be planned in any direction, with the floats left alone as color blocks or manipulated to echo their movement ie in this illustration

Knit weaving 4: combining stitch types

Knit weaving 3  reviews some basics, and a list of associated blog post links is provided at the bottom of the page, including
Lace meets weaving on Brother Machines 2
Lace meets weaving on Brother Machines

Tuck stitch meets knit-weaving introduced the combined technique.
Many of these repeats are suitable for punchcard models as well. The caveat there is that there is no option for eliminating knit carriage cam button setting changes by using a second carriage to select and knit. They would need to be performed manually.
More on DIY combinations of tuck and knit weaving: if using a single carriage to execute these designs, then it is necessary to switch cam button settings from tuck in both directions to knit with needle selection for the knit woven rows frequently, as in this first swatch.
Actions: Altering the repeat while planning on cam settings to be changed every even number of rows also brings the possibility of using 2 carriages in electronic models, with one set to tuck in both directions, the other to normal knit (no cam buttons) but with needle selection for weaving rows, KCII  Here tuck shapes are introduced, again planning for setting or carriage changes every even number of rows, in this case every 6, The tuck diamond is surrounded by a vertically woven one. The original design repeat was color inverted observing tuck “rules”.
The 1X2 white pixels will tuck, and the 2X1 side-by-side ones will serve as guides to the placement of the vertical weaving yarn. They are placed on rows with no conflicting selections.  When the side-by-side needles are not selected, they are manually pushed forward to E and needles are double-wrapped away from the center at the bottom of each shape, toward the center (row30) when the top of the shape is reached.
Start of the second shape in the swatch: While retaining the outer shape of the design, the inner content may altered to provide a guide for horizontal weaving. The 24X48 design The PNG was isolated in the center of 40 stitches.
The surface woven floats may become visually lost when using space-dyed yarns with shades in similar families to the background, as seen in the bottom center diamond.
In the second center diamond, a different color-way yarn was also used double thickness without any change in tension. This resulted in the second thread not always getting caught properly, slowing speed and added caution improved the result.
The swatch was narrower than the sample knit using tuck stitch. The best way to weave in yarn ends would need working out. Combining weaving types with the intent to create a plaid effect:
the starting chart created in Mac Numbers  The 24X28 repeat  The choice of the yarns may require tension or color choice adjustments, when the weaving yarn is not caught properly, the longer floats are formed.  Here simple color striping is added. The background red yarn is a thin 2/10 wool, the horizontal weaving yarn a space-dyed sock one, and the vertical weaving one a varied fiber space dyed hand knitting yarn by Noro.
The image on the left shows the vertical weaving setup work on the machine, the ribber gate pegs and needle butts appeared to help to keep the yarn lengths from twisting around each other as the work progressed.  Adding needles out of work:
A common base for knit-weave published patterns is seen in the pattern configuration seen in what is known to many punchcard knitters as card #1  When there are needles out of work in combination with patterning, end needle selection must be canceled.
The set up row for adding ladder spaces is planned so that patterning in 3 stitch columns begins and ends on a pair of selected needle In this sample with horizontally woven rows, the ground yarn is a 2/20 wool, the weaving yarn a space dyed sock yarn resulting in random color blocking. Relaxed the knit resembled shadow pleating, here it is shown after pressing and steaming Using separate strands, vertical weaving may be performed along each 3 stitch vertical columns.
The work on the machine: the ribber gate pegs and needle butts helped keep the yarn lengths separate.
Yarn is always laid over needles with the continuing, long end away from the carriage. In this case, the it was lifted over single selected needles to the right, then over pairs of selected needles to the left. Slip stitch is known for compressing the height of the knit and narrowing its width. This attempts to alternate knit woven stripes with slip-stitch ones utilizing a similar repeat. For the slip texture to be more visible, the related segment is rendered double height, and color reversed.
Here setting changes to occur in even-numbered blocks of rows. The design is shared repeating across a punchcard width, 24, X 24 rows in height.  Eight rows are knit with the carriage set to knit but selecting needles, and 16 rows with the carriage set to slip in both directions. Comparable or the same yarns are used to evaluate the results when varying techniques and stitch types.
Here a 2/20 wool in a color similar to that used in the above sample forms the ground.
The woven section has some drape and stretch, the stitches are forced apart producing interesting bleed-through on the knit side and making the fabric reversible.
The same repeat and yarns are used in the top half of the swatch as a fair isle, without any change in tension. The knit is dense, stiff, and narrower with no stretch to speak of.
The 10X10 design

Knit weaving 3

The first single-bed machines to produce what is now referred to as knit-weaving were the Japanese model ones from the early to mid-1960s.
The Knitmaster 302 had a separate brush unit operated manually to guide the yarn above and below stitches.
On the Brother 585 and 588 models the weaving brushes were built-in and were pressed into place.
Early patterns used aran-weight yarns as weft on 12-stitch machines.
From 1971 onward as 24 stitch machines came on the market, the wider repeat allowed for the use of thinner yarns in the technique.
Later manuals including those for some electronic models describe this achingly slow method when using a single-color weaving yarn fed through the yarn mast 
The subsequent technique shift advice was made for using an intarsia-like method for more colors:  The method is so much faster than when using the mast and knit carriage it makes little sense to use the former.
The technique begins with the carriage on your preferred side,  from the right or left, the yarn is generally laid in starting on the carriage side, with the long end to cone or ball away from it.
The wraps are needed in each direction: For work on the machine, swatches, punchcards, tools, and more information on types of weaves, ie laying in the yarn with vertical wrappings Another illustration of the movements in the laying in of the yarn on specific needles.  For more info on horizontal weaving, see Knit Weaving 1.
The resulting knits often lose stretch and drape widthwise, a consideration when making garments. As an alternative, one may knit pieces sideways.

Some ways to push limits, and new swatches:
Knitweaving encompasses an extensive range of fabrics. At times the type of machine available places constraints on materials.
One way to use chunky and bulky yarns on standard machines when they do not work with the ground knit on every needle, an option is to use every other needle patterning.
A visual comparison of yarn thicknesses for beginning experiments Here a commercial twine is used, programming a 4X4 repeat,  and laying the weaving yarn over the preselected needles when the long end of the yarn is away from the knit carriage, thus adding extra all-knit rows between woven ones.  This yarn has been in my stash for decades unused, it is 92% wool, and 8% polyamide. It was e-wrapped in alternate directions on every row, with care to maintain the thrumbs below sinker plate levels during carriage passes.  An option for electronic models: open a PNG suitable for knit weaving, as this 24X24 one, double the PNG in width before downloading it, or use the double-wide button after the fact, cast on every other needle, and continue in the technique. Planning the repeat on the needle bed would render better edges than in my swatch, if there are multiple non-selected needles on either side, bring the last needle on that side out to E before laying the yarn for the next row of pattern.  The floats created through knit weaving can share similarities with those from fair isle or slip stitch.
Slip stitch textures compress the knit lengthwise, and narrow it, while knit woven pieces lie flat, and provide far more predictable gauges.
This sample explores various float widths, beginning with a 24X24 pixel PNG.
When sampling on an electronic, one can plan for repeat widths equal in number to the needles in work or greater based on preference or a requirement by some software.
In designing for planned fabric widths, borders for better side edges than those resulting only from engaging end needle selection may be isolated or added with a preferred pattern fill.
The 24-stitch repeat was drawn in repeat X4  and cropped to 50X48, retaining a 2-stitch vertical border on each side and shared repeated in height X2, a final 50X48  Samples of the three yarn thicknesses used in the test swatch are shown at the bottom of the image on the right

More links for browsing
Adding hems to varied knits adds ruched stitch groups.A return to loopy knits
Machine knit fringes 4, long loop patterning 
Long loops: a bit on method
Knit weaving 2: swatches, experiments
Knit weaving 1
Tuck stitch meets knit-weaving
Lace meets weaving on Brother Machines 2 
Lace meets weaving on Brother Machines

2024: lately I have been obsessed with designing seasonal repeats and expanded my initial library of them to include more “star’ designs in Seasonal knits inspired by published repeats 1
This design, 36X56, was knit first using a worsted-weight acrylic as the weaving yarn and a 20/2 wool for the background, then replacing the worsted with a 2/8 wool.
The design has long floats that tend to droop in front of the small stitches in the red ground as the knit is removed from the machine and rests.
The white acrylic was hard to knit, resulting in patterning errors because of its quality, noticeable on both sides.
In a final piece, borders could be added to make side edges cleaner than in this first swatch.  For use in a scarf or table runner, the repeat was altered slightly, and vertical side borders were added to 82X56Visualizing the repeat multiplied in height The yarns used in the swatch were a 2/8 wool and a softly spun worsted, challenging to work with even at the loosest tension.
The worsted wanted to split and knit with the ground yarn while forming the floats in front of those same needles, occasionally mounting a few gatepegs or jamming.
The mispatterning in the lower part of the swatch improved as the numbers were slowly adjusted to more than 10 on the knit carriage dial.
This time of year static can also be a problem, the humidifier got turned on. Both steps led to better results.
As with any technique, good yarn choices, and knitting machine gauge considerations make for successful projects.

Working with needles out of work, NOOW
In this first sample, after a crochet cast on, every 3d stitch based on pattern preselection is dropped, and the corresponding needle (grey columns) is pushed out of work (OOW), back to the A position. Ladders will form in those locations on the needle bed.
The yellow cells mark the stitch columns left undisturbed, while the pink and blue mark the stitch/needle locations involved in the cable crossings. The latter are consistently made in the same direction.
After each cable is made, restore needle preselection to maintain correct patterning.  The swatch may be knit monochromatic or as here, using contrasting colors

A return to loopy knits

Fringes, loops, and pile/carpet knits are populating Fall knitwear runways.
Pile knitting is best executed on Studio knitting machines. Love the knit structure? find a Studio KM to borrow for the project.
Fringes are essentially long loops, and share principles with knitweaving.
Previous posts
Pile knitting on Passap and Brother KMs 4
Pile_carpet stitch knitting on Passap and Brother KMs 3
 
Pile knitting on Passap and Brother KMs 2
 
Pile knitting on Passap, Brother, and Studio KMs 1
With Studio KMs outside the range of possible use, there are loop techniques that can be executed manually on any gauge machine
The first sample is knit on a 4.5 mm 930.
A downloadable punchcard volume for Studio aka Silver Reed machines offers punchcards for the double bed technique referred to as punch pile In analyzing the repeats, the black cell rows represent loops picked up on the main bed, the blank rows the carriage passes knitting every stitch on the ribber alone holding the loops down.
Applying permanent loops to the surface of a knit using Brother knitting machines falls into the knit weaving family.
The knitter can choose color placement and changes, as one might in intarsia.
Previous related posts:
Machine knit fringes 4, long loop patterning , my first use of straws, bulky loop yarn, the main bed programmed repeat:  Long loops: a bit on method includes instructions on the use of single bed cast on comb, rulers, ribber gate pegs.
As usual, my swatches begin with random yarn choices from my stash, using colors that will help identify proper stitch formation, and just as a random return to designs intended for other fabrics in previous shares.
Developing a repeat: since the loops are created by hand, the goal is to work with larger loops than those in automated punch pile designs.
In the past, I was drawn to and explored truchet tilings
Truchet tiling design inspiration 1
Truchet/Smith inspired designs 2 meet ArahPaint
More Truchet inspired tiles, a brief look at gradient filter use included this 3-color knit sample resulting from an img2track color-separated DBJ repeat Aiming to form large loops and a larger scale motif with more than one knit row between rows of them, the original 24X48 repeat,  evolved into a very different 48X48 repeat.   The full design in gridded view: The process used to attain it: the original repeat was scaled x3 in height, and then again in width X2 for visual balance  Working in RGB mode the 48X144 image was opened in Gimp, and a new image file in the same size was added with a white ground, and then a third 48X3 image with rows 2 and 3 colored in red. The latter saved to the clipboard, may be used to bucket-fill the all-white second image.
The white is rendered clear using layer, transparency, and color to alpha.
The result is copied and pasted on the original.
The red is selected by color, filled with white, and fixed by clicking on the rectangle tool.
The mode is changed to BW indexed, and the image is saved for knitting. I grabbed yarns for color visibility and thickness, not fiber content, and in the resulting knit the loops flattened permanently in the red acrylic and the blue acrylic blend. The technique might be better served using a 3/8 wool for the loops.
The work in progress:  The full repeat in the final swatch measures 6X11.5 inches The same repeat was used again, and the red acrylic yarn was switched to the background for a result that would steam flatter permanently, while the loops were formed with triple yarn strands.
It took testing adjustments in tension and loop length, noticeable at the bottom of the swatch images, to achieve consistent coverage and a new tool to form them.   When searching through published sources and adapting them, results can be random or outright failures. Pondering patterning on every other needle, with end needle selection off, this design from:   for 12 stitch punchcard models came to mind, including this chunky machine design The what if repeat, expanding it to a 22 stitch version with every other column blank and checking for proper tiling was not useful as a knit woven pattern, but when used to form loops on preselected needles and graduating the height of the loops the result proved interesting.
Rulers of different widths and thicknesses were used as tools used to form the loops including but not shown, the metric ruler supplied with Brother knit leaders. Diagonal designs, in particular, can be hard to force into 12 or 24-stitch conventions. With further editing, the published repeat is adjusted to larger 23X18 pixel dimensions, appears to align correctly, and will be returned to in a post containing more knitwoven samples.   This test begins with caution, then produces a dense pile testing the limits on yarn thickness using the repeat:   Pony beads were threaded on a double strand of cotton from an unmarked cone, and loops were formed with beads advanced and placed between and below preselected needles.
Spacing was tested before committing to the final choice, the same repeat as in the above swatch.
The bead-carrying yarn was pulled to tighten it across the previous woven row just before laying it in place for the next patterned row.
Bead addition was also tested between chains in bind-off.

Tuck stitch meets knit-weaving

This video was recently shared on Facebook. The sample in the video was knit on a Studio/Silver Reed brand knitting machine and prompted the question about the possibility of knitting the same pattern on a Brother machine.
Some techniques require infinite patience.
A summary of observations made looking at the video:
1: the machine tucks for two rows
2: the card is set to elongation for weaving rows, where the pattern selection continues, but the carriage is set to knit the background for woven rows
3: the carriage is set to tuck once more to complete what are 8 or more rows of pattern
4: start the process again by knitting four rows of tuck followed by 2 rows of knit weaving until the top of the piece is reached, ending with two rows of tuck before binding off.
Studio machines select as they knit each row, while Brother machines preselect each row as knitting continues after the initial preselection row.
There cam buttons switch from tuck to knit, and the card rotation settings are changed frequently from single to double length on the repeat segment as given.
To mimic the video, this is a chart for the adjusted repeat planning to knit a swatch on an electronic model using 2 knit carriages selecting needles with the pattern advancing one design row for each pass of the carriage.
The cam button variations: the yellow cells mark tuck stitch rows. The red cells mark the knit-woven rows, where the carriage is set to knit with continued pattern selection, and a weaving yarn is brought into play for 2 rows.
The knit carriage is then set to tuck once more, and the process repeats.   Punchcard users working with a single knit carriage can punch all black cells in the width given in the chart, and twice its height for 48 rows, eliminating the need for elongation shown in the video.
Using 2 knit carriages can eliminate cam button changes from tuck to knit and back.
When using any pair of carriages to select needles, each carriage must be disengaged from the belt while the other carriage is being used to avoid breaking it, so extension rails are required.
I began with the sample knit on 30 stitches on my 930.
The carriage set to tuck operates from the left, the knit-weaving one from the right, with the first preselection row made from right to left.
The 30-stitch test includes a one-stitch knit border vertically on either side. The main background yarn used for tuck rows color is a 3/9 wool, and the knit weaving carriage is threaded with a slightly thinner, darker yarn of unknown thickness. The weaving yarn is a worsted-weight wool.  Changing the ground yarn to the same yellow 2/20 in both carriages, the pattern was first knit in tuck stitch alone, possible for 6 rows because of the yarn thickness,  and then using the 2 carriages knit weaving at the same intervals resumed.   A pair of some of the previous posts on using 2 knit carriages to select needles on Brother machines
Knitting in pattern with 2 carriages vs color changer, Brother punchcard KMs 2 
Knitting in pattern with 2 carriages, Brother punchcard KMs 1 
The Punchcard used in the video Brother punchcard machines repeat the preselection of needles on the first pass with the carriage from the opposite side to advantage in reproducing the swatch. The two 892E carriages  If a second punchcard carriage is not available but an electronic one is, the model year may affect the fit, but an electronic carriage can be used on a punchcard machine to advance the card and select needles.
The first row on the Studio card is locked on row 3 to preselect the first tuck row on the Brother from right to left
Rows 1-2: COL, set the carriage to tuck in both directions, make 2 carriage passes, ending COL with the carriage positioned on the extension rail, clearing the belt
Rows 3-4: COR, begin with the second carriage set to KC and outside the set line, and do not push in any cam buttons. Prepare your weaving yarn. Knit to the left, the card does not advance.
COL: weave the second row, move the carriage back ending COR on the extension rail, clearing the belt
Rows 5-8: COL, the card does not advance on the first pass to the right, knit 4 rows of tuck stitches, ending COL on the extension rail, clearing the belt
Rows 9-10: COR, repeat 2 rows of knit weaving
reminder: any hesitation with movement back and forth of either carriage once it is on the knit bed and selecting, will advance the card one design row
Repeat Rows # 5-10 twice to complete each full repeat segment
Choose an ending pattern segment and bind-off.
The proof of concept uses two slightly different yarn background shades again   Other tuck-stitch combination fabrics
Tuck stitch combination fabrics 
Combining tuck stitches with lace 2 (automating them)
Combining tuck stitches with lace 1
Tuck and garter stitch: from hand knit to machine knit

“Crochet” meets machine knitting techniques: working with short rows
More on using multiple carriages
Revisiting knitting with 2 carriages single bed, 910 vs Ayab so far
Geometric shapes on ribber fabrics with tuck stitches 2; knitting with 4 carriages 
Ribber fabrics produced with 2 knit carriages selecting needles 

Knit weaving 1

In knit weaving, the knit carriage is threaded with the main yarn as usual. The choice of pattern is determined by needle selection. The most basic technique involves pulling the desired weaving needles forward manually or by using needle pushers which are available in a range of selection options. Automatic needle selection makes the process faster, consistent, and capable of more variations.
The weaving yarn, according to instructions in manuals, may be threaded through the tension mast and guided through the weaving yarn guide. Feeding thicker yarn smoothly through the standard mast may become problematic. Moving yarn from the groove on one side to that on the other is cumbersome. The punchcard machine manual for the 860 machines has some clear illustrations and directions  From the 260 manual: The “yarn guide” is that mysterious notch in each arm of the sinker plate. In the Studio accessory, the AW1 weaving arm, the yarn is also fed through the yarn mast, and moved physically from side to side after each pass of the carriage. Start the piece with waste yarn and some evenly distributed weight based on fabric width. Make sure the weaving brushes are activated. In Brother standard, their position is changed using the corresponding lever, in the bulky 260 the L and R wheel brushes need to be placed in their corresponding slots.  A good repeat, to begin with, is one that selects every other needle, every other row. The card is a standard factory issue with punchcard machines. In general, the knitting yarn is thinner than the weaving one. The tension needs to be adjusted to accommodate the surface yarn, not the background one. The tighter the tension the firmer and narrower the weave. It is also possible to create soft knits with a lot of drape ie by using sewing thread for the ground and fine mohair for the weft, there is a huge range for exploration.
The “weft” precedes the base knitting yarn which knits the stitch. It is laid over the top loop of the old stitch on a needle selected by a hole in the card and goes underneath the top loop of a previous stitch on a needle not selected by a blank on the card. When card 1, above, is in use, the weaving yarn is caught in a series of two loops, one above, and one below forming a honeycomb effect.  The structure is typically illustrated in these ways in Japanese reference books and magazines in particular. Early Brother punchcard volumes have illustrations of the over_under structures and in-between floats along with providing the pattern repeats. Setting things up:  the weaving yarn is in front of the machine, fed from the floor. The short end goes to the carriage side, the long end is away from it. It is laid in front of the gatepegs, atop selected needles. A clothespin can provide enough weight on the short end to keep it from riding up and having to be managed with one’s hand. “Weaving” can begin from either side, here it starts on the left. Knitting in 2-row sequences will return the yarn ends to the starting position. Locking the card, as with any other pattern, will repeat the same needle selection, creating vertical repeats that resemble twill weaving on a loom.
a: card set to advance normally, b: card locked a: because stitches are actually knitting every other row, slipping while the needles on each side of them knit, they will alternately be a bit elongated; b: same needles knit every row, so their appearance is consistent. Depending on the difference in yarn thickness, the knit stitches in the ground become forced apart with what can be significant “bleed-through” on the reverse of the weaving to make that a really interesting fabric feature as well.
Some weaving patterns with variable floats will produce better edges if the end needles are brought out to E in every row if not selected to that position by the reader.
If a hairy or fuzzy yarn such as mohair is used the fabric may start to bunch up, it may be necessary to reach up from behind the knitting and gently pull to release the little hairs from the gate pegs.
Most punchcards designed for weaving aim for short floats formed by unpunched areas, longer ones on occasion are planned for added manipulation.
Moving the yarn from the groove on one side to that on the other is cumbersome. Another way of working: the main yarn is threaded as usual and the weaving yarn sits on the floor. The method is often referred to as intarsia weaving. The shapes may be created using various punchcard designs ie diamonds, squares, etc, free-forming, or even through following planned drawings on knitleader mylar garment shapes.
The knitter guides the yarn. If the yarn is held too loosely it may jump off the knitting while weaving and thus create long loops. It should be guided and held just enough to slip through the hand as the carriage is passed.
Preselect for the first row of knitting. Lay the weaving yarn across selected needles in the direction in which the carriage will be moving.
If using yarns of different yarn weights within the piece, multiple strands of the thinner yarn may be used together, but test how the strands feed and if plying might lead to problems. Using wrapping methods on some rows or even creating floats and hooking them up periodically can produce added interest.
If using more than one yarn per row, the approach is similar to intarsia. In true intarsia, every needle is in use. These illustrations are from an intarsia carriage manual;  positioning the yarns for a first row from right to left, the “wraps” needed in each direction In knit weaving, assuming the first pattern row is preselected from left to right, with COR, the short end of the yarn of the carriage side, bring the first weaving yarn up from the floor, and lay it to the left across the selected needles, bringing it down between the last selected needle for A, and the first selected needle for B. In one method, bring the long end of the second yarn, B, up on the right side of the needle over which A just crossed, and lay it over the remaining selected needles and down to the floor. Small clothespins may be used to hold the short ends in place. When all the yarns have been laid in, grasp the ends loosely, pass the carriage to the left, and the first woven row will have been completed. The carriage will now be on the left, COL. For the next row begin on the right, bring A up and between the two needles directly above it, take it over selected needles to the end of selected needles, and down to the floor. Then take yarn B and bring it up around the left-hand needle, over and to between the two needles that served as the starting position for A. The yarns do not overlap the same needle going to the right, but they do to the left.
The more traditional intarsia crossings may also be used, with the new yarn passing under and over the old between needles, as seen here with the next row to be knit from left to right. a: crossings made using the traditional intarsia method, b: wrapping over the adjacent needle moving from left to right, c: no crossing at all also revealing single knit stitches between weaving yarns. In some spots, my weaving yarn split and got knit along with the ground yarn. To create isolated shapes: lay the yarn in any chosen area Shaping may happen in a straight vertical, a, there may be a slight separation along that edge. Increases are possible on both sides at the same time, and are best done by adding single new selected needles to the pattern, b. Moving further out crossing over more weaving needles will cause floats, as seen in c and d. The woven segment forces the knit stitches apart, so the stocking stitch on either side of the shapes, e, appears to be formed  by smaller stitches, and pulls in toward the shape 
The ground yarn and color may be changed for added striping and color interest. Sharp angles are created by crossing over two weaving needles, and more gradual ones by crossing over more needles. Blank areas of ground may be left as well.
The intarsia approach may also be used with other cards designed for all-over patterning.

Using far thicker yarns may be made manageable when changing the card repeat or using weaving repeats with 12-stitch wide repeats, working on specific needles on a punchcard machine, or simply programmed twice as wide on electronic ones. The expanded version of every other needle set up for the punchcard models.  Sometimes plain knit rows need to be added between lines of weaving to help manage thicker yarns in any configuration or to add color interest and width changes to the piece.
Woven rows may be used to create folds in pleats.

Other weaving techniques include the pulling-up method, as a stand-alone or combined with lace patterning: from a Brother punchcard volume Three more hooking-up variations, including latching graduated-size floats 
A later experiment combining weaving with tuck patterning Hand techniques: e-wrap rows may also be incorporated with any of the above or used alone, sketches of some varieties may be used around every needle or every other depending on the thickness of the yarn: a sketch eons ago  Commercial warp knit structures are often represented as in this illustration. On domestic knitting machine models, a knit ground is needed to anchor the moving loops, which in turn are added on as a hand technique, referred to as vertical weaving, sometimes simply as embroidery.
Japanese instructions that came with the purchase of the standard garter bar had schematics for a variety of surface treatments. The accessory came with foam-backed strips intended to be clipped onto the width of the garter bar segment being used, useful in maintaining even spacing between yarn threads when working on wide areas of vertical weaving, as well as providing helpful weight. Any weight used to help handle the long ends of the weaving yarn on any number of threads will need to be moved down periodically.    More wrap ideas Variations can happen by changing the spacing between wrapped stitches, the number of rows between the moves, spacing threads apart, and using yarns in different thicknesses and colors.
In terms of tools to hold the weaving yarns, in addition to the garter bar, multiple transfer tools may be used, even bobbins. That said, the most efficient way is to have a guide suitable for the overall fabric, especially when creating wider pieces with spaced weaving repeats. It is possible to create cardboard guides with holes based on gauge, whether on the standard or the bulky and with 3D printing nowadays a whole other world for custom tools is open. Matching the gauge with guides has some leeway, but the closer the match, the faster and easier the process. When using thicker yarns for the warp knit, spacing in both stitches and rows becomes a necessity.
A half-hearted attempt at a template. Markings were generated to be point/mm specific. If working in narrow panels, individual segments may be more effective to manage if a bit slower to use than a wider tool.
This is the wrong way to feed the yarn, as the row gets knit woven in, the yarn will be locked in place and cannot be advanced to proceed up the knit The way to have continuously available yarn Adding a second set of holes for the yarn stabilize the short yarn ends and maintain even spacing throughout, some tape could be used in addition to secure the ends on wider widths of vertical weave A spreadsheet or graph paper may be used to plan the configuration of the weaves including double wraps, this was executed using Numbers, individual bobbins might be a practical consideration In my own experience most hand techniques and single bed textures are far easier to execute with the ribber removed. It is easier to view progress, move up weights, and correct mistakes. That said, my machines are all set up with the ribber brackets, not flat, I feel it helps slide the knit down toward the gate pegs, and in my opinion that makes textures and even lace easier to produce. I have ribber covers, they can be improvised if needed with paper or cloth, never use them since I see no reason for moving the knit on the top bed in front of the ribber. If the ribber is removed, it is worth checking its balance once more prior to returning to any rib knit. Ultimately this sort of thing is about personal preference, no steps are ever universally applicable and correct.

Tufting may be created with the help of a sewing machine.

“Weaving” foreign objects can be achieved by picking up loops from other knits, woven, trims, crochet chains, etc. Beads may be threaded onto weaving yarn as well.

 

Knit weaving 2: swatches, experiments

Many of these swatches are part of my stash from my teaching days. They were usually not intended for finished pieces, merely to illustrate a range of possible results with the techniques, often produced during my demonstrations. The colors were chosen to stand apart in the shared yarn stash in the studio, intended only for my personal use and for easier visibility during demos. The latter were being videotaped from some height and projected onto a large screen during classes for added visibility. At times enrollment was between 15 and 20 students per session.
Eyelets indicate tension # used for ground yarns. It is best to avoid dots between whole numbers. If swatches are too small to reflect the tension used, knots can be placed on yarn ends at the start of each experiment. The ends themselves may need to be doubled to make knots palpable.

thin mohair over a cotton/poly chenille over cotton, tests for a pillow 
chenille ground, wool weft hooked up floats vertical weave, the second with a scorched spot from an iron, experimenting with direction of wraps, a combination of loops and wrapswool ground, felted, monochrome acrylic weft, cut floats wool weft over cotton, cut floats, further trimmed in the top photo The same card 3 ways: the weft is too soft, the effect is lost in monochromatic version, cut floats become muddied with wear worked in the intarsia method, with a separate yarn strand for each shape, possible on monofilament to create floating shapes when placed over another fabric layer crochet start as cast on fringe woven with multiple strands of thin yarn appliqued to a long swatch.   beads strung through dental floss hooked on periodically, horizontal wraps;

ladders and long stitches with a needle or tool such as this, found in fabric stores, 10.5 inches in length automated pattern with added weaving through ladders “loop embossing”, separate threads were worked in and out vertically through ladder spaces worked on bulky 260, tension 2, using card 1 weaving and lace combinations. Weaving yarns may be laid in between the beds with the ribber in use. This is the option for “weaving” on the Passap. 1: shows the rib needle configuration, 2: racking is added, 3: floats are teased out. In the latter, a sewing machine could always be used to anchor added float arrangements. In this swatch, a waffle weave effect of sorts was intended between EON rib columns. The horizontal pairs of treads are an easy guide for feeding the yarn across rows with the work off the machine. Here the chenille was “woven in” off the machine using a tapestry needle, double-strand at the top 2 rows, single below them. Beads can also be threaded and laid in one at a time between the rib columns, Any fabric with eyelets may be used as a ground for inserting fabric strips, very thick yarns, even hard objects such as rods or twigs. A quick grab of random studio bits resulted in these: torn fabric has frayed edges that can be used to create secondary patterns depending on the fabric, and the way the strips behave depends on the width of the cut. A bodkin is useful in the threading process. Bodkins measure about 3 inches, and cost about $3 in US sewing supply stores a narrower strip of the same fabric began to permanently twist using thick yarns  Plastic bag strips “woven” on a Passap, “floats” were cut after finishing the piece used in a wearable made during my student days for a “recycling” art day. Hooking “things” on in a variety of ways, varied wraps, mixed techniques roving
strips of torn silk individually placed  wire shavings, on bulky  lace and trims hair decor and kite string tube knit on child’s circular “machine”

Finished items from eons ago, the pillow used the gauge calculated based on  the chenille swatch included above, the sweater was for my mom, likely knit in the very late 1980s