TemplatesLearnPricing
Community
Facebook GroupDiscord Server
Sign Up
Video Tutorials
Weekly Live Sessions
Getting Started
What is Cuttle?Make a free name keychainMake connected textMake laser cut boxes
Laser Cutting Fundamentals
Cutting, Scoring, Engraving - what’s the difference?Using Cuttle with GlowforgeUsing Cuttle with LightBurnUsing Cuttle with xTool StudioUsing Cuttle with WeCreat MakeIt!
Account and Billing
How to cancel your subscriptionHow to switch from monthly to yearly billingHow to update your payment methodHow to download invoice and receipt pdfsLicensing
Troubleshooting
Cuttle System RequirementsWhy am I being asked to upgrade when I already have Cuttle Pro?xTool: SVGs are not importing at the correct scale / dimensionsLightBurn: Kerf is incorrectRDWorks: How to import SVG files
Fonts and Text
Adding your own fontsRemoving a font you uploadedHow do I type special characters in Cuttle?Why can’t I see special characters in the font I uploaded?How to offset text for laser cuttingAdding your own icons
Cuttle Editor Basics
Can I use Cuttle to make my own designs?Understanding the Cuttle interfacePen tool and path editingGuidesChanging unitsCopying componentsHow to use Export for Print & Cut
Cuttle Editor Tools & Modifiers
Warped TextText Along PathText Within BoxCustomized repetitionsCreate a grid of hexagons with Tile RepeatWeld and ScoreAuto LayoutSwitcherVisibleRound CornersAttachMaskFlatten
Making Your Own Templates
Make an engraved name templateMake a layered name templateHow to generate a custom filenameHow to add recommended fonts
Cuttle Creators
Join Cuttle CreatorsHow royalties and payments workCuttle Creator responsibilitiesTemplate guidelinesAdditional questionsInformation for new Cuttle CreatorsSlots Best Practices
Parameters
Getting started with parametersShowing and hiding parametersVector referenceMath reference
Scripting
Getting started with scriptingCode componentsScripting fundamentalsCalling other components and modifiersWorking with paths
Scripting Reference
Math
VecAffineMatrixBoundingBox
Geometry
AxisRayLineSegmentCubicSegmentOverlapSpanOverlapResult
Graphic
AnchorPathCompoundPathGroupColorFillImageFillStroke
FontFontGlyphRichText
RichTextGlyphRichTextSymbol
Random
RandomGenerator
Utilities
ContainmentPathContainment
InterfacesBuilt-in ShapesBuilt-in Modifiers

Math

Functions

mix(a,b,t)→number

Linearly interpolates between numbers a and b by the mixing factor t.

a
number

The value when t is 0

b
number

The value when t is 1

t
number

The mixing factor

Returns a value between a and b

mixAngles(a,b,t)→number
a
number

A normalized angle (in degreees) between 0 and 360

b
number

A normalized angle (in degreees) between 0 and 360

t
number

Returns an interpolation between angles a and b, taking the shortest path

mixCyclic(a,b,t,base)→number

Linearly interpolates between numbers a and b by the mixing factor c. Assumes that that interpolation occurs in a closed loop and takes the shortest path from a to b.

This is useful when interpolating cyclic values like "time" in a closed path, or angles.

a
number

The value when t is 0

b
number

The value when t is 1

t
number

The mixing factor

base
number

The size of the cyclic domain. For angles specified in degrees this would be 360.

Returns a value between a and b

clamp(x,min,max)→number

Constrains a value to not exceed a maximum and minimum value.

x
number

The value to constrain

min
number

The minimum value to return

max
number

The maximum value to return

Returns a value between min and max

saturate(x)→number

Constrains a value to the range 0 to 1.

x
number

The value to constrain

Returns a value between 0 and 1

smoothstep(edge1,edge2,x)→number

Smoothly interpolates between 0 and 1 when edge0 < x < edge1.

edge1
number

The value of x where 0 will be returned

edge2
number

The value of x where 1 will be returned

x
number

The value to use for interpolation

Returns a value between 0 and 1

fract(x)→number
x
number

Returns the fractional part of the value x

angleDelta(a,b)→number
a
number
b
number

Returns the shortest signed angle from a to b in degrees.

Constants

RADIANS_PER_DEGREEnumber

The conversion factor from degrees to radians.

See radiansFromDegrees().

DEGREES_PER_RADIANnumber

The conversion factor from radians to degrees.

See degreesFromRadians().

PInumber

The ratio of a circle's circumference to its diameter. Pi (π) radians equates to a 180° rotation.

TWO_PInumber

Defined to be PI * 2. In radians, this represents a full 360° rotation.

TAUnumber

Equal to TWO_PI. Tau (τ) is the ratio of a circle's circumference to its radius.