Change angle of parallel hatch lines @param ang the angle from +x in degrees @see hatchAngle @see hatchAnglesDeg

Change angles of parallel and cross hatching lines @param ang1 the angle from +x in degrees (for parallel hatches and the first direction of cro

Switches the algorithms used to compute the drawing @param mode one of ADAPTIVE (use most appropriate method for each situation according to Lingd

Change hatching pattern @param mode This can be one of: PARALLEL, CROSS, CONCENTRIC, SPIRAL, PERLIN, VECFIELD, DRUNK

Changes the scaling for perlin noise hatching @param s the scale

Changes the spacing between hatching lines: a.k.a sparsity or inverse-density @param d the spacing in pixels @see strokeSpacing

hatch a polygon with SPIRAL mode (using vector math). a simplified version of hatchSpiral(4) where orientation of polygon is always checked @param p

Will return true since <code>@example</code> can be used in constructor documentation. @return true since <code>@example</code> can be used in constru

Will return true since <code>@example</code> can be used in field documentation. @return true since <code>@example</code> can be used in field documen

Will return true since <code>@example</code> can be used in method documentation. @return true since <code>@example</code> can be used in method docum

Will return true since <code>@example</code> can be used in method documentation. @return true since <code>@example</code> can be used in overview doc

Will return true since <code>@example</code> can be used in package documentation. @return true since <code>@example</code> can be used in package doc

Will return true since <code>@example</code> can be used in type documentation (classes or interfaces). @return true since <code>@example</code> can b

Will return false since <code>@example</code> is not an inline tag. @return false since <code>@example</code> is not an inline tag.

Set the minimum stitch length. Drawings with higher precision than this will be resampled down to have at least this stitch length @param x the mini

offset a polyline by certain amount (for outlining strokes, naive implementation) @param poly a polyline @param d offset amount, positive/neg

Run TSP on polylines in the current design to optimize for connective path length @param trials number of trials. the more times you try, the higher

Calculate distance between point and line @param p the point in question @param p0 a point on the line @param p1 a different point on the line

Compute area of polygon @param poly the polygon @return the area

Check if a polygon completely contains another @param poly0 the polygon that is supposed to contain the other one @param poly1 the polygon that is s

Draw a quad @param x0 x coordinate of first vertex @param y0 y coordinate of first vertex @param x1 x coordinate of second vertex @param y1 y

Add a quadratic bezier vertex to the current polygon/polyline. This must be preceded by beginShape() and at least a vertex() @param x1 x coordinate

Add a quartic bezier vertex to the current polygon/polyline. This must be preceded by beginShape() and at least a vertex() @param x1 x coordinate of

Add a quintic bezier vertex to the current polygon/polyline. This must be preceded by beginShape() and at least a vertex() @param x1 x coordinate of

Add a rational quadratic bezier vertex to the current polygon/polyline. This must be preceded by beginShape() and at least a vertex() @param x1 x co

Modifies the location from which rectangles are drawn by changing the way in which parameters given to rect() are intepreted. @param j Same as Proc

Register this Taglet. @param tagletMap the map to register this tag to.

Half the number of vertices in the polyline by joining every two segments @param poly the polyline @return the resampled polyline

Resample a polyline to make it have N vertices, while keeping important turning points. Can be an upsample or a downsample. Each resultant segment ha

Sets how the SATIN hatching mode operates. @param mode This can be one of ZIGZAG, SIGSAG, or BOUSTROPHEDON

Scale subsequent drawing calls proportionally @param x multiplier on both axes

Sets the file exporting behavior if a stitch was placed out of bounds. @param mode This can be one of WARN, CROP, IGNORE, ASK, or ABORT

Set the output file path. The filename should include the file type extension. Supported embroidery formats are: .DST, .EXP, .JEF, .PEC, .PES, .VP3, a

Set render order: render strokes over fill, or other way around? @param mode This can either be STROKE_OVER_FILL or FILL_OVER_STROKE

Sets whether SPIRAL hatching proceeds clockwise or counterclockwise @param mode This can be CLOCKWISE or COUNTERCLOCKWISE. CW and CCW are also per

Set stitch properties @param msl minimum stitch length @param sl desirable stitch length @param rn resample noise -- to avoid alignment patterns

Set the vector field used for vector field hatching @param vf a vector field defination -- simple, just a class with a get(x,y) method

Shear subsequent drawing calls along x-axis @param x shear amount

Shear subsequent drawing calls along y-axis @param x shear amount

Set the desirable stitch length. Stitches will try their best to be around this length, but actual length will vary slightly for best result @param

Sets the orientation of the stitches within a stroke @param ang the angle (in radians)

Sets the orientation of the stitches within a stroke @param ang the angle (in degrees)

Set the position of the stroke, relative to the shape's edge @param x Float between -1.0 (inside) and 1.0 (outside). 0.0 is centered.

Change outline drawing method @param mode This can be either PERPENDICULAR or TANGENT

Draw stroke (outline) for a polygon using the TANGENT style (using vector math) @param poly the polygon @param n number of strokes @param d s

Changes the spacing between stroke lines: a.k.a sparsity or inverse-density @param d the spacing in pixels @see hatchSpacing

Given the <code>Tag</code> representation of this custom tag, return its string representation. @param tag the <code>Tag</code> representation of th

Turn resampling on and off. For embroidery machines, you might want it; for plotters you probably won't need it. @param b true for on, false for o

First apply raster thinning (skeletonization), then vectorize the result into polylines @param im the bitmap image @param W width of image

First apply raster thinning (skeletonization), then vectorize the result into polylines @param im the bitmap image @param W width of image

First apply raster thinning (skeletonization), then vectorize the result into polylines @param im the bitmap image @param W width of image

First apply raster thinning (skeletonization), then vectorize the result into polylines @param im the bitmap image @param W width of image

Draw a triangle @param x0 x coordinate of first vertex @param y0 y coordinate of first vertex @param x1 x coordinate of second vertex @param y1

Visualize the current design on the main Processing canvas @param color whether to visualize color, if false, will use random colors; if stitches