Muddy Water Classic camouflage pattern
CamoMatrix Pattern DNA

Muddy Water

Classic
This pattern stands out most for typical overall shape structure; middle-range overall brightness, typical tonal separation; and dense, strong edge structure.

What Stands Out

Standout #1

Shape Character

Typical overall shape structure
Very high shape elongation compared with the reference patterns.
Standout #2

Light & Dark Structure

Middle-range overall brightness, typical tonal separation
High tonal range compared with the reference patterns.
Standout #3

Edge Character

Dense, strong edge structure
High edge density and high edge strength compared with the reference patterns.

The Pattern at a Glance

Palette
Primary: brown
Secondary: gray
Warm 96.5%
Cool 3.5%
Neutral 15.8%
Light & Dark
Dark 39.9%
Mid 51.4%
Light 8.7%
Dark, mid-tone and light areas measured across the analyzed pattern sample.
Pattern Scale
Fine 37.5%
Mid 34.7%
Large 27.8%
Dominant scale: balanced

Pattern DNA

Color Character

Brown / Gray, moderate saturation, strongly warm

The dominant detected color families are Brown / Gray. Its average color saturation is typical compared with the 247-pattern reference set.

What you may notice:
The amount of visible color intensity is fairly typical of the reference set.

Light & Dark Structure

Middle-range overall brightness, typical tonal separation

39.9% of the sampled pattern falls in the governed dark tonal range. Its tonal-group separation is within the broad middle of the reference set.

What you may notice:
The pattern does not sit near either brightness extreme of the reference set.

Edge Character

Dense, strong edge structure

Edge density is high, average detected edge strength is high, and the share of qualifying edges classified as hard is high relative to the reference set.

What you may notice:
Detected boundaries tend to remain visually pronounced where they occur.

Texture Character

Variable texture distribution

Fine texture density is high, roughness is high, and texture uniformity is low compared with the reference set.

What you may notice:
Texture activity changes noticeably from one part of the pattern to another.

Shape Character

Typical overall shape structure

Effective retained-region fragmentation is typical, while average retained-region elongation is very high relative to the reference set.

What you may notice:
The effective division of visible regions is broadly typical.

Pattern Scale

Balanced, with a fine-scale lean

The analyzer classifies dominant scale as balanced. Fine-scale energy is high, mid-scale energy is typical, and large-scale energy is low relative to the reference set.

What you may notice:
No single scale band dominates strongly enough to define the pattern by itself.

Spatial Distribution

More spatially concentrated

Spatial information balance is low, while left-right, top-bottom, and rotational asymmetry are low, typical, and typical relative to the reference set.

What you may notice:
More of the pattern activity is concentrated into particular portions of the sample.

Where This Pattern Fits

Where It Fits

This pattern appears best aligned with middle-brightness overall backgrounds. Its detected color families align with backgrounds containing brown bark, soil, dead leaves, or dormant vegetation and gray rock, bark, dead wood, or neutral material. Its balanced scale favors backgrounds containing a mixture of visual detail sizes. Its rougher, variable texture aligns with terrain where surface detail is visually active and changes across the scene.

Where It May Struggle

No strong opposite-condition warning is indicated by the current profile.

Breakup Character

The pattern contains a relatively dense network of detected edges with stronger boundary definition. Its visible forms tend to be more elongated. Visual activity is distributed less evenly across the pattern.

How to read this:
These observations are derived from Pattern DNA measurements and comparisons with the frozen 247-pattern reference collection. They describe the kinds of visual backgrounds the pattern most closely aligns with; they are not a claim of field-tested performance in a specific location.

Most Similar Patterns

These are the closest measured matches based on Pattern DNA color, tone, texture, shape, scale and layout.

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