The Rhombic Grid, like the Tilt Grid starts with a simple rectangular grid. However, the grid is formed by a series of horizontal and vertical lines where each line can be randomised to tilt away from the vertical or horizontal axis, forming a series of rhombuses. The lines can also be drawing to the thickness selected. Line opacity can also be set.

• h-spacing (10 - 300 pixels) unrandomised horizontal spacing between lines

• h-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of h-spacing

• v-spacing (10 - 300 pixels) unrandomised vertical spacing between lines

• v-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of v-spacing

• Line Thickness (1 - 20 pixels)

• Line Opacity (0% - 100%)

The Rhombic Grid, like the Tilt Grid starts with a simple rectangular grid. However, the grid is formed by a series of horizontal and vertical lines where each line can be randomised to tilt away from the vertical or horizontal axis, forming a series of rhombuses. The lines can also be drawing to the thickness selected. Line opacity can also be set.

• h-spacing (10 - 300 pixels) unrandomised horizontal spacing between lines

• h-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of h-spacing

• v-spacing (10 - 300 pixels) unrandomised vertical spacing between lines

• v-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of v-spacing

• Line Thickness (1 - 20 pixels)

• Line Opacity (0% - 100%)

The Rhombic Grid, like the Tilt Grid starts with a simple rectangular grid. However, the grid is formed by a series of horizontal and vertical lines where each line can be randomised to tilt away from the vertical or horizontal axis, forming a series of rhombuses. The lines can also be drawing to the thickness selected. Line opacity can also be set.

• h-spacing (10 - 300 pixels) unrandomised horizontal spacing between lines

• h-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of h-spacing

• v-spacing (10 - 300 pixels) unrandomised vertical spacing between lines

• v-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of v-spacing

• Line Thickness (1 - 20 pixels)

• Line Opacity (0% - 100%)

The Rhombic Grid, like the Tilt Grid starts with a simple rectangular grid. However, the grid is formed by a series of horizontal and vertical lines where each line can be randomised to tilt away from the vertical or horizontal axis, forming a series of rhombuses. The lines can also be drawing to the thickness selected. Line opacity can also be set.

• h-spacing (10 - 300 pixels) unrandomised horizontal spacing between lines

• h-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of h-spacing

• v-spacing (10 - 300 pixels) unrandomised vertical spacing between lines

• v-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of v-spacing

• Line Thickness (1 - 20 pixels)

• Line Opacity (0% - 100%)

The Rhombic Grid, like the Tilt Grid starts with a simple rectangular grid. However, the grid is formed by a series of horizontal and vertical lines where each line can be randomised to tilt away from the vertical or horizontal axis, forming a series of rhombuses. The lines can also be drawing to the thickness selected. Line opacity can also be set.

• h-spacing (10 - 300 pixels) unrandomised horizontal spacing between lines

• h-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of h-spacing

• v-spacing (10 - 300 pixels) unrandomised vertical spacing between lines

• v-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of v-spacing

• Line Thickness (1 - 20 pixels)

• Line Opacity (0% - 100%)

The Rhombic Grid, like the Tilt Grid starts with a simple rectangular grid. However, the grid is formed by a series of horizontal and vertical lines where each line can be randomised to tilt away from the vertical or horizontal axis, forming a series of rhombuses. The lines can also be drawing to the thickness selected. Line opacity can also be set.

• h-spacing (10 - 300 pixels) unrandomised horizontal spacing between lines

• h-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of h-spacing

• v-spacing (10 - 300 pixels) unrandomised vertical spacing between lines

• v-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of v-spacing

• Line Thickness (1 - 20 pixels)

• Line Opacity (0% - 100%)

The Rhombic Grid, like the Tilt Grid starts with a simple rectangular grid. However, the grid is formed by a series of horizontal and vertical lines where each line can be randomised to tilt away from the vertical or horizontal axis, forming a series of rhombuses. The lines can also be drawing to the thickness selected. Line opacity can also be set.

• h-spacing (10 - 300 pixels) unrandomised horizontal spacing between lines

• h-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of h-spacing

• v-spacing (10 - 300 pixels) unrandomised vertical spacing between lines

• v-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of v-spacing

• Line Thickness (1 - 20 pixels)

• Line Opacity (0% - 100%)

The Rhombic Grid, like the Tilt Grid starts with a simple rectangular grid. However, the grid is formed by a series of horizontal and vertical lines where each line can be randomised to tilt away from the vertical or horizontal axis, forming a series of rhombuses. The lines can also be drawing to the thickness selected. Line opacity can also be set.

• h-spacing (10 - 300 pixels) unrandomised horizontal spacing between lines

• h-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of h-spacing

• v-spacing (10 - 300 pixels) unrandomised vertical spacing between lines

• v-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of v-spacing

• Line Thickness (1 - 20 pixels)

• Line Opacity (0% - 100%)

The Rhombic Grid, like the Tilt Grid starts with a simple rectangular grid. However, the grid is formed by a series of horizontal and vertical lines where each line can be randomised to tilt away from the vertical or horizontal axis, forming a series of rhombuses. The lines can also be drawing to the thickness selected. Line opacity can also be set.

• h-spacing (10 - 300 pixels) unrandomised horizontal spacing between lines

• h-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of h-spacing

• v-spacing (10 - 300 pixels) unrandomised vertical spacing between lines

• v-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of v-spacing

• Line Thickness (1 - 20 pixels)

• Line Opacity (0% - 100%)

The Rhombic Grid, like the Tilt Grid starts with a simple rectangular grid. However, the grid is formed by a series of horizontal and vertical lines where each line can be randomised to tilt away from the vertical or horizontal axis, forming a series of rhombuses. The lines can also be drawing to the thickness selected. Line opacity can also be set.

• h-spacing (10 - 300 pixels) unrandomised horizontal spacing between lines

• h-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of h-spacing

• v-spacing (10 - 300 pixels) unrandomised vertical spacing between lines

• v-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of v-spacing

• Line Thickness (1 - 20 pixels)

• Line Opacity (0% - 100%)

Diamond Grid overlays two layers of bands running at opposing angles. Each band is separated by a line. Band and line colours are selected at random. The stoutness controls whether the diamond shapes are tall and narrow or short and wide.

• Line Width (1 - 100 pixels)

• Band Width (10 - 200 pixels)

• Stoutness (1% - 200%) 100% results in a diamond of equal height and width

Diamond Grid overlays two layers of bands running at opposing angles. Each band is separated by a line. Band and line colours are selected at random. The stoutness controls whether the diamond shapes are tall and narrow or short and wide.

• Line Width (1 - 100 pixels)

• Band Width (10 - 200 pixels)

• Stoutness (1% - 200%) 100% results in a diamond of equal height and width

Diamond Grid overlays two layers of bands running at opposing angles. Each band is separated by a line. Band and line colours are selected at random. The stoutness controls whether the diamond shapes are tall and narrow or short and wide.

• Line Width (1 - 100 pixels)

• Band Width (10 - 200 pixels)

• Stoutness (1% - 200%) 100% results in a diamond of equal height and width

Diamond Grid overlays two layers of bands running at opposing angles. Each band is separated by a line. Band and line colours are selected at random. The stoutness controls whether the diamond shapes are tall and narrow or short and wide.

• Line Width (1 - 100 pixels)

• Band Width (10 - 200 pixels)

• Stoutness (1% - 200%) 100% results in a diamond of equal height and width

Diamond Grid overlays two layers of bands running at opposing angles. Each band is separated by a line. Band and line colours are selected at random. The stoutness controls whether the diamond shapes are tall and narrow or short and wide.

• Line Width (1 - 100 pixels)

• Band Width (10 - 200 pixels)

• Stoutness (1% - 200%) 100% results in a diamond of equal height and width

Diamond Grid overlays two layers of bands running at opposing angles. Each band is separated by a line. Band and line colours are selected at random. The stoutness controls whether the diamond shapes are tall and narrow or short and wide.

• Line Width (1 - 100 pixels)

• Band Width (10 - 200 pixels)

• Stoutness (1% - 200%) 100% results in a diamond of equal height and width

Diamond Grid overlays two layers of bands running at opposing angles. Each band is separated by a line. Band and line colours are selected at random. The stoutness controls whether the diamond shapes are tall and narrow or short and wide.

• Line Width (1 - 100 pixels)

• Band Width (10 - 200 pixels)

• Stoutness (1% - 200%) 100% results in a diamond of equal height and width

Diamond Grid overlays two layers of bands running at opposing angles. Each band is separated by a line. Band and line colours are selected at random. The stoutness controls whether the diamond shapes are tall and narrow or short and wide.

• Line Width (1 - 100 pixels)

• Band Width (10 - 200 pixels)

• Stoutness (1% - 200%) 100% results in a diamond of equal height and width

Diamond Grid overlays two layers of bands running at opposing angles. Each band is separated by a line. Band and line colours are selected at random. The stoutness controls whether the diamond shapes are tall and narrow or short and wide.

• Line Width (1 - 100 pixels)

• Band Width (10 - 200 pixels)

• Stoutness (1% - 200%) 100% results in a diamond of equal height and width

Diamond Grid overlays two layers of bands running at opposing angles. Each band is separated by a line. Band and line colours are selected at random. The stoutness controls whether the diamond shapes are tall and narrow or short and wide.

• Line Width (1 - 100 pixels)

• Band Width (10 - 200 pixels)

• Stoutness (1% - 200%) 100% results in a diamond of equal height and width

The Rhombic Grid, like the Tilt Grid starts with a simple rectangular grid. However, the grid is formed by a series of horizontal and vertical lines where each line can be randomised to tilt away from the vertical or horizontal axis, forming a series of rhombuses. The lines can also be drawing to the thickness selected. Line opacity can also be set.

• h-spacing (10 - 300 pixels) unrandomised horizontal spacing between lines

• h-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of h-spacing

• v-spacing (10 - 300 pixels) unrandomised vertical spacing between lines

• v-randomise (0% - 100%) the maximum amount that the start and end points of the lines will be randomised as a % of v-spacing

• Line Thickness (1 - 20 pixels)

• Line Opacity (0% - 100%)

Diamond Grid overlays two layers of bands running at opposing angles. Each band is separated by a line. Band and line colours are selected at random. The stoutness controls whether the diamond shapes are tall and narrow or short and wide.

• Line Width (1 - 100 pixels)

• Band Width (10 - 200 pixels)

• Stoutness (1% - 200%) 100% results in a diamond of equal height and width

Tilt Grid starts with a simple rectangular grid which you can then tilt in a horizontal and/or a vertical direction.

• Horizontal Tilt (-100% - 100%) 100% tilt is equivalent to a 45 degree tilt in the horizontal direction

• Vertical Tilt (-100% - 100%) 100% tilt is equivalent to a 45 degree tilt the vertical direction

• Grid Width (1 - 200 pixels) Initial rectangle width.

• Grid Height (1 - 200 pixels) Initial rectangle height.

The Noise Generator randomly selected a colour from the gradient for each point. Each pixel is a linear blend across the cells. The size of each cell is set by the Size parameter.

• Size (1 - 50 pixels)

The Square Generator repeats the current gradient over a range set by the Spacing slider, in a square pattern around the centre set by the x-centre and y-centre. The colour of each pixel is determined by its distance from the centre and the spacing value.

• Spacing (10 : 5000 pixels)

• x-centre (-100% : 100% ) -100% moves the origin to the left of the canvas, 100% to the right. A value of 0 positions the origin in the middle of the canvas

• y-centre (-100% : 100% ) -100% moves the origin to the top of the canvas, 100% to the bottom. A value of 0 positions the origin in the middle of the canvas

The Sweep Generator sweeps the current gradient around a centre point set by the x centre and y centre values. The rotation sets the starting angle for the sweep. You can also add a circle at the centre point in a selected colour. The circle edge can be set to fade out over a selected distance.

• Rotation (0º -360º) 0º sets the axis to horizontal

• x-centre (-100% : 100% ) -100% moves the origin to the left of the canvas, 100% to the right. A value of 0 positions the origin in the middle of the canvas

• y-centre (-100% : 100% ) -100% moves the origin to the top of the canvas, 100% to the bottom. A value of 0 positions the origin in the middle of the canvas

• centre circle(0% : 100%) The radius of the centre circle as a proportion of the image width. A value of 0% results in no circle and circle fade having no effect.

• centre fade (0% : 100%) The distance of the circle fade as a proportion of the image width.

• circle colour (0-255) The colour of the circle, where the value represents the position in the gradient. 0 being the first colour, 255 the last.

The Radial Generator repeats the current gradient over a range set by the Spacing slider, radiating from the origin set by the x-centre and y-centre. The colour of each pixel is determined by its distance from the centre and the spacing value.

• Spacing (10 : 5000 pixels)

• x-centre (-100% : 100% ) -100% moves the origin to the left of the canvas, 100% to the right. A value of 0 positions the origin in the middle of the canvas

• y-centre (-100% : 100% ) -100% moves the origin to the top of the canvas, 100% to the bottom. A value of 0 positions the origin in the middle of the canvas

The Linear Generator repeats the current gradient over a range set by the Spacing slider. Each colour is rendered as a line perpendicular to the axis set by Angler slider.

• Spacing (10 - 5000 pixels)

• Angle (0º -360º) 0º sets the axis to horizontal