How To Draw Curved Lines In Inkscape

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Tutorial 4 – Drawing with the Pen Tool

Many objects in the Inkscape program can exist created by starting with basic shapes and then editing them to create new shapes. In this tutorial, y'all will use some basic shapes to create a logo.

In this tutorial on the work area, you will learn how to:

Draw direct lines.
Terminate path segments and dissever lines.
Describe curved lines.
Select and suit curve segments.
Depict two types of curves, polish and pointed.
Edit curves, changing from shine to pointed, and vice versa.

Getting Started

The first part of this lesson involves manipulating the Pen tool on a blank artboard.

Outset Inkscape if it isn't started already.
Download and open file Tutorial04Image01.svg. The top portion of the artboard shows the path that you lot will create. Employ the bottom half of the artboard for this do.
Cull Fiveiew > Zoom > Drawing to fit the page into the window and so close the palette by choosing View > Show/Hide, and clicking on Palette. You won't need to utilise it for this lesson.
Select the Pen tool icon in the toolbox (). The Pen Tool Controls Bar appears at the acme of the window, defended to enhancing your power to work with the Pen tool.

Pen Tool Controls Bar.
Click on the Create a Sequence of Straight Line Segments icon (Straight Line icon for brusk) () in the Pen tool control bar.
Click and release once most the acme of the folio. The Pen tool creates a foursquare anchor point. So, move the mouse away from the original anchor indicate. Come across how the line is drawn from the cross at the tip of the pen.
Motion the mouse to the right and click once to create the side by side ballast point in the path.

Notation: The first segment yous draw will not be set until you click on a second anchor signal. Also, if direction handles appear, you've accidentally dragged with the Pen tool; release the mouse left button, printing <Delete>, click on the Pen tool straight lines icon to brand certain it is active ( and click once more in the work area. (Management handles are used to reshape curved paths, but do non print.)

The starting time point connects to the new ballast bespeak. Click dorsum under the initial anchor bespeak to create a zigzag blueprint. Click and release from signal to bespeak to create the zigzag. Your zigzag is complete when it has a full of six anchor points.

Zigzag path, last path not ready

Left-click to fix terminal path

Right-click or press <Enter>
to finalize the path

Choose the Select tool (). One of the many benefits of using the Pen tool is that yous can create custom paths and edit the anchor points that make upward the path. Y'all can learn more nigh the choice tools past reviewing Tutorial ii, "Selection Basics" here you volition see how the pick tools relate to the Pen tool.
Using the Select tool (), click on the zigzag path and see how the zigzag is enclosed in a bounding box, signifying that all line segments and anchor points are selected.

Zigzag path selected

Left-click and drag the path to a new location anywhere on the artboard. Notice that all the line segments and anchor points travel together, maintaining the zigzag path.
Deselect the zigzag path any one of these three ways:
1. Use the Select tool () and click on an empty section of the artboard.
2. Use Edit > Deselect from the card.
3. Click in one case on the Pen tool ( icon in the Toolbar. Fifty-fifty though information technology looks like the path is still active, it will not connect to the next ballast signal created.
Note: Here is an optional way of creating a new path separate from the one yous have just created: you can click on the Pen tool once again after y'all have finalized (that is, right-clicked or pressed <Enter>) you final composite path. Even though it looks like the path is still agile, it volition not connect to the adjacent anchor point created.
Choose the Node tool (). Annotation that a new Tools Command bar appears dedicated to the Node tool.

Edit paths by nodes Tools Control Bar (total bar)

Each icon represents a specific function.

Left half of the Edit paths by nodes control bar

Right half of the Edit paths past nodes control bar

We'll use several Edit Paths by Nodes tools in this tutorial.
Click on any ane point in the zigzag. Using the marquee selection technique with the Edit Paths by Nodes tool, or Node tool () for short, can make selecting individual anchor points easier. The selected anchor point turns red, while the rest remain grey.

Selecting a single anchor point with the Node tool.

Note: the red selected ballast point turns blue when y'all have the Node cursor off, indicating that the point is still selected.

A blue anchor point ways that it is still selected.
With the anchor indicate selected, click and drag. The anchor bespeak is moving but the others are stationary. This is how you edit a path

Dragging a single anchor point to the correct with the Node tool.
At times, you will need to recreate just one line segment in a path. Click on the Node tool (), and click on any line segment with the Node tool cursor. Notation that a hand appears near the cursor indicating that you are hovering over an object that can be manipulated.

Select a path on click on with the Node tool.

Click on the path with the Node tool.

Annotation how the 2 ballast points for that segment turn blue, indicating that you take selected that part of the path.
Click on the Delete Segment Between 2 Non-Endpoint Nodes icon () in the Tools Control Bar. The selected line segment disappears.

Line segment is deleted.
Now choose Edit > Deselect to deselect the two separate paths.

Ii separate paths.
We will at present reconnect the two paths. Click on the Node tool then click on 1 of the anchor points of the deleted line segment to select it. The anchor indicate turns scarlet.

Clicking on a starting time anchor bespeak.
Now <Shift>-click on the 2nd anchor signal. Note how the anchor points alter color. The offset (blue) ballast point stays selected because y'all <Shift>-clicked on the second (ruby) point. If you just clicked on the second anchor indicate without pressing the <Shift> primal at the same time, you would have deselected the kickoff point. It would have reverted to its original grayness color.

<Shift>-clicking on the second anchor point.
With both anchor points selected, click on the Join Selected Endnodes with a New Segment icon () in the Tools Control Bar. There is now a new line segment connected the selected anchor points.

Anchor points are now connected.
Press <Esc> to deselect the zigzag, then File > Save to save and shut this file.

Creating Straight Lines

In Tutorial 3, yous discovered that using the <Ctrl> key in combination with shape tools constrains the shape of objects you create using Inkscape. This is also true with the Pen tool. Using the Pen tool with the <Ctrl> key constrains the paths you create to angles that are multiples of xv°.

In this part of the lesson, you lot will learn how to draw direct lines.

Download and open file Tutorial04Image02.svg. The acme portion of the artboard shows the path that yous will create. Utilise the lesser half of the page for this practise.
Select the Pen tool (), then choose the Create a sequence of straight line segments icon () in the Tool Controls bar. Click one time in the piece of work expanse of the page.
Concur the <Ctrl> cardinal downwardly and click about an inch to the correct of the original ballast indicate.
While belongings downwards the <Ctrl> key, click and drag with the mouse and try to replicate the path in the do file.

Hold down the <Ctrl> key while clicking and dragging to constrain the path.
File > Save and shut the file.

Creating Curved Paths

In this part of the lesson, y'all'll learn how to draw polish, curved lines with the Pen tool. In vector-cartoon programs such as Inkscape, you lot can draw a curve, called a Bézier curve, using command points. By setting anchor points and dragging direction handles (controls), yous can ascertain the shape of the curve. Although drawing curves this mode takes some getting used to, it gives you the greatest control and flexibility in creating paths.

Before we go started with a lesson file, choose File > New to create a new certificate in Inkscape. Click on the Zoom icon in the toolbox () and then click on the Zoom to Fit Page (5) icon () in the toolbar that appears when you click on the Zoom icon. Consider this page a "scratch" page to practice the Bézier bend.
Click on the Pen tool () in the toolbar, and then on the Create Regular Bézier path icon () in the Pen Tool Command Bar that appears when yous click on the Pen tool.

Click and elevate to create a curved path.

Proceed clicking and dragging at various locations on the folio. The goal for this exercise is not to create annihilation specific, but to get you accustomed to the feel of the Bézier bend.

Notice that as you click and drag, direction handles appear that terminate in round direction points. The angle and length of the direction handles decide the shape and size of the curved segments. Direction lines do not print and are not visible when the anchor is inactive.
Choose Edit > Deselect.
Cull the Node tool () and select a curved segment to display the direction handles again. Moving the direction points reshapes the curves.

Note: Endpoints are diamond-shaped, and, when selected, appear ruddy when the cursor is on them, blueish when the cursor is off them; unselected, they appear gray. Anchor points in the eye of a line or bend segment are squares. Like segment endpoints, they are carmine when selected and the cursor is on them, blue when selected and the cursor is off them. Management points are circles. These lines and points do not impress with the artwork.

Select anchor points to
access the management handles.

Select an endpoint to
access direction handles for a path segment.

Select not-endpoint anchor points to access
direction handles of contiguous path segments.
Choose File > Close and exercise not relieve this file.

Building a Curve

In this part of the tutorial, you will learn how to control the direction handles in club to control curves.

Download and open up fileTutorial04Image03.svg. On this folio you can come across the paths that yous will create. A template layer has been created in this file so that you lot tin practice using the Pen tool by tracing. The work area below the path is for additional do on your own.
Click on the Zoom icon () in the toolbox and drag a marquee around the first bend.

Zoom in to a specified area by dragging
a marquee with the Zoom tool.
Select the Pen tool () and click and hold at the base of operations of the left side of the curvation, and drag up to create a direction line going the same direction as the arch. It helps to remember to always follow the direction of the curve. Release the mouse when the direction line is slightly above the curvation.

When a curve goes up, the
management line should also become upwardly.

When you release the mouse and motion the cursor
away from the direction line, the management line stays put.

Note: The artboard might scroll as y'all elevate the anchor point. If you lose visibility of the curve, you tin roll the mouse wheel to movement your artwork upward or down, or <Shift>-curlicue the mouse wheel to movement your piece of work left or right, or <Ctrl>-roll the mouse wheel to magnify or demagnify your work to bring the path dorsum into view.
Click on the lower right base of the curvation path and drag down. Release the mouse when the top management line is slightly higher up the arch.

To control the path, pay attention to where
the management handles fall.

A good adjustment.
Right-click or press <Enter> to finalize the curve.

Result.

Edit > Deselect or press <Esc> to hide
the bounding box.
If the path you created is not aligned exactly with the template, return to the Node tool () and select the anchor points ane at a time. So adjust the direction handles until your path follows the template more accurately.

Notation: Pulling the direction handle longer makes a higher slope, while pulling it shorter makes the slope flatter.
Save the file past choosing File > Save.
What you created is an open path; at present y'all are going to create the 2d path on this folio. If you lot click with the Pen tool () while the original path is yet agile, the path volition connect. To avert doing this, correct-click or press <Enter>.
Click and elevate at the left base of path "B," over again in the direction of the arch. Click and drag down on the next square point, adjusting the arch with the direction handle before you release the mouse. Don't worry if information technology is not exact; y'all tin right this with the Node tool () when the path is complete.

Click and drag up to create the upward curvation.

Continue forth the path, alternate between clicking and dragging upward and downwards. Put anchor points only where you lot see the square boxes. If you lot make a mistake as yous describe, you can undo your work by choosing Due eastdit > Undo or by pressing <Ctrl>-Z. Inkscape, by default, lets you undo a series of actions — limited only by your computer's memory — by repeatedly choosing Edit > Undo or pressing <Ctrl>-Z.

Tip: You have the power to disengage and redo multiple times in Inkscape. When y'all employ the Edit carte, you volition see a description of the change that would happen. Multiple steps can be undone using the Edit > Undo History command. For more details, go to Help > Inkscape Manual > 4. Editing Basics > Disengage and Redo.

Alternate betwixt dragging up and down with the Pen tool.
When the path is complete (and you right-clicked or pressed <Enter> to finalize the path), choose the Node tool () and select an ballast betoken. When the anchor bespeak is selected, the direction handles appear and you lot tin readjust the slope of the path.
Practice repeating these paths in the work expanse.
File > Save and shut the file.

Curves and Corner Anchor Points

When creating curves, the directional handles assist to determine the gradient of the path. Returning to a corner bespeak requires a fiddling extra endeavor. In this next portion of the lesson, we will practice converting curve points to corners.

Download and open file Tutorial04Image04. On this folio you can come across the path that you will create. Employ the top department as a template for the exercise. Create your paths directly on summit of those that you encounter on the page. The work area below is for additional practice on your own.
Employ the Zoom tool in the toolbox () and drag a marquee effectually the pinnacle path.

Y'all will become a much more accurate path when you are zoomed in.
Choose the Pen tool (), click on the get-go ballast point and elevate up to create the commencement direction line.
Then click on the second anchor point and elevate down, just as yous have been doing in the previous exercises.

Click on the second anchor point.

Drag down to create the first curve.
Create the second path segment.

Click on the third anchor betoken.

Drag up to create the 2nd bend.
Make the third curve.

Click on the fourth anchor point.

Drag down to create the third bend.
Keep every bit you did in the previous exercise to arrive at the end of the sequence of connected curves.
Correct-click or press <Enter> to finalize the path.
Press <Esc> to hibernate the bounding box.

Y'all have now created the showtime draft of the path for this exercise. Now you will edit the path with the Node tool () to create corner nodes and convert two downward curves into upward curves.

Click on the Node tool () in the toolbox and so click anywhere on the path you just created.
Click on the 2nd (downwardly) curve to select it. Notice that information technology is the only segment selected of the whole path and that its anchor points are the only ones highlighted.
With the second path segment still highlighted, click on the Make Selected Nodes Corner icon () in the toolbar. Notice how the two highlighted square anchor points to the path segment turn into highlighted diamonds.
Now click-elevate the left lower management command upwards to more-or-less match the position of the upper direction control that is attached to the left-hand path segment. Notice that the agile direction control is colored red to let you know that information technology is the agile control.
Click-drag the right lower direction control upwardly to more-or-less match the position of the upper direction control that is fastened to the path segment on the right. Come across if yous tin become your curve to lucifer the shape of the one underneath information technology.
Now click on the second downward curve with the Nodes tool.
Click once more on the path segment to select information technology. The path segment's anchor points turn into highlighted squares.
With the path segment yet selected, click on the Make Selected Nodes Corner icon () in the toolbar. The path segment's ballast points plow into highlighed diamonds.
Click drag the segment's direction controls upward as you did on the kickoff downwardly curve. See if you can lucifer shapes.

Note: You tin can likewise move ballast points by click-dragging them with the Nodes tool (). If an anchor point is off, just click-drag it into position. Y'all might need to readjust segment management controls because y'all moved the anchor signal. Once you're done with this exercise, experiment in creating different shapes and changing them with the Nodes tool.
When y'all have finished fine-tuning the path, press <Esc> once or twice to hide the bounding box.
File > Close.
Choose View and click on the Zoom to Fit Page in Window icon () in the toolbar. You tin also press the F3 cardinal and and so v to get the aforementioned result. Use the Zoom tool () to drag a marquee around the second path and enlarge its view.
With the Pen tool (), click on the first anchor point and drag upwardly, and then click and elevate downwardly on the second anchor point. This motion of creating an arch should be familiar to you by now.

Clicking on the commencement anchor point and dragging upwardly.

Clicking on the second anchor betoken and dragging downwards.
Click on the tertiary ballast signal and drag up.
Click on the fourth anchor point and drag down.
Continue until you become to the cease of the path.
Right-click or press <Enter> to finalize the path.
Press <Esc> to hide the bounding box.
Now click on the Node tool () in the toolbox and click on the path you only created.
Click on the second path segment, that is, on the bend that dips beneath the directly line segment. The ii anchor points that contain the curve become highlighted highlighted squares.
Click on the Brand Selected Nodes Corner icon (Corner icon, for short)() in the toolbar. The 2 highlighted square anchor points turn into highlighted diamonds.
Printing <Shift>-L to brand the curve a straight line that now connects the two anchor points. (<Shift>-L — Recall Line!)

<Shift>-50
Now click twice on the second downward curve to select it.

Before selecting the curve.

First click with the Node tool.

Second click with the Node tool.
Press <Shift>-L to transform the curve into a direct line.

<Shift>-L
We'll employ an alternating method for bringing the middle upwards bend down. Put the Node tool cursor on the curve. Run across how a hand appears near the cursor, signifying that the tool is on superlative of an object that tin can exist manipulated.

Node tool with manus on top of curve.
Now click-drag the curve downward.
Adjust anchor points and direction controls as you want with the Node tool to fine-adjust the path. Then press <Esc> once…
Printing <Esc> twice to hide the bounding box.
Practise repeating these paths in the lower portion of the do page. Try out different shapes and encounter what happens.
File > Close the file.

Creating the Pear Illustration

In this next function of the tutorial, yous'll create an illustration of a pear pierced by an arrow. This procedure will incorporate what you have learned in the previous exercises likewise as teach you some additional pen techniques.

Download and open up file PearParts.svg.
Template of pear parts.

Annotation: For an illustration of the finished artwork in this department, see the beginning of this tutorial.
Choose File > Save As, name the file Pear.svg, and salve information technology in a convenient location.

Creating the Arrow

Y'all'll begin by drawing the straight line for the pointer. The template layer allows you to follow along straight over the artwork.

Click on the Zoom icon () in the toolbox and draw a marquee around the arrow to magnify information technology.

Marquee fatigued around arrow using the Zoom tool.

Effect.
Select the Pen tool () in the toolbox. And then select the Create a Sequence of Directly Line Segments icon () in the Pen Tool Control Bar that appears when you select the Pen tool.
Click point A at the upper right end of the line to create the starting ballast point — a small open square.

Setting the initial anchor bespeak at A.
Click bespeak B at the correct cease of the line to create the ending anchor point.

Setting the end anchor point at B.
Press <Enter> or right-click to finalize the line segment.

Finalizing the arrow shaft.
Printing <Esc> to make the bounding box go away.

Hiding the bounding box.
At present you'll make the directly line thicker by changing its stroke weight.

With the Select tool () from the toolbox, click the straight line to select it.

Selecting the straight line.
Choose Object > Fill and Stroke to display the Fill and Stroke palette.

Fill and Stroke palette.

Note: the Fill and Stroke palette might announced docked to the right side of the work window. This is the default appearance when it is offset activated. For farther information about dockable dialog windows, click on Help > Inkscape Transmission > Comprehensive Index > D > Dialogs > Docking > Dockable Dialogs.
Click on the Stroke style tab.

Stroke way tab highlighted.
In the Fill and Stroke palette, type 2 in the Width text box, go out the unit of measurement of measurement as px (pixels), and press <Enter> to utilize the change.

Two-pixel stroke weight.

Result.

Splitting a Path

To keep creating the arrow for this illustration, yous'll split up the path of the directly line using the Insert New Nodes into Selected Segments tool () and the Suspension Path at Selected Nodes tool ( Break Path at Selected nodes tool ).

With the straight line even so selected, click on the Node tool () in the toolbox. The Node toolbar appears. Annotation how the endpoints of the line are ii grey diamonds – the line has not been selected for editing however.

Greyness endpoints – line non selected for editing.
Now click on the straight line with the Node tool () a second time. The two endpoints change into ii blue and yellow diamonds, indicating that the line and its endpoints are now selected for editing.

Blue and yellowish diamond-shaped endpoints – line at present selected for editing.
Click on the Insert New Nodes into Selected Segments tool () in the toolbar. A new node is inserted in the middle of the line.

New blue and yellowish node inserted in the eye of the line.
Click on the midpoint node with the Node tool () to select information technology.

Midpoint before selection – notation the selected endpoints.

Midpoint after option – the endpoints have changed to deselected grey.
Now click on the Interruption Path at Selected Nodes tool ()in the toolbar. The midpoint node on the directly line turns bluish (ruddy when yous hover the cursor over it).

Midpoint selected for splitting line.
With the Node tool yet selected, click-drag the midpoint node either up or downward to split the two halves of the straight line.

Click-dragging the midpoint with the Node tool.

Calculation Arrowheads

Inkscape has pre-made arrowheads you can add by applying a stroke manner from the Make full and Stroke palette. Click on Stroke manner, so on the downwards-arrow on the offset Markers selection box. Some examples are shown beneath:

Line arrowheads — A fractional listing of arrowheads in the Kickoff Markers selection box.

When you scroll downwardly to peruse all the arrowhead possibilities, you lot will find that our particular arrowhead is not included in the roster. So, we volition create our own.

Click anywhere off the pointer shaft to deselect it.
Click on the Pen tool ().
Click on the Straight Line Segments tool icon () in the toolbar if information technology isn't selected already.
Click on any corner of the arrowhead, then click on a next corner, and keep on going until you click on the corner you started on to complete the arrowhead.

Clicking on a first corner with the Pen tool.

Clicking on a second corner with the Pen tool.

Clicking on a third corner with the Pen tool.

Clicking on a fourth corner with the Pen tool.

Closing the arrowhead shape.

The path turns solid blackness when yous click on the first corner indicate, signifying that you have closed the path.
With the arrowhead path however selected, click on Object > Fill and Stroke > Stroke style tab. Change the stroke width to 1.5 pixels.

Arrowhead stroke width changed from 1 to 1.5 pixels.

Choose the Node tool () in the toolbox and conform the placement of whatever corners.
We will at present add the tail feathers to the arrow. Select the pointer shaft with either the Select tool or Node tool.

Arrow shaft selected with the Select tool.
Select Object > Fill and Stroke > Stroke style tab. Click on the downwards pointer for the End Markers Selection box.

Inkscape has pre-fabricated line cease markers you tin add by applying a stroke way from the Fill and Stroke palette. Click on the Stroke style tab, and so on the down-arrow on the 3rd Markers option box. Some examples are shown below:

A fractional list of line end markers in the Terminate Markers option box.
Tooltip box bulletin: End Markers are drawn on the last node of a path or shape.
The cursor points at the third line end mark: a set of feathers.
Click on the feather line end marker to select and apply it.

Feathers added to the end of the pointer shape.
Edit > Deselect to deselect the shape.
File > Save to save your artwork.

Drawing Curves

In this part of the tutorial, you will review drawing curves by drawing the pear, its stalk, and a leaf. Yous'll examine a single curve and and then describe a series of curves together, using the template guidelines to assistance you.

Selecting a Curve

Choose the Zoom tool () in the toolbox.
With the Zoom tool however selected, click-drag a marquee around the Curved Line in the upper right corner of the template prototype.

Selecting the Curved Line to enlarge it.

Result.
Using the Node tool (), click on the curve once to selected the unabridged bend. Annotation the grey deselcted endpoint anchors.

Get-go click – bend shows deselected endpoints.
Click on the curve a 2d time with the Node tool (). The endpoints are colored blue (reddish when you put the cursor over them), management handles appear that extend from the endpoints, and a mitt appears about the cursor signaling that you can now edit the curve. The Node tool lets y'all select and edit individual segments in the curved line.

2d click – curve shows selected endpoints and direction handles.

By selecting a curve, yous also select the paint attributes of the bend, and so that the next line you draw will accept those same attributes. At that place will be more on paint attributes in an upcoming tutorial.

Drawing the Foliage

At present yous'll draw the first curve of the leaf.

Choose the Zoom tool () in the toolbox.
With the Zoom tool all the same selected, click-drag a marquee around the Leafage Step one image in the eye right side of the template epitome.

Selecting the Leaf Pace ane image to enlarge it.

Event.

Instead of dragging the Pen tool to draw a bend, you will drag it to set up the starting point and the direction of the line'due south bend. When you release the mouse button, the starting point is created and a direction handle is formed. And so you elevate the Pen tool to the terminate of the start curve and to gear up the offset indicate and management of the next curve on the line.
Select the Pen tool () so select the Create Regular Bézier path icon () in the Pen tool control bar. Position the Pen tool over bespeak A on the template. Printing the left mouse push button and elevate from betoken A to the blood-red dot. And then release the mouse push button.

Result.

Next you'll set the 2nd anchor signal and its management handles.
Without click-dragging, move the left mouse push button to point B and then click-drag to the next red dot. Release the mouse button. Inkscape connects the ii ballast points with a curve that follows the direction handles you have created. Notice that if y'all vary the bending of dragging, you modify the amount of curve.

Moving the cursor without click-dragging.

Moving the mouse to Signal B.

Moving the cursor down the direction handle from Point B.
Now move the Pen tool without click-dragging from point B to Bespeak C, and then click-drag to the last blood-red dot and release the mouse push button.

Moving the mouse to Betoken C without click-dragging.

Clicking on Point C to set the path at C.

Click-dragging to set up the terminal slope of the path.
Right-click or press <Enter> to indicate the end of the path. (Y'all must do this to betoken when you lot take finished drawing a path.)

Finalizing the leafage path.
Choose the Select tool ()or the Node tool () in the toolbox. Click twice anywhere off the path to deselect information technology.

Deselecting the leaf path.
File > Save your artwork.

Drawing Different Kinds of Curves

At present you'll terminate cartoon the leafage past adding to an existing curved segment. Even after catastrophe a path, y'all can return to the curve and add to it. You kickoff past selecting the path and then using the Pencil or Pen tool to add together new segments.

If you are not on the Leaf Stride 1 prototype, and then move to it and click on it with the Select tool ().

Selecting the foliage path.
Now you will make a duplicate of the Foliage Stride 1 bend. With the curve still selected, press <Ctrl>-D. You will see the curve flicker for a fraction of a 2d every bit the indistinguishable is created directly on top of the original bend. Click on the curve and click-drag information technology down to the Leaf Step 2 bend.

Moving the leaf path.
Position the duplicated path on top of the lower curve of Lead Stride ii

Positioning the leafage path.

Y'all'll add a corner bespeak to the path. A corner signal lets you change the direction of the curve. A smooth point lets you draw a continuous bend.
With the duplicated path even so selected (if you deselected information technology, then reselect it), choose the Pen tool (). Click on the square at anchor point A, click-drag the cursor upwardly to the scarlet dot on the direction handle, and and then release the mouse button to set the finish of the direction handle.

Click-dragging from anchor indicate A to create a direction handle.
Now move the cursor to ballast indicate B without property down the left mouse push button.

Moving the cursor to ballast point B without click-dragging.

Moving the cursor to ballast point B without click-dragging.

Except for the arrowhead on the arrow image, all the curves y'all have fatigued have been open paths. At present yous'll draw a closed path, in which the final anchor point is drawn on the first anchor point of the path. (Examples of airtight paths include ovals and rectangles.)
Position the pointer over ballast point B on the template, click on point B, and click-drag from this point to the red dot on the second direction handle.

Click-dragging from ballast point B downwards to the red dot at the end of the direction handle.

Notice the direction handles where you close the path. The direction handles on both sides of a smooth point are aligned along the aforementioned bending.
Correct-click or printing <Enter> to finalize the curve.

Finalizing the full leaf path.
Press <Esc> to hide the bounding box

Hide the bounding box.
File > Due southave your artwork.

Changing a Polish Curve to a Corner and Vice Versa

Now you'll create the foliage stem by adjusting a curved path. You'll exist converting a smooth betoken on the curve to a corner point and a corner bespeak to a smooth point. Make a unproblematic teardrop path get-go.

Magnify the image of the stalk as you did for the arrow and leafage images using the Zoom tool () in the toolbox.

Drawing a bounding box around the stem image.

Magnified result.
Select the Pen tool () in the toolbox, click on Indicate A at the top of the stem image, and click-drag to the left to the scarlet dot. Release the left mouse button to gear up the direction handle.

Setting the top left direction handle.
Move the cursor to Point B at the bottom of the paradigm. Do not click-drag.

Moving the cursor to Point B.
Click on Bespeak B and release the mouse push. You lot will next shut the path past moving the cursor with no button pressed dorsum upwards to Betoken A.

Motility the cursor to Point A at the top of the image.
Click on Indicate A merely no non release the left mouse push button.

Clicking on Betoken A just non releasing the left mouse button.
At present click-drag the cursor to the left until y'all get to the red dot. Encounter how the straight line y'all created bends to conform to the curvature of the correct side of the underlying stalk image.

Click-dragging from Bespeak A to create curvature in the straight line segment.
When y'all reach the red dot, release the mouse button to finalize the path.

Finalizing the starting path.
You will now edit the path so information technology matches the path image underneath. Select the Node tool () in the toolbox and click on any part of the path y'all just created. Note how nodes and directional handles appear.

Clicking on the path with the Edit Nodes tool.
Click on the Node Corner tool () in the toolbar.
Click-drag the circumvolve at the stop of the acme-left management handle to its new position on the right side of the stem epitome and release the mouse button. Annotation how the left side curve changes every bit you motion the direction handle.

Click-dragging the elevation-left direction handle to its new location.
You will now round out the lesser part of the function. You will create a new direction handle at Betoken B by pressing <Shift> and <Shift>-dragging the cursor. Click on Betoken B, printing <Shift>, and click-drag the cursor to the left while still pressing the <Shift> central. See how the original curve segment changes its shape every bit the cursor moves. Information technology should friction match the curve underneath. If non, yous tin edit it with the Node tool ().

<Shift>-click-dragging to the left from Signal B.
Click on Point B again with the Node tool (). Now create a direction handle to the right past <Shift>-clicking on Point B just as you lot did before, not releasing the mouse button, but this fourth dimension click-dragging the cursor to the right until information technology is over the circle underneath. Release the left mouse push button.

<Shift>-click-dragging to the right from Betoken B.
Press <Esc> twice to deselect the path and eliminate the bounding box. You have finished editing the stem image. Utilise the Node tool () to practise any fine-tuning.

Finished stem path.
File > Save.

Drawing the Pear Shape

At present you'll describe a single, continuous object that consists of polish points and corner points. Each time you desire to change the direction of a bend at a specific indicate, you'll hold down <Shift> to create a corner point.

Click on the Zoom tool () in the toolbox, then click on the Zoom to Fit Page in Window (five) icon () in the Zoom toolbar to fit the artboard in the piece of work window (alternatively, you lot can press the number 5 using the keyboard shortcut command to do the same thing).
With the Zoom tool however selected, draw a marquee around the pear outline to magnify it.

Cartoon a marquee around the pear outline.

Magnified result.

Beginning you lot'll draw the seize with teeth marks on the pear by creating corner points and changing the direction of the curve segments.
Select the Pen tool () in the toolbox. Click on point A and click-drag the Pen tool from point A on the template to the ruddy dot to set the starting anchor point and direction handle of the first curve. Release the mouse push.

Creating the starting time direction handle.

Magnify the prototype if you detect information technology too small-scale for condolement.
At present motion the cursor without pressing the left mouse button to signal B, then click on betoken B, and click-drag the cursor to the red dot at the cease of the direction handle.

Moving the cursor to signal B and so click-dragging to the cherry dot.
Release the mouse button and either press <Enter> or right-click to finalize the start bend segment of the path.

Finalizing the start curve.
Click now on point B and click-drag to the gold dot on the direction handle from betoken B to create the second direction handle. Then release the mouse button

Finalizing the showtime curve.
Now move the cursor without pressing the left mouse button to point C.

Moving to point C.
Click on point C and so click-drag the mouse to the red dot at the finish of the management handle from point C. Release the mouse push button.

From indicate C to the end of the direction handle.
Finalize the second bend by either right-clicking or pressing <Enter>.

Finalizing the second curve.
Continue drawing to betoken D by first moving from bespeak C to signal D, clicking on point D, click-dragging to the red dot on the direction handle, and so releasing the mouse button. Right-click or press <Enter> to finalize the curve. You accept at present created the three bites that are taken out of the pear drawing.

Tertiary curve.

Next, you lot'll complete your cartoon of the pear by creating smooth points.
Drag each of the points from E through I to the red dots on their direction handles, and then click on anchor point K to shut the pear shape. Notice that when you click the arrow over anchor point K, the path turns solid blackness indicating that you have created a closed path, that is, the starting point and the ending point are the aforementioned point.

Completed outline of the pear shape.
Press <Esc> to deselect the pear path, then choose File > Save to salve your artwork.

Finalized pear shape.

Editing Curves

To adapt the curves you lot've drawn, you can drag either the curve's anchor points or its direction handles. You tin besides edit a curve by moving the line.

Select the Node tool () and choose the Make Selected Nodes Smooth icon () in the toolbar. Click the outline of the pear. If nodes and direction handles don't appear on the 2d click, so click on a unlike identify on the path.

Clicking with the Node tool () displays the curve's direction handles and lets you suit the shape of individual curved segments. Clicking with the Select tool () selects the unabridged path.

Clicking on the pear outline with the Node tool.
Click the anchor bespeak Thousand at the top correct of the pear to select information technology, and adjust the segment by dragging the meridian direction handle equally shown in the illustration below.

Adjusting the segment at point G.
In the color palette at the bottom of the work window, click the Colour: None box to ready the color fill up of the pear shape to None. Note the color status of the pear object fill up and stroke in the condition bar below the colour palette.

Setting the color make full of the pear shape to None.
Now select the Pen tool () and elevate to draw the modest bend on the pear where the arrow pierces it. (Use the dashed line on the template as a guide.)

Notation: If you can't see the dashed, curved line on the template, make sure that the Color: None box is set to None in the colour palette and that the Stroke is set to black (<Shift>-click the blackness box in the Color palette to set up the stroke to black). The status bar below the palette will inform you.
Choose File < Save.

Tip: For information on adding, deleting, and moving ballast points on a path, meet Help > Inkscape Manual. Go to 7. Paths in the Table of Contents.

Finishing the Pear Illustration

To complete the illustration, you'll make some minor modifications and assemble and pigment all the objects. Then position parts of the arrow to create the illusion of the pear beingness pierced.

Assembling the Parts

We volition exercise our associates work exterior of the artboard. Select the leaf path in the lower right hand corner of the template with the Select tool (). Press <Ctrl>-d to indistinguishable the path (You might encounter the screen flicker for a fraction of a second as Inkscape duplicates the path).

Select the leaf shape.

Leafage shape selected.
Elevate the duplicate of the leaf to a user-friendly place exterior the artboard and so you lot can work on it without distraction from the underlying template.

Moving the duplicated leaf shape.
With the leaf path withal selected (or if y'all deselected it, and then reselect it), choose Object > Transform… The Transform Object dialog box appears. Click on the Scale tab, blazon in 50 in the Width or H8 text box, set the unit to % (percentage), and bank check the Scale proportionately checkbox. Click the Apply push.

The Transform Object dialog box, preparing to rescale the size of the foliage shape.

The duplicate leafage rescaled.
With the leaf however selected (reselect information technology if you deselected it), click on the Rotate tab in the Transform Object dialog box, ready the bending to 15°, and so click Apply.

Rotate dialog box.

The duplicate leaf rotated 15° anti-clockwise.
Now select and indistinguishable the stem path, and move the duplicate stem to your piece of work area by the leaf.

Moving the stem.
With the stalk path all the same selected (or if you deselected it, then reselect it), choose Object > Transform… (ignore this step if the dialog box is however visible). Click on the Scale tab, cheque to come across whether l% is still the called size transform corporeality in the Due westidth or Height text box and that the Scale proportionately checkbox is still checked (These settings do persist into a next project). Click the Apply button.

Rescaling the stem.
You will now rotate the stem by 45°. With the leafage still selected (reselect it if you deselected it), click on the Rotate tab in the Transform Object dialog box, gear up the angle to 45°, and then click Apply.

Rotating the stem.
Select the pear path and move it to the neighborhood of the stem and leaf. Move the stem and the leafage to the height of the pear.

Assembling the pear.
Motility the parts of the arrow to ontop of the pear shape. Be aware that the arrow shaft and arrowhead are two dissever objects. You tin can move them separately, group them before you move them (run across Tutorial 02, Group Objects to review), or utilize a marquee with the Select tool to enclose both shaft and arrowhead to move them every bit one item.

If sections of the arrow disappear, then they are underneath the pear. Printing the <Folio Up> cardinal to position them on top of the pear (yous might have to printing <Page Upwards> more than once).

Moving the pointer.
With the arrow still selected (reselect both shaft and head if you deselected the arrow shape), move it so information technology lies on pinnacle of the pear. You will work with the arrow shaft and arrowhead separately. If you grouped the arrow shaft and arrowhead together, ungroup them at present by selecting them with the Select tool () and pressing <Shift>–<Ctrl>–1000.
Select the arrow shaft with the Select tool () and position the arrow shaft (both shaft pieces will move equally if they are nonetheless one piece), so the height of the lower half touches the dent inside the pear shape.

Moving the arrow shaft.
Select the Node tool (), click on the end ballast of the lower half of the shaft and pull it out in the direction of the shaft.

Extending the arrow shaft.
With the Select tool (), select and move the arrowhead out of the line of direction of the arrow shaft. You will extend the shaft out further from the path of the pear shape.

Extending the pointer shaft abroad from the pear path.
With the Node tool (), click on the end anchor of the upper half of the shaft and move information technology up in the direction of the shaft then that it touches the path of the pear shape, creating the impression that the line segment is coming out from in back of the pear.

Extending the pointer shaft.
Select the arrowhead with the Select tool () and movement it and so it fits merely right at the head of the arrow shaft.

Moving the arrow head.
Deselect the effigy.

Finished pear shape.

Painting the Artwork

Now pigment the objects as you lot like. You lot will use the Style Indicator, which is an expanse in the lower left corner of the window containing the Fill Box, Stroke Box, Stroke thickness, and Opacity. In the color illustration at the beginning of this tutorial, the stroke on the leafage, the stem, and the pear accept been removed, and the fills were created with custom-fabricated gradients. The arrow is given a dark blue color. Details were drawn on the leafage, the stem, and the round function of the pear using the paintbrush tool and the Pen tool. Nosotros likewise stroked the curve where the pointer pierces the pear.

Motion the cursor to the Color palette. With the mouse wheel, whorl the palette right or left until you lot encounter your colour of option. Click on the Color box, click-drag it down and drib it in the Fill up box of the Fashion Indicator. Your object is filled with that color. Alternatively, you lot can select the object you want to colour-make full and just click on the box containing the colour you want. For case:

Dragging your color of choice into the Fill box of the Fashion Indicator.

Arrowhead filled with dark blue.
At present drag your colour of selection down and drop it on the Stroke box of the Style Indicator to change the stroke color of a selected object. Considering y'all practical night blue to your object in the previous footstep, the Fill box is dark blue. The Fill up and Stroke boxes can exist very handy in showing you the colour status of a selected object and manipulating its colour.

Dragging your colour of choice into the Stroke box of the Fashion Indicator.

Arrowhead given a dark bluish stroke.

Stroke color box is now dark bluish.

The i.5 next to the Stroke colour box indicates the thickness of the stroke in pixels. The O next to the 100 stands for the opacity (the opposite of transparency) of the selected object. The selected object is currently 100% opaque. Using the Opacity box allows yous to set up the degree of transparency from totally transparent (0%) to totally opaque (100%).

Note: The None color box () is a buggy feature. Information technology works well if you lot want to delete a fill color. However, if yous want to delete a stroke, you need to <Shift>-click on the None box. I recommend that you memorize this technique. It can come in very handy when you are manipulating both shape and color of an object.
Choose File > Save to save your work, so File > Close to shut the file.

Y'all've completed this tutorial on drawing straight lines and curves. For boosted practice with the Pen tool, try tracing over images with it. As y'all practice more with the Pen tool, you'll become more skilful at cartoon the kinds of curves and shapes y'all want. If yous want to duplicate the colors in the pear logo at the first of this lesson, effort your hand at using the Colour palette to find and apply a fill color. To explore the brush strokes in the logo, wait at Help > Inkscape Manual > Comprehensive Index > C > Calligraphy Tool > Predefined and custom presets.

Exploring on Your Own

Now that y'all've used the Pen tool () to depict a pear with precise Bézier curves, try cartoon the pear using the Pencil tool () to create a hand-drawn await. You tin can edit lines that y'all draw using the Pencil tool and Node tool ( Edit paths by nodes tool ) to change their shape, and you tin use the Pencil tool Tool Controls bar, Path Simplify command, and Erase Existing Paths tool to edit the drawing further.

Open up the PearParts.svg file again and save it every bit Pear2.svg.
Select the Pencil tool () in the toolbox, and draw the pear on one continuous path without releasing the mouse button. To close the path, click-elevate the Pencil tool cursor to the starting point, which is a small open square. The starting square will get a red fill when the cursor hovers above it, signaling that you can now shut the path. Release the left mouse button. The path turns into a solid black path inside a bounding box.

Anchor points are set down equally you draw with the Pencil tool, and y'all can adjust them once the path is complete. The number of anchor points is determined past the length and complexity of the path and by the tolerance value set up in the Inkscape Pencil tool Tool Controls bar. In the effigy beneath, the smoothness tolerance is gear up to 10. The Inkscape default value for the smoothness tolerance is 4. The higher the number, the smoother the curve; the lower the number, the more than irregular the bend. Note that the Smooth text box displays a per centum bar to evidence y'all graphically the degree of smoothness that will be applied to your curve.

Pencil tool control bar. Smoothness tolerance is set to 10.
Use the Pencil tool () redraw the shape of the pear with different tolerance settings. Note how finely the pear path is defined with many anchor points at smoothness setting ten, compared to a redrawing washed with a smoothness setting twenty.

An alternative to smoothing a rough-drawn path is the Simplify Path command. Utilise Path > Sione thousandplify or printing <Ctrl>-L. One application of the Simplify Path control to the left-most drawing reduces the number of anchor points significantly, as you lot can encounter below.

Pencil tool results from different tolerance settings and one application of the Simplify control (<Ctrl>-L).
Plain paths are shown in the top row, corresponding paths with nodes are shown in the bottom row.

Simplify Path control applied twice on an open path.

Depending on where you lot begin to redraw a path and in which management you drag, y'all might go unexpected results. For example, y'all might unintentionally change a closed path to an open path, change on open path to a closed path, or lose a portion of a shape. Y'all can always undo a mistake by choosing Eastwarddit > Undo or using the <Ctrl>-z short-cut key combination.
Use the Simplify Path command (Path > Simplify or <Ctrl>-L) to circular out the shape of a curved segment (deleting ballast points if necessary).

The number of anchor points is determined by the length and complexity of the new path, as well as by the smoothness tolerance values set in the Pencil tool Control bar (run across 2. in a higher place).

Use the Delete Segment between Two Non-Endpoint Nodes tool () in the Edit Nodes toolbar to delete segments on the path of the pear, then redraw them using the Pencil tool ().

Review Questions

Describe how to describe straight vertical, horizontal, or diagonal lines using the Pen tool.
How do y'all draw a curved line using the Pen tool?
How do yous draw a corner point on a curved line?
How exercise you lot change a smoothen point on a curve to a corner point?
Which tool would you use edit a segment on a curved line?

Review answers

To draw a directly line, y'all click twice with the Pen tool () — the beginning click sets the starting anchor point, and the second click sets the ending anchor point of the line. To constrain the line vertically, horizontally, or along a 45° diagonal, hold downward <Ctrl> as y'all click with the Pen tool.
To depict a curved line using the Pen tool (), yous hold down the left mouse button and click-drag to create the starting anchor betoken and set the direction of the curve, and then you click to end the bend.
To draw a corner point on a curved line, click on the ending bespeak of your get-go bend. Click-drag the management handle on the endpoint of the curve to fine-tune the direction of the path. Either right-click or printing <Enter> to finalize the curve segment. Then click on the endpoint and click-drag the cursor in the direction the adjacent curve segment volition take. Motility the cursor to the next endpoint without click-dragging to describe the next curve.
Use the Edit paths by nodes tool () to select the ballast point, and and so click on the Make Selected Nodes Corner icon ) in the toolbar. <Shift>-drag a direction handle from the node to change the management of one of the curves. If both curves have dissimilar starting angles, <Shift>-drag the mouse to create a direction handle for each side of the cusp.
To edit a segment on a curved line, select the Edit paths by nodes tool () and drag the segment to motion it, or drag a direction handle on an ballast point to suit the length and shape of the segment.

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