The radius of the circle. Use this parameter to control the size of the circle.

When turned on, and the value is less than 1, the circle becomes an open arc, which can be used to create shapes of a sliced pie.

When turned on, and the value is less than 1, the circle becomes hollowed, which can be used to create ring-like shapes.

When both Arc and Thickness are turned on, use this to make the end of the ring shape rounded.

When turned on, the circle changes into a quadratic circle shape.

Controls the horizontal and vertical size of the diamond shape.

Sets the length of the line, which is oriented horizontally at the center. Turn on Use Points next to this parameter if you need to control the exact positions for the start and end points of the line.

When this is turned on, the start and end points of the lines can be controlled by Start Point and End Point parameters.

Sets the horizontal and vertical position for the start point of the line.

Sets the horizontal and vertical position for the end point of the line.

When turned on, the start and end thickness of the lines can be controlled by Start Thickness and End Thickness.

The thickness of the line at the start point.

The thickness of the line at the end point.

When turned on, controls the thickness at the center of the line. A value of 0 means no bulging. In this mode, only Start Thickness is on to control the same thickness at both ends of the line.

Controls the horizontal and vertical size of the rectangle shape.

When turned on, controls the roundness of the corners. With a value of 1 and both horizontal and vertical size is equal, the shape becomes a circle. When this is set to 0, the rectangle is not rounded. Use Separate Controls next to this parameter to control the roundness for each corner separately.

When turned on, the roundness of each corner can be controlled separately.

Controls the roundness for the top left corner of the rectangle. Value of 1 means the corner is rounded to the maximum, and the value of 0 means that the corner is not rounded.

Controls the roundness for the top right corner of the rectangle. Value of 1 means the corner is rounded to the maximum, and the value of 0 means that the corner is not rounded.

Controls the roundness for the bottom left corner of the rectangle. Value of 1 means the corner is rounded to the maximum, and the value of 0 means that the corner is not rounded.

Controls the roundness for the bottom right corner of the rectangle. Value of 1 means the corner is rounded to the maximum, and the value of 0 means that the corner is not rounded.

The size of the radius for the polygon shape.

Controls the number of sides for the polygon. The larger the number the more the shape will resemble a circle.

The size of the radius for the spiral shape.

Controls how much each arc length segment should bend towards the center. When this value is set to 0 and the Number of Arcs is set to 4, the arc is a perfect circle.

Controls the number of components the spiral is made of. When Arc Bend is set to 0, a value of 4 creates a perfect circle.

The size of the radius for a squircle, which is a shape intermediate between a square and a circle.

Controls the shape of the squircle. The value of 2 creates a perfect circle. Values above this will blend the shape more into a square. A value of 1 creates a diamond shape.

The size of the radius for the star shape.

Controls the number of sides for the star. The larger the number, the more the shape will resemble a circle.

Controls how much the center of the sides push towards the center of the shape. The angle factor of 2 will create a regular polygon shape instead of a star.

Controls the vertical height of the trapezoid.

Controls the horizontal length at the bottom of the trapezoid.

Controls the horizontal length at the top of the trapezoid.

Controls the horizontal length at the bottom of the triangle.

Controls the vertical height of the triangle.

When this is turned on, the three corners of the triangle are controlled by Point0, Point1 and Point2 parameters.

Controls the bottom left corner position of the triangle.

Controls the top corner position of the triangle.

Controls the bottom right corner position of the triangle.

Controls the amount of distortion applied to the wave. Values closer to 0 will make the wave look like a flat line. The value of 0.5 closer resembles a sine wave, while a value of 1 will fold the wave pattern onto each other.

Controls the size of the wave pattern. Lower values will make smaller patterns.

The radius of the marker. Use this parameter to control the size of the shape.

Controls the horizontal width of the arch. Increase this value to make the shape wider.

Controls the vertical height of the arch. The value of 0 creates a half-circle.

Controls the overall length of the arrow, both shaft and head. After adjusting the length, use the Head Ratio to control the size of the head relative to the new arrow length.

When this is turned on, the start and end points of the arrow can be controlled by Start Point and End Point parameters.

Sets the horizontal and vertical position for the start point of the arrow.

Sets the horizontal and vertical position for the end point of the arrow.

Sets the vertical thickness of the shaft of the arrow. Increase this parameter to make the shaft thicker.

Sets the vertical thickness of the head of the arrow. Increase this parameter to make the head thicker.

Sets the horizontal ratio between the head and the shaft of the arrow.

Controls the overall size of the cross shape.

Controls the amount to chip away from the corners of a square. When this value is set to 0, the result is a perfect square. Increasing this value will chip away the shape starting from the corners of the square.

Controls the amount of rounding at the inner corner of the cross.

The size of the radius for the egg.

Controls the roundness of the top edge of the egg. A value of 0 creates an egg shape with a sharp top edge, and increasing this value smooths the top edge. The value of 1 will create a perfect circle shape.

Controls the thickness of the fishscale shape. This shape is generally used for fishscale-like tile patterns.

The overall size of the horseshoe.

Controls the arc length of the horseshoe. The value of 0 creates a perfect round shape, closing both ends of the horseshoe.

Controls the extent of each end of the horseshoe.

Controls the thickness of the horseshoe.

Controls the overall radius of the moon. For a generic moon shape, this parameter should be larger than Inner Radius.

Controls the radius of the shape that will be cut out from the body of the moon given by Outter Radius.

The horizontal position of the inner shape given by Inner Radius to control where to cut into the moon.

Controls the thickness of the octagon-dot shape. This shape is generally used for octagon-dot-like tile patterns.

Controls the overall size of the cross. The value of 0 creates a perfect circle.

Controls the thickness of the cross.

The size of the radius for the vesica.

Controls the vertical thickness of the vesica shape. Increasing this value makes the shape more rounded.