List of Woodman Docker functions for CorelDRAW

Calculate the cost based on length and area

Detailed breakdown by color

Detailed time estimate

Add a new material or operation to the list (on the left)

Select objects by color, assign a color to an object, or add a new material if one isn’t already set for that color.

Select objects by color, assign a color to an object, or set the material color and/or name depending on the calculator’s selected operating mode.

Compiles all colors, fonts, and effects of selected objects into a clear list

Selecting objects by color

Mark the current color.

Scan layers to control visibility and locking, and move objects to a layer.

It saves the layer, coordinates, and angle for each selected object—directly in the object’s properties—so that everything can be restored to its original state later by clicking the “Restore” button.

Restore objects to their original layers

Scan colors and create swatches for replacement

Save the color replacement pairs. Note: When changing colors, you must update the memory!

Change the fill colors according to the predefined pairs stored in memory

Change the outline colors according to the predefined pairs stored in memory

Outer outline for individual objects. Create a stroke if it is a bitmap image.

Inner contour for individual objects. Create a stroke if it is a bitmap image.

Round selected objects or nodes

Move selected objects to a layer

Groups objects whose bounding (square) boxes intersect or are nearly touching—the “Gap” field specifies how close they are. If the entire document is selected, all objects on the page are placed into a single group.

Group the selected objects, preserving the layer, order, position, and angle of each object; then ungroup them within that group.

Similar to grouping by frame, but objects are grouped strictly based on their shape and must actually touch each other. The “Clearance” field specifies how close objects must be to be considered touching.

Auto-grouping by rows (based on center alignment)

Automatic grouping by columns (based on center alignment)

Add an object to a group

Merge all overlapping objects (based on the gap)

Cut out objects from the largest one (by area); all others are cut out as well

Unlink all objects and effects, break up the text into individual letters, and remove everything from the placeholders.

Sort objects by layer based on their position on the page

Aligning objects by rows and columns, taking into account the distance between them

Select standard rectangles (not converted to curves)

Select standard ellipses (not converted to curves)

Select arbitrary curves

Select standard polygons (not converted to curves)

Select all text objects

Select grouped objects

Select closed objects

Select objects with a solid fill

Select objects with outlines

Select raster objects

Select objects with an applied effect

Select locked objects

Select objects with a right-click

Set the selected object as the template for subsequent operations. This also applies to certain other buttons throughout the Docker. If no template is set, the last object serves as the template.

Insert the template in place of the selected object. If no template is set, the last object serves as the template.

Fill in according to the template. The last object (sample) in the template replaces everything selected in the specified areas, defined by rectangles or other objects. Size, curves, and font settings affect the result (read the tooltips for these).

Apply the properties of the last object (template) to the selected objects without replacing the objects themselves.

Select objects based on specific properties (length, width, etc.). If no master is set, the last object serves as the template.

Fill the shape with a pattern

Swaps the values entered in the width and height fields.

Resize each individual object.

Adjusts the object's size to the previously selected size in the Window (Perimeter).

Scale the object according to the first object. If it is a rectangle, scale along the long side; if it is a line, scale along its length (even if it is slanted).

Align the perspective to the quadrilateral. First, select a closed quadrilateral, then the image.

Trims or extends curves within a single object if the ends are close to lines. (double radius)

Places dimension lines on selected objects—horizontally, vertically, or between parts (checkboxes on the right)

Evenly distribute the object (duplicate it) along the selected path.

Distribute objects at a specified distance

Distribute objects along the nodes of the selected curve.

Distribute objects evenly around the last selected object in a clockwise direction

Spread the first half of the objects across the second half.

Center nodes between selected adjacent nodes

Rotate each object by a specified angle

Rotate counterclockwise by an angle 0°

+ Alt: Rotate clockwise
+ Ctrl: Make a copy
+ Ctrl+Alt: Reset the rotation center to the center of the shape

Rotate counterclockwise by an angle 45°

+ Alt: Rotate clockwise
+ Ctrl: Make a copy
+ Ctrl+Alt: Reset the rotation center to the center of the shape

Rotate counterclockwise by an angle 90°

+ Alt: Rotate clockwise
+ Ctrl: Make a copy
+ Ctrl+Alt: Reset the rotation center to the center of the shape

Rotate counterclockwise by an angle 180°

+ Alt: Rotate clockwise
+ Ctrl: Make a copy
+ Ctrl+Alt: Reset the rotation center to the center of the shape

Rotate counterclockwise by an angle 270°

+ Alt: Rotate clockwise
+ Ctrl: Make a copy
+ Ctrl+Alt: Reset the rotation center to the center of the shape

Rotate to zero along the longest segment

Rotate to zero by the angle specified for the segment

Rotate each object so that it takes up the least amount of space.

The angle is specified precisely rather than determined by trial and error, so there is no minor misalignment. Rotations of less than half a degree are not performed at all, to prevent already straight parts from becoming distorted.

Mirror objects along a line or another object. If the click is not on the line, the system checks which quadrant the click landed in—and the mirroring is performed in that direction.

Flip objects horizontally

Flip objects vertically

Shift the center of rotation of objects to the reference point of the last object. Which one exactly is determined by the document’s reference point and the “Center” checkbox: when snapped to the center, it is either the object’s rotation center or the center of the bounding box, as before; when the snap is offset, it is the corresponding corner—provided the checkbox is unchecked on the object’s own frame, rather than on the bounding box.

Remember the positions of objects so they can be restored later using the Undo button.

Return objects to their previously saved position, taking rotation into account

Spread objects horizontally with a distance (between centers) equal to the gap. The *last one repeated* checkbox is enabled, duplicating the last object for each object being spread.

Align objects (stack them one on top of the other) based on the gap.

Create a dashed line on all object lines

Set a breakpoint on the object's line. Press ESC to exit this mode.

Distribute the bridges evenly across the selected area: the number specified will be placed on each closed contour, while the endpoints on an open line are skipped—a bridge at the very edge does not hold anything in place. They are placed in the same way as when done manually: a circle of the specified width is cut out at the location, so on a rounded edge, the bridge follows the curve rather than straightening it out.

Remove the circles marking the undercuts

Insert a rectangle of the selected size

Find empty spaces and fit objects into a full container

Scatters rectangles within a specified area (the last object acts as a container)

Group objects into a grid with a specified spacing. The grid is roughly square, or, if the number of objects per row is specified, it follows that number. Objects can be of different sizes.

Increase the spacing in both directions

Increase the vertical spacing

Increase the horizontal spacing

Reduce the gap in both directions

Reduce the vertical spacing

Reduce the horizontal spacing

Mirror every other object

Select every other object

Rotate every other object by 90 degrees

Place as many items as will fit in the container. Rotate them according to the checkboxes, arrange them by width, and do not sort them.

Replace text objects using the template. You can also number the pages. Leave the template blank so that the entire page title is replaced.

Mark the widest parts of the object with circles

Pre-print check for pure white color, non-disjointed effects, placeholders, resolution higher than 1200 DPI, gradient fills, and text not on curves.

Convert objects to RGB

Convert objects to CMYK

Set the page size according to the selected object(s) and center the selected objects

Gather objects from all pages (except the current one) onto a single page (the current one)

Distribute objects across pages

Delete all pages in the document except the current one.

Move the current page to the very top.

Add a new page at the very beginning.

Create cutting marks

Capture a screenshot from the webcam

Edit current profile

Open the preview and camera settings

Launch tag search with camera

Draw a 30x30 mm calibration cross with an orientation mark

Open the camera and machine calibration preview

Check the connection to the machine and read the current position

Select objects of this color from the highlighted group

Stop the controller without triggering any additional actions.

Reset the controller. A confirmation message will appear before submission.

A short laser pulse to test the response.

Open the controller settings panel.

Send a command to start a job that is already loaded on the controller. Ctrl+click — pause (for AWC and Ruida).

Set the current position as the controller's user zero.

If objects are selected, it loads them onto the machine and runs a frame outline for the current job without cutting.

File management on the machine controller, viewing and deleting

Move the machine head to the point with the coordinates from the adjacent X/Y fields. Without a sign, it is an absolute coordinate; with a plus or minus sign, it is an offset from the current position.

Read the current machine coordinates

Insert saved coordinates into the X/Y fields next to them

Scan the current selection, collect unique colors in the order they appear, and create a layer table

Launch the visualization of the task execution sequence

Prepare a CNC job for the current selection and send it to the controller if all colors have already been configured

Check the connection to the machine controller using the current IP address, port, and selected controller type

Draw the cut-in lines on the selected area.

The cut-in line is drawn along the same curve: the machine requires a continuous path from the cut-in point to the contour to the exit point, so the closed contour is opened.

The piercing point is located where there are no other lines nearby: the plasma cuts a wide hole during the piercing process and can damage an adjacent part. The button always goes inside the groups.

Anchor point: the location where the cutout will be placed manually.

If nothing is selected—it draws a circle the size of the length field; you must drag it to the desired location on the outline.
If something is selected—it simply assigns the anchor name to the selected object, so any object already drawn can become an anchor.

The cutout will be placed at the center of the anchor, at the point on the contour closest to it. Anchors take precedence over everything else: neither the task builder nor the search for free space affects them.

The anchor’s name contains “noout,” so it does not appear in the task. Clearing marks using Shift does not affect anchors—delete them by deleting the object as usual.

Search for duplicate objects (curves) that overlap (negative clearance to search for duplicates regardless of position)

Move a pattern (group) to a curve. Select WHAT, then where to move it.

Rounds off a corner: removes the rounding and makes it sharp again

Remove overlapping lines, partial or complete intersections.

Correct the direction of subpaths to adjust fills.

Repeats the last action for each individual object (Batch Ctrl+R)

Close all documents except the current one without saving

Assemble an order from a collection based on object names

Fill objects in the order of colors from the current palette (ignoring grays)

Merge objects while leaving the border (clipping lines) for quick cutting

Tangents to circles: if an even number of circles are selected, a tangent is drawn for each pair; if an odd number is selected, a tangent is drawn from each circle to the point specified by a click. With Alt pressed, a line is drawn perpendicular to the line between the centers of the first two objects, passing through their midpoint.

Create objects based on dimensions from an Excel table (from the clipboard or a text block). Width, height, quantity, flag, text

Smoothing jagged lines into smooth curves. Using this feature may result in a loss of precision for objects. Angles greater than 115° are smoothed.

Create a circumscribed circle based on the first 3/4 points of the selected object

Check if there are any intersecting lines among the selected objects

Draw a centerline between several simple curves. Select the curves in the desired order.

Create a flow between each selected object. Select the curves in the correct order.

Isolate the outer contour into a separate object

Move nodes without changing the length of the lines. Hold Ctrl while moving to snap to angles that are multiples of 45°. Shift + click to lock a node. Alt to change the length.

Placement of cutouts for the router along the inner perimeter

Placement of cutouts for the router along the outer perimeter

Search for text objects using Shift within subgroups

Replace text objects with Shift inside subgroups

Apply the entered text to all text objects

Create a list of selected fonts. Or replace the fonts for selected objects.

Add fonts from the selected objects to the list; if nothing is selected, you can add fonts from the drop-down list

Show or hide the font list

Add the selected font to the list

Select fonts by number in the list. The numbers are taken from the selected text block; if nothing is selected or multiple objects are selected, the program will prompt you and remember the last entry. Numbers can be separated by anything: a space, a comma, a semicolon, or a new line. The listed fonts are selected; the rest are deselected.

Group text objects into a single text block

Text recognition in images

Convert plain text to formatted text and vice versa, from formatted to plain text.

Convert the fonts embedded in the macro to a single-line font or a stencil font.

You can view the list of fonts in the font catalog (button on the right) under the L category.

Creating barcodes from text objects. The text must be on a single line. The barcode is adjusted to fit the size of the text block.

Rename objects based on text objects. The object name (text block) must be placed on top of each object (outside a group) that you want to rename.

Switches between font collection tabs. There are ten tabs (1–10); they are identical—they are simply separate sets designed to keep fonts for different tasks organized.

Switches to a collection of line and stencil fonts. The list is regenerated from the files in the monofonts folder each time it is opened—you cannot use this button to add, remove, or copy fonts to it; you can only check the boxes to select which ones to use.

Opens a panel where all selection labels are displayed as a list and can be edited directly in the fields

Compiles selected text into a list for editing directly in the fields

Creates a book-style box (money box) with a flexible-cut lid.

Creates many types of boxes: standard, closed, and with a sliding lid. With various assembly options.

Creates a wall from a complex perimeter.

Creates a display shelf with various shelf depth options.

It places one or two guides on the object and breaks the contour at the points where it intersects with them, placing nodes at the cut locations.
Created by Alexey

It remembers the colors of selected samples and paints parts with them—either according to a palette or randomly, with the order shuffled on the layer.
Created by Alexey

Flat pattern for a hexagonal box: a flap for gluing and a lid of the same height.

Slotted box with a glue valve. 0200 — without top flaps, 0201 — with top and bottom flaps, 0216 — with shaped top flaps.

A single-piece flat pattern: bottom, sides, and a hinged lid with side flaps.

Flat pattern for the base and separate lid; both parts are assembled using side tabs.

The design is developed from a single piece; the walls are assembled using tenons. The tenons at the front can be made larger for a tighter fit.

A flat pattern from a single piece with tabs and interlocking joints.

A single-piece flat pattern with flaps. The default flap length is equal to the height of the box, but you can specify your own.

Flat pattern for a one-piece cake box: side panels with interlocking tabs and a cut-out handle on top.

The Domino's Pizza snack box was used as a template.

Creates a paper bag template

Creates a circular cone development (base)

Unfolds the dome into a single gable according to the drawn profile.

Creates a flat-pack template for flexible cardboard packaging in the shape of a three-pointed star.

It assembles a pocket, medallions, a bag, a dome, and a ladder from plexiglass—each type with its own button.
Created by GROSLAZER

Converts the circumference into a linear scale: a specified number of marks, enlarged marks every Nth mark, and labels.
Created by GROSLAZER

It constructs an arc or a closed sector of a circle of a specified length; two circles will result in a ring segment.
Created by GROSLAZER

It places holes for grommets along the edges of the shape and adds reinforcement: a gusset, a sticker, or an insert.
Created by GROSLAZER

It cuts the workpiece with parallel slots made by the cutter, maintaining a uniform gap from the edges and between the slots.
Created by GROSLAZER

Creates copies of an object with a color gradient, colors the selection based on a saved palette, and shuffles the order of objects on the layer.
Created by GROSLAZER

It cuts a large workpiece into pieces of a specified size, adjusting the rotation angle of the grid so that the number of pieces is minimized.
Created by GROSLAZER

Creates a square plexiglass dome with four folds
Created by GROSLAZER

Creates a double-walled box for inserting a transparent window.
Created by GROSLAZER

Creates 4 mounting holes for a spacer.
Created by GROSLAZER

Creates a ladder-style display stand.
Created by GROSLAZER

Creates an organizer for phones.
Created by GROSLAZER

Creates a box insert tailored to the size of the item.
Created by GROSLAZER

Creates a round cake stand.
Created by GROSLAZER

Fills selected shapes with circles—either in a dense grid or randomly, with spacing between the circles and an offset from the edge.

Creates a bunch of circles (or other shapes) based on a bitmap, depending on brightness

Creates a hatch pattern using a specified range of grayscale shades

Creating mirrored edges with a specified indent. If there is no rectangle in the image, an indent is applied based on the image size; if there is a rectangle, only the necessary parts are used.

Functions for creating insertion points and connecting internal holes. Creates a path for the string at the entry and exit points.

Here you can create a quadrangle, randomly change the angle, position, or size of the shape, and generate an arbitrary curved shape.

Creates STL and STEP files for 3D printing from a 2D outline. The height is specified in the object name. The files are saved in the specified folder.

Removes laddering after raster tracing and jitter in nodes on lines that should be straight.

Creates connections between the object’s hanging elements. You can specify the connection mode: random, vertical, horizontal, or both.

Creates a sloped perimeter. You can specify the height at the start and end.

Creates an imposition from a PowerClip container for cutting, white printing, and color printing.

Creates an arbitrary puzzle-style connection along a broken line.

Generates a guide for a hand-held router to easily round corners to the desired radius.

Creates gears and racks

Creates holes along the edge. For knitting or other purposes.

Creates lines.

Creates a box with two doors.
Created by Alexey

Generates a flat pattern based on the selected generator and its parameters

Assemble the box, glue the tenons, and cut the mortises

Fill objects with color for grooves

Fill objects with color for spikes

Fill objects with color for mating grooves

Fill objects with color for engraving

Set the outline color for thin plywood

Set the outline color for cutting

Save the current field values as a new profile

Create a perimeter from a curve by generating rectangles for each flexible segment

Create a flexible cut on selected objects

Restore the spikes from the straight section to the curved section. A reference object must be present on the left edge.

Move the start of the flexible cut to this point.

Standard hinge on the side panel

A hinge on the side, offset behind the rear panel

Compound loop on the back panel

Built-in hinge in the back panel

Side-slide lock

Create the bottom of the box based on a single cell and the number of cells horizontally and vertically

Create a partition structure

Create partition walls from a box

Bumps—protrusions for a tighter tongue-and-groove joint. Space the bumps on the segments evenly (with tolerance) according to the material thickness. The size of the tongue on which the bump is placed is specified in the *old thickness* field.

Adjust the thickness of the tabs/slots to a different size

Create spikes on the specified wall

Open the folder for the current category

Save the selected objects as a new template in the current category—other objects will then be placed into it according to the marked positions.

Fills in the fields based on the last selected object: number of objects, total length of curves, type, width, and height. The allowance is specified in field D—the dimensions including the allowance are displayed next to it.

Show a list of all docker buttons with descriptions and modifiers; clicking on a name opens the corresponding section. Click again while holding Shift to hide.

Restore sections to their original order

Check your subscription status and get an activation key (link your email to your serial number)

Check for and download the update from the server

Try to fix Corel after a macro or tool fails to work

Collect colors from selected objects and display them as a list.

Select objects of this color from the highlighted group

Take the color of the selected object and use it for the quick-repaint button. It won't fit if there are more than seven.

Change the color of the selected text to this color

Import a controller from a file

Export the selected controller

Remove the selected controller

All the materials you have. Check the ones that are loaded into the machine—they will appear in the list on the left.

Open the reference guide: Check the boxes next to the tools that are currently loaded into the machine.

Memory for selected objects