Resolve FX · Generate

Grid

A procedural Resolve FX grid for measurement, composition, technical overlays and graphic work. It exposes separate row/column density, major-line hierarchy, independent horizontal/vertical line widths and a surprisingly deep transform block with Pan, Tilt, Zoom, Rotate, Width, Height, ShearX/Y, Pitch and Yaw.

Row Cells 12Column Cells 20Major Spacing 4Hor/Ver Width10 Transform ControlsGlobal Blend

Mental model

Build the grid in three layers: structure → line hierarchy → plane transform

The easiest mistake is to treat every slider as an interchangeable size control. They are not. Row/Column Cells build the topology, line controls define visual hierarchy, and the Transform Controls move or deform the completed grid. Global Blend only mixes the final effect with the node input.

Structure

Row Cells · Column Cells · Major Line Spacing

How many cells exist, and how often a heavier line repeats.

Line properties

Color · Hor/Ver Width · Major Width

How visible each regular and major line should be.

Plane transform

Pan · Tilt · Zoom · Rotate · Width · Height · Shear · Pitch · Yaw

Where the completed grid sits and how its plane is deformed.

Grid structure

Row Cells, Column Cells and Major Line Spacing define the topology before styling begins

These are not simple zoom controls. They decide how the grid is divided and where the repeating major-line hierarchy occurs.

Vertical density

Row Cells

Row Cells sets the number of cell rows across the grid height. The supplied Resolve 21 panel shows 12. Increasing the value creates more horizontal divisions and shorter cells; decreasing it produces a coarser layout. This changes the structure of the grid itself rather than merely scaling the finished image.

Shown in the panel: 12 rows
More Row Cells = more frequent horizontal lines
Coarser layouts suit composition guides; denser layouts suit HUD graphics

Horizontal density

Column Cells

Column Cells sets the number of columns across the frame width. The supplied panel shows 20. It controls the frequency of vertical lines and works with Row Cells to define cell proportions. A 16:9 frame often uses more columns than rows, but square-looking cells also depend on frame aspect ratio and the Width/Height/Zoom transform controls.

Shown in the panel: 20 columns
More Column Cells = more frequent vertical lines
Do not fix the wrong structure with Zoom alone—set rows and columns first

Grid hierarchy

Major Line Spacing

Major Line Spacing defines which repeating line becomes a major line. The Resolve Reference Manual describes this as every nth line. The supplied value of 4 creates a repeating accent every four regular divisions. The actual thickness of those accented lines is then set independently with Major Line Width.

Spacing controls frequency, not thickness
Shown in the panel: 4
Useful for coordinate and technical hierarchy

Line Properties

Colour and three independent width decisions

Resolve separates regular horizontal lines, regular vertical lines and repeating major lines. That separation is what makes Grid useful for real technical layouts instead of only a decorative checkerboard.

Colour of all lines

Line Color

Line Color sets the grid colour through a swatch and eyedropper. The supplied panel shows white. The eyedropper is useful when the grid must match a colour already present in the image or a UI accent. For measurement overlays, pure bright white can overpower the picture, so colour intensity or Global Blend may need to be reduced.

Colour picker + eyedropper
Colour does not change density or geometry
For HUD work, colour the grid and animate the grid separately

Horizontal-line thickness

Hor. Line Width

Hor. Line Width independently controls the thickness of regular horizontal lines. The supplied panel shows 0.050. Separate control is useful when horizontal lines should be weaker than vertical ones, when building scanline-like patterns, or when perspective makes one axis read too heavily.

Shown in the panel: 0.050
Does not change vertical-line thickness
Check very thin lines at final delivery resolution

Vertical-line thickness

Ver. Line Width

Ver. Line Width independently controls regular vertical-line thickness. It is also 0.050 in the supplied panel, so the base grid has matched line weight. Different horizontal and vertical widths can build technical scales, emphasise one axis, or compensate for apparent thickness after Pitch/Yaw transforms.

Shown in the panel: 0.050
Horizontal and vertical widths can differ
Useful for axis hierarchy and stylised grids

Major-line thickness

Major Line Width

Major Line Width sets the thickness of the lines selected by Major Line Spacing. The supplied value is 2.500, much heavier than the regular 0.050 lines. These controls should be read as a pair: Spacing sets the repetition interval and Width sets the strength of the visual accent.

Shown in the panel: 2.500
Applies to major lines only
Too much contrast can turn major lines into distracting bands

Transform Controls

Ten controls: position, uniform/non-uniform scale, affine skew and perspective-style orientation

The supplied panel exposes all ten controls at once. The key is to group them by job rather than adjust them randomly.

Transform0.000

Pan

Horizontal offset of the grid plane. Use it to align vertical divisions precisely or animate motion left/right.

Transform0.000

Tilt

Vertical offset. Together with Pan it positions the grid without changing cell counts.

Transform1.000

Zoom

Uniformly scales the whole grid. It transforms the already defined structure: cells look larger or smaller without changing Row/Column Cells.

Transform0.0

Rotate

Rotates the grid in the image plane. This is a roll-like rotation, not a perspective tilt; Pitch and Yaw handle perspective-style orientation.

Transform1.000

Width

Scales the grid independently on the horizontal axis. It changes cell aspect and helps fit the plane to a screen or non-standard surface.

Transform1.000

Height

Scales the grid independently on the vertical axis. Width and Height change proportions without rebuilding the cell count.

Transform0.000

ShearX

Affine skew on X: rectangular cells become parallelograms, without yet applying perspective-style plane rotation.

Transform0.000

ShearY

Affine skew on Y. Together with ShearX it is useful for slanted technical geometry and shape fitting.

Transform0.000

Pitch

Tilts the plane forward/backward in a perspective-style transform. Pitch is often what turns a flat grid into a floor, road or receding plane.

Transform0.000

Yaw

Turns the plane left/right. Combined with Pitch it helps fit Grid onto a side display, wall or angled surface.

Transform hierarchy

Use the simplest control that matches the geometric problem

Position

Pan · Tilt

Move the grid first. If the problem is only alignment, do not reach for perspective controls.

Scale

Zoom · Width · Height

Zoom is uniform scale; Width and Height are independent axis scales. This is where cell aspect can be intentionally stretched.

Affine

Rotate · ShearX · ShearY

Rotate changes orientation in-frame; shear changes the shape itself. Use these before perspective if a simple skew solves the fit.

Perspective-style

Pitch · Yaw

Use these when the grid should read as a plane turned away from the viewer: floor, wall, side display or angled technical surface.

Global Blend

Final effect mix, not another line-opacity parameter

Global Blend mixes the Grid effect result with the current node input. At 1.000 the effect is at full strength; reducing Blend progressively returns the unmodified input. This is usually the cleanest way to tame a technical overlay globally after structure, line style and transforms are already correct.

Do not use Global Blend to compensate for a wrong Line Color or excessive Major Line Width. Fix the grid first, then use Blend for the final dry/wet relationship.

Real Resolve 21 controls

Every visible group from the supplied Grid panel

Production workflow

Six steps from an empty overlay to a controlled grid plane

Start with structure: Row Cells and Column Cells. Do not start with Zoom or you will simply scale the wrong density.

Add hierarchy with Major Line Spacing, then decide how strongly major lines should read with Major Line Width.

Tune Hor./Ver. Line Width independently. Check actual delivery size as well as the Viewer because thin lines can alias or create moiré after scaling and compression.

Position with Pan/Tilt, then use Zoom/Rotate/Width/Height. This is easier to reason about than moving every transform control at once.

Use ShearX/Y for affine skew and Pitch/Yaw when the plane needs perspective-style orientation. Do not try to replace Pitch with Rotate.

Finish with Global Blend when Grid is a guide or overlay. Keep it stronger for technical inspection and reduce it for a calmer final HUD background.

Common failures

Most Grid problems come from mixing structure, styling and geometry into one adjustment

The grid flickers or breaks up after export

Cause: Row/Column density is too high for the chosen line width, so resizing and compression expose aliasing.

Fix: Reduce density, increase line thickness or soften the result slightly. Judge it at delivery resolution and in motion.

Major lines look like random heavy bands

Cause: Major Line Width is too heavy relative to regular lines, or Spacing does not match the intended hierarchy.

Fix: Choose a clear Spacing interval first, then raise Major Line Width only enough to create readable hierarchy.

I try to make a floor with Rotate and it still looks flat

Cause: Rotate changes 2D orientation but does not create a perspective-style tilt.

Fix: Use Pitch/Yaw first, then refine with Rotate, Width/Height and Pan/Tilt.

The cells do not look square

Cause: Row/Column ratio, frame aspect ratio and Width/Height/Zoom all affect apparent cell proportions.

Fix: Set a sensible Row/Column ratio for the frame first, return Width/Height/Zoom to neutral, then fine-tune the fit.

Resolve FX Generate · procedural grid overlay

Grid: the signal-level model

Grid is best understood as a procedural coordinate plane rather than a pre-made checker image. Row/Column Cells define the structure, Major Line Spacing adds repeating hierarchy, Line Properties define line weight, and Transform Controls then move and deform the completed plane. That separation makes the effect predictable and easy to animate.

The Reference Manual separates Grid into overall structure and Line Properties, then lists Pan, Tilt, Zoom, Rotate, Width, Height, ShearX, ShearY, Pitch and Yaw as transform controls. The supplied Resolve 21 panel also exposes the standard Global Blend. The reliable order is therefore topology → line hierarchy → transform → final mix.

Do not confuse Resolve FX Grid with Viewer Guides. Grid is an image effect and becomes part of the output, while guides are only an interface overlay. If Grid was used as a temporary measuring aid, disable it before delivery. If the grid is part of HUD/graphic design, Resolve FX Grid is useful precisely because it renders and animates.

Use it when

technical measuring overlays that must become part of the render
HUDs, sci-fi interfaces, coordinate planes and procedural graphic backgrounds
perspective-style grids for floors, walls, side displays or angled surfaces
animated grids where keyframing parameters is cleaner than moving a raster image

Choose another tool when

you only need a temporary rule-of-thirds/safe-area Viewer aid—use guides
you need to transform the image itself rather than only the grid—use Sizing/Transform
you need tracked surface replacement—Grid itself does not replace planar/surface tracking

Control → signal meaning → verification

Layer	What it means	How to verify
Row Cells / Column Cells	Number of cells in the vertical and horizontal structure. This is topology, not visual zoom.	Return Zoom/Width/Height to neutral and set density at the final frame aspect ratio.
Major Line Spacing	Selects every nth line as a major line; the supplied panel shows n = 4.	Check that the repetition creates readable larger blocks and matches the Row/Column structure.
Hor. / Ver. Line Width	Independent weight of regular horizontal and vertical lines; both are 0.050 in the supplied panel.	Inspect in motion and at delivery resolution: very thin lines are especially sensitive to aliasing and compression.
Major Line Width	Thickness of the repeating major lines only; the supplied panel shows 2.500.	Compare against regular lines: the accent should create hierarchy rather than become distracting bands.
Pan / Tilt	Horizontal and vertical position of the grid plane.	Use these first for alignment; zero values introduce no additional offset.
Zoom / Width / Height	Uniform scale plus independent X/Y scale applied after the grid is built.	If cells have the wrong shape, separate topology (Rows/Columns) from scale/aspect (Zoom/Width/Height).
Rotate / ShearX / ShearY	2D orientation and affine skew of the plane.	Use these before Pitch/Yaw for simple slants; they are easier to control and do not require perspective-style deformation.
Pitch / Yaw	Perspective-style turning of the grid plane forward/backward and left/right.	Check convergence and cell hierarchy; strong values can quickly increase aliasing in the receding part of the plane.
Global Blend	Final dry/wet mix between the Grid result and the current node input.	Build structure and line weights at full effect strength, then reduce Blend to the required overlay visibility.

Production workflow

01First return Transform Controls to neutral and set Row/Column Cells for the frame format.
02Set Major Line Spacing as a structural interval, then Major Line Width as the visual accent.
03Choose Line Color and Hor./Ver. Line Width, judging them at final frame size.
04Align with Pan/Tilt, then set general scale/rotation with Zoom/Rotate/Width/Height.
05Use Shear for slanted geometry; use Pitch/Yaw when the plane needs to recede in perspective.
06Finish with Global Blend and verify motion/codec behaviour for aliasing and moiré.

Diagnostics: symptom → cause → fix

Thin grid lines flicker

Likely cause: Cell density is too high for the current line width and delivery resolution.

Fix: Reduce Row/Column Cells, increase width or soften the grid slightly; test after final resize/encode.

Major lines dominate the image

Likely cause: Major Line Width is too heavy relative to regular lines, or Spacing is too frequent.

Fix: Increase Spacing or reduce Major Line Width first; use Global Blend only for the final mix.

The grid does not fit the surface

Likely cause: Only Rotate/Shear are being used even though the surface needs perspective-style orientation.

Fix: Add Pitch/Yaw, then refine with Width/Height/Pan/Tilt.

Cells have a strange aspect after adjustments

Likely cause: Row/Column topology and Width/Height/Zoom were changed together.

Fix: Return transforms to neutral, rebuild the structure, then adjust scale/aspect separately.

Node placement

On the Color page, Grid is convenient on a dedicated serial node after the main grade when used as a temporary technical overlay, because the whole node can be bypassed cleanly. For a final graphic overlay, placement depends on whether the grid should pass through later transforms/look/output stages. Label the node clearly so a technical grid is not accidentally left in delivery.

Scopes / validation

Grid is a geometric overlay, not a measurement scope. It helps reveal alignment, proportion and perspective but does not measure luminance, chroma or channel balance. Use Waveform/RGB Parade/Vectorscope for the signal; Grid can complement them for geometry.

Managed-pipeline warning

Grid geometry is not colour-management maths in the way CST or Gamut Mapping is, but Line Color appearance and the final brightness/saturation of the overlay depend on the node's signal state and any transforms that follow. For final brand/UI colours, validate after the complete output chain rather than only mid-tree.

Do not confuse the roles

Grid versus neighbouring Resolve FX

Color Space Transform

explicit conversion between colour-space/gamma descriptions, including tone/gamut mapping

Open guide

ACES Transform

node-level input/output through the standardised ACES transform set

Open guide

Chromatic Adaptation

conversion between white points / illuminants through a CAT model

Open guide

Color Compressor

compressing hue/saturation/luminance variation around a selected Target Color

Open guide

Color Stabilizer

temporal matching of unwanted brightness/white-balance drift around a chosen reference and analysis region

Open guide

Contrast Pop

selective increase or reduction of local contrast at a chosen structure scale and within a controlled tonal range

Open guide

DCTL

programmable host for custom transform code whose maths, UI and signal contract are defined by the selected DCTL/DCTLE

Open guide

Dehaze

depth-weighted reduction of smog/airlight/haze through a simulated depth matte and coupled colour/contrast correction

Open guide

Despill

suppression of reflected red/green/blue screen spill after the subject has already been isolated by key/matte/roto

Open guide

False Color

spatial display of exposure zones through camera-matched or creative false-colour mapping and a legend

Open guide

Gamut Limiter

final hard-clipping of chromaticities to a specified delivery/QC gamut boundary

Open guide

Gamut Mapping

tone/gamut remapping through luminance roll-off, saturation compression/clip and OOTF without a separate input/output colour-space conversion

Open guide

Invert Color

simple independent inversion of Red/Green/Blue/Alpha channels for creative and technical channel/key operations

Open guide

NVIDIA RTX Video HDR

AI-assisted SDR→HDR mapping with an explicit input/output signal contract, Middle Gray, target peak luminance and creative shaping

Open guide

Camera Shake

procedural Pan/Tilt/Rotation/Zoom motion with waveform, randomness, pauses and blanking handling

Open guide

ColorTone Diffuser

creative optical-look effect combining spatial diffusion, coloured Tone Lights, tonal protection, a falloff mask and a LUT-compatible subset

Open guide

Film Damage

procedural texture/look effect combining blur/colour drift, vignette, changing dirt and up to five scratches with motion/flicker

Open guide

Film Grain

procedural film-style texture with gauge presets, grain geometry, composite modes, tonal/RGB weighting and final mix

Open guide

Film Look Creator

integrated scene-referred film-emulation environment combining a baked-in Blackmagic film response, colour shaping, halation/bloom/grain/flicker/gate weave and a LUT-compatible subset

Open guide

Flicker Addition

dedicated temporal exposure modulation with tonal flicker modes, RGB selection, smoothness, randomness, pauses and a deterministic seed

Open guide

Halation

film-style highlight scatter using an isolation matte, chromatic dye-layer reflections, secondary glow and optional grain

Open guide

Split Tone

creative shadow/highlight colour separation through Natural/Strong/Custom modes, Pivot, Hue Angle, neutral protection and colour-space overrides

Open guide

Vignette

edge framing and visual-attention control through Basic/Advanced geometry, position, colour and compositing

Open guide

Color Generator

solid-colour generation for Layer Mixer, masks, fills and simple colour washes

Open guide

Color Palette

analytical extraction of dominant colours with shadow/midtone/highlight region breakdown

Open guide

3D Keyer

colour-sampled key/matte with chroma/luma refinement, matte finesse, garbage matte and diagnostic output

Open guide

Sizing

When you need to transform the shot itself rather than only the grid overlay.

Related chapter

Scopes

Signal measurement remains the job of Waveform, RGB Parade, Vectorscope and Histogram.

Related chapter

Fusion Grid

Related node-based workflow for motion graphics and compositing.

Related chapter

Color Palette

Neighbouring Generate FX focused on dominant-colour analysis rather than geometric overlay.

Related chapter

Primary references used for this technical layer

DaVinci Resolve 18.5 Reference Manual · Resolve FX Generate · Grid
Documents Row/Column Cells, Line Color, Hor./Ver. Line Width, Major Line Spacing/Width and the complete transform-control set.VideoMontazher · Fusion Grid reference
Related procedural-grid workflow in Fusion: density, line hierarchy, perspective-style transforms and common mistakes.

Panel names are cross-checked against the Resolve 21 screenshots already shown on each page. Where Blackmagic does not publish proprietary implementation math, the article describes documented signal semantics and observable behaviour rather than inventing an algorithm.

FAQ

Practical Grid questions

Is Grid a non-rendering viewer guide?

No. Resolve FX Grid is an image effect that generates the grid in the output. It is not the same thing as viewer guides or safe-area overlays. If you use Grid only as a temporary guide, disable the node/effect before final rendering.

How are Row/Column Cells different from Zoom?

Row/Column Cells rebuild the structure by changing how many cells exist on each axis. Zoom scales the already defined grid as one plane. Density first, scale second.

How is Shear different from Pitch/Yaw?

ShearX/Y skew the grid along the axes and are useful for parallelogram-like geometry. Pitch/Yaw are intended for perspective-style orientation of the plane itself. The visual results can overlap, but the controls solve different geometric problems.

Is Grid Studio-only?

In the Resolve FX Reference Manual, Color Palette is explicitly marked Studio Version Only, while Grid is not. Grid therefore is not listed as a Studio-only effect in that section of the manual.

Can Grid be animated?

Yes. The panel exposes keyframe diamonds beside the parameters. In practice, Pan/Tilt/Zoom/Rotate or perspective controls are usually safer animation targets; changing Row/Column density can produce a much more obvious structural change.

How can I use Grid for rule of thirds?

For a simple 3×3 composition layout, start with three rows and three columns and minimise major-line hierarchy. If you only need a temporary composition guide, Viewer guides may be more convenient because they do not become part of the rendered image.

Next steps

Use Grid as a rendered effect when you need the grid in the image—and viewer guides when you do not

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