Load
from file
from server
Save
Sim
Knitout
Parametric
Programs
Pattern
History
0.25
Min
0.25
Max
10.0
Auto
Coarse
Medium
Finest
Verbose
Expert mode
WASM debug
Load globals
Render
None
Mesh
D all
D b-b
Robust meshing
Profile
Custom
Precise
Medium
Fast
Mesh levels
Level factor
2
4
8
Min dimension
NH power
NH thresh
Geodesics
FLoyd
DFH
DPH
Heat
Refinement threshold
Flow acc
Time acc
Stretch range
Time moment
Constr. support
Max iter
Δt equation
Source
Target
Both
Shaping S
max
Global S
max
Aliasing
Budget (glo)
Budget (loc)
Uniform branching
Even interfaces
Mixed shaping
Minimize wale difference
Strategy
None
Max
QIP
Sub-sample alignment
None
Min
All
Sub-sample depth
Adaptive threshold
Vertical alignment
Bottom
Middle
Top
Subdivision
Even
First
Last
Course acc
Wale acc
Wale dist
Seams
Flow
Global
Local
Short rows
SRSP
Local scaling
Border default
Support
Subdivision
RDiag
LDiag
RCol
LCol
Random
Stop level
None
Sampling
Tracing
Nodes
Independent sub-graphs
Filter planar insertion
Algorithm
Forward
Greedy
Optimal
Offset error
L0
L1
L2
Flat layouts
Trivial
1-Fold
C-Shape
All
Flat flipping
Binding branches
Use greedy tension
Simple offsets
Step decr.
Step incr.
Max shift
Max pending yarns
Use legacy slicing
Cast-on
Interlock
Kickback
Insert depth
Pick-up stitch
Shaping
CSE
RS
Multi-transfer
Reduce transfers
Increase
Miss
Kickback
Split
R-Split
Split via sliders
Direction
Inward
Outward
Stitch Number for Increases
SR tucks
Intarsia tucks
Both
CCW
CW
None
Tucking side
After
Before
Safe tucks
Max intarsia passes
Yarn switch on intarsia tuck
Zipped .K
Graph labels
Label style
No error
Zoom: 100
Settings Editor
Target
Yarn Sizing
Yarn Carriers
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Save
{}
History
When
Every action
Every 5s
No history
Size
No limit
10k entries
1000 entries
100 entries
10 entries
Right now
Initial
Export history
Load history
Stitch Program Editor
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// knitting code
Documentation
You can use the following methods:
Parameteric Curve
Curve
-- new --
Parent
SubCurve
Constraint
Seam
Off
Auto
On
Degree
Type
Simple Spline
Catmull-Rom
Tangent Spline
Normal Spline
CR α
Full
Sample S
Control
Linear
Normal
Tangent
Angle
Weight
Angle
Invert
Sample C0
Weight
Invert
Sample C1
Weight
Invert
Sample E
Control
Linear
Normal
Tangent
Angle
Weight
Angle
Invert
T value
D
1
value
Knitout Editor
Target
Sketch
Load
Save
;!knitout-2 ;;Carriers: 1 2 3 4 5 6 7 8 9 10 ;Node knit + f0 1 knit + f2 1 knit - f1 1 knit + f0 1 ; $meta=0 knit + f1 1 ; $meta=2
Documentation
See the
specification
.
Operations:
Sketch Simulation
Mesh 0
Mesh 1
Mesh 2
Level 0
Level 1
Level 2
D3
NGraph
Update
Export
Rest
Current
Pattern Editor
Load
Save
.png
.txt
W
H
+90°
-90°
H-Flip
V-Flip
R=10
Mapping
-
K
P
L
R
T
M
x
+
S
-
K
P
L
R
T
M
x
-
K
P
L
R
T
M
x
+
Properties
<
Anchor #0