PATTERN — BLUF
SAGUARO NATIONAL PARK, AZ | 32.2, -110.7 | WINTER
DAY
photorealistic render
NIGHT
photorealistic render
MULTISPECTRAL CAMOUFLAGE PATTERN REPORT | GENERATED 2026-04-27 14:55 | SEED 199997
SAGUARO NATIONAL PARK, AZ | 32.2, -110.7 | WINTER
photorealistic render
photorealistic render
PATTERN BREAKDOWN
Bajada Dust 28% (primary ground base and polygon fill) | Creosote Green 22% (vegetation silhouette streaks and mid-scale disruptors) | Shadow Charcoal 16% (fracture boundaries and shadow exploitation) | Ochre Wash 18% (drainage and topographic flow lines) | Pale Sky-Reflect 11% (edge micro-stipple and light catch) | Desert Oxide 5% (weathering speckle and texture depth)
TEXTURE
Hard-edged Shadow Charcoal polygon boundaries (2-3mm strokes) create immediate visual stop-lines matching actual terrain fracture contrast at 50m distance. Creosote Green vertical streaks (4-8cm width) use 5mm soft feather edge (linear gradient transition over 5mm horizontal span) to prevent harsh artificial appearance and match natural vegetation silhouette softness. Ochre Wash bands employ hybrid transition: hard leading edge (upslope side) with 8-10mm soft bleed trailing edge (downslope) to mimic erosion and shadow gradation in drainage lines. Pale Sky-Reflect micro-stipple (1-2mm dots) and tick marks (3-5mm length) are applied with hard crisp edges to replicate light reflection physics (sharp specular highlights). Desert Oxide speckle (0.5-1mm) is diffuse and randomized, heaviest in Shadow Charcoal zones (creating perceived texture depth) and fading toward Pale Sky-Reflect areas. Apply 8-12% overall micro-turbulence (1-2mm random displacement of color boundaries) to break up pattern registry and prevent machine-printed appearance.
PATTERN DESCRIPTION
FRACTURED BAJADA GEOMETRY: Primary structure consists of large angular polygonal shapes (12-18cm average width) mimicking joint fractures visible in bajada fan surfaces and weathered bedrock outcrops. These polygons are bounded by hard-edged Shadow Charcoal lines (2-3mm thick) that replicate actual shadow casts from terrain breaks at high solar angle. Within each polygon, the pattern deploys a secondary layering system: Bajada Dust forms the bulk base with 60-70% opacity; Creosote Green is introduced as medium-scale (4-8cm) organic vertical streaks following implied vegetation silhouettes (mimicking columnar saguaro and shrub shadow profiles); Ochre Wash appears as sinuous 2-5cm bands flowing horizontally and diagonally to follow drainage and slope aspect lines. Pale Sky-Reflect is applied as hard-edged micro-stipple (1-2mm dots and short 3-5mm linear ticks) concentrated on 30-40% of polygon edges and scattered across 15-20% of internal space to replicate light catch on exposed quartz and pale granules. Desert Oxide is deployed as ultra-fine (0.5-1mm) speckle throughout, heaviest in Shadow Charcoal regions and along Ochre Wash edges to create weathered, naturalistic transitions. Transition style: primary polygonal boundaries are HARD-EDGED (mimicking actual rock fracture contrast); secondary vegetation streaks are SOFT-BLEED (3-5mm feathered edge) to match vegetation silhouette softness; micro-stipple overlays entire pattern with 15-25% opacity density to prevent flatness and add 3D depth perception at 50-100m viewing distance. Overall directionality is RADIAL-ANGULAR with no consistent vertical or horizontal bias—mimics actual terrain complexity where fractures, washes, and shadows radiate from multiple points across bajada surface.
Composite concealment: None/100 · retries: 2 · latency: 39.2s
NDVI TARGET
0.42
STRATEGY
Early April NDVI of 0.428 indicates emerging vegetation activity insufficient for overhead concealment but adequate for lateral visual matching. IR strategy is COMPLEMENTARY to visible domain: Creosote Green and Desert Oxide pigments selected for dual-spectrum performance (visible green + NIR absorption via iron oxide and synthetic green pigments that absorb 750-900nm). Shadow Charcoal exploits morning thermal differential (4-6 hour window of cooler north-facing shadows, 22-28°C vs. exposed soil 35-42°C); concentrating dark pigment in shadow zones creates radiometric match. Bajada Dust and Ochre Wash are warm-earth tones; recommend pigments that reflect NIR similarly to natural caliche and desert soil (typical NIR reflectance 40-50% in 800-900nm band). Pale Sky-Reflect is minimal (11%) and concentrated as micro-stipple, avoiding large light-colored blocks that create NIR hotspots. Overall approach: suppress operator thermal signature by matching spectral reflectance profile of dominant terrain materials across visible + NIR bands; do NOT attempt to achieve black-body cold signature (unrealistic and visible-spectrum counterproductive).
DYE RECOMMENDATIONS
Creosote Green: synthetic iron oxide phthalocyanine green (PG7/PG36) or complex organic green pigment with extended NIR absorption (e.g., Sicopal Green or equivalent); targets 750-900nm suppression while maintaining visible saturation at 520-560nm. Bajada Dust and Ochre Wash: natural or synthetic iron oxide earths (PY42 yellow ochre, PR101 red iron oxide) combined with synthetic brown complex pigments; match natural soil spectral reflectance curve (40-50% in 800nm, rising to 50-55% at 1400nm). Shadow Charcoal: carbon black (PBk6/PBk7) blended with small % synthetic black iron oxide; minimize NIR reflectance to below 15% in 800-900nm (true shadow match). Pale Sky-Reflect: titanium dioxide (PW6) at controlled particle size (0.2-0.5 micron) for Lambertian visible reflection; blend with small % transparent NIR reflective pigment to achieve 50-60% NIR reflectance without visible brightening. Desert Oxide: synthetic iron oxide speckle (PY42 + PR101 blend); creates high-frequency texture that breaks up pattern without introducing false spectral features.
FABRIC
Recommend ripstop nylon or polyester blend (65/35 polyester/cotton acceptable) with 2/2 twill weave for texture scale matching at 50-100m distance. Twill creates natural micro-shadow pattern that reinforces pattern disruptors without adding weight. Avoid glossy finishes (creates specular reflection hotspot in NIR); use matte or semi-matte finish achieved via calendering or slight nappage. Consider IR-suppressant topcoat treatment (e.g., permethrin + carbon black additive) applied post-weave to suppress thermal signature without compromising visible-spectrum color. Fabric weight 4-5 oz/sq yd optimal for desert operations (breathability + durability). Weave density tight enough to prevent color bleed (individual pigment particles should not migrate between adjacent color zones) but not so tight that fabric becomes stiff or reflects light specularly.
AVOID
Do NOT use: bright whites or silvers (create NIR hotspots and visible false targets); pure blacks (unnatural in this terrain, creates excessive visible contrast and thermal coldness if applied to large areas); glossy finishes or sizing agents that create shine; fluorescent dyes or optical brighteners (invisible but create NIR signature). Avoid synthetic colors without NIR characterization (e.g., generic "forest green" inks—test NIR reflectance before production). Do NOT use titanium dioxide as primary component in Creosote Green (will reflect NIR excessively, creating visible-NIR mismatch). Do NOT apply waterproofing treatments with silicone additives (silicone creates NIR reflectance in 800-1200nm band, creating thermal hotspot).
TERRAIN TYPE
semi-arid Sonoran Desert transition with scattered shrubland and bajada
VEGETATION DENSITY
medium
SEASONAL CHARACTER
Early April in the Tucson Basin marks the transition from winter dormancy to spring greening. Desert shrubs exhibit fresh vegetative growth with emerging green flush on creosote and palo verde. Soil remains relatively moist from winter precipitation (16.6mm), reducing dust signature and providing subtle green tones in lower-lying drainage areas.
NDVI INTERPRETATION
NDVI of 0.428 indicates moderate vegetation activity—sufficient green biomass for visual concealment matching but not dense enough for complete overhead obscuration. Vegetation patchiness creates mosaic concealment opportunities with interspersed bare ground; optimal for small-unit positioning within natural vegetation clusters.
THERMAL PROFILE
Daytime thermal contrast moderate: exposed bajada soils and rock faces absorb solar radiation reaching surface temps 35-42°C; vegetated areas and north-facing slopes cooler at 22-28°C. Early morning shadows from ridgelines and brush offer 4-6 hour thermal signature reduction. Minimal moisture in air; low cloud cover typical; shadows sharp and well-defined for exploitation.
CONCEALMENT CHALLENGES
Sparse, low-profile vegetation (0.5-2.0m typical height) provides limited vertical concealment; operators must exploit ground-level terrain features, washes, and shadow positions. High solar angle (45°+ by 1000 hours) reduces shadow depth; mid-day operations demand strict color discipline and micro-terrain exploitation. Vehicle tracks and disturbed soil remain visible for 48-72 hours in this soil type.
SEASONAL NOTES
EARLY APRIL SPECIFICITY: This pattern is calibrated for Week 1 April conditions—spring flush emerging, soil relatively moist from winter precipitation (16.6mm), minimal dust signature, high solar angle (45°+ by 1000 hours), 4-6 hour shadow exploitation window viable. TRANSITION RISK (late April onward): As April progresses and spring heating accelerates, creosote and palo verde vegetation enters explosive leaf-out phase (late April–early May NDVI increases to 0.55-0.65 by month-end). Creosote Green component (currently 22%) will become visually oversaturated by late April. REMEDIATION: Plan pattern obsolescence date of April 15-20 or modify by increasing Creosote Green saturation and patch size by 5-8% in areas of predicted vegetation density. SUMMER TRANSITION (May onward): As vegetation canopy closes and soil moisture decreases, add pale lichen colors (#D4C5B0) as micro-stipple overlay to match dust resuspension and sun-bleached vegetation. Shadow Charcoal role increases in importance (deeper shadows from denser canopy); consider concentrating 20-25% of pattern in shadow zones by late May. LONG-TERM (June-August): Pattern requires replacement or significant modification; late-season desert vegetation exhibits stress coloration (yellows, reds) and dust signature increases dramatically due to thermal-driven dust devils and monsoon-gap drying. Current Bajada Dust and Ochre Wash will remain valid; Creosote Green becomes obsolete (vegetation enters dormancy stress mode, coloring shifts to bronze/rust). Recommend companion summer-variant pattern using Dust (#8B7D6B), Stress Bronze (#7A5C3D), Monsoon Gray (#6B7878), and increased Pale Sky-Reflect (16-18%) to match dust-laden air scattering.
Concealment Index unavailable — missing deps: opencv-python, scikit-image
Same palette, same terrain — only pattern structure differs. Baselines are generated procedurally (no trademarked patterns).
| Reference | Composite | RPR Δ |
|---|---|---|
| RPR (this pattern) | - | — |
| Solid Earth | - | - |
| Uniform Noise | - | - |
| Pixelated | - | - |
| Blotch | - | - |
| Stripes | - | - |
PATTERN BREAKDOWN
Nocturnal Sand 28% (primary base covering dormant terrain), Shadow Basalt 18% (shadow fill and silhouette breaking), Emergent Sage 22% (spring vegetation clusters and moisture zones), Ochre Weathering 18% (weathered rock and mid-tone transitions), Thermal Ghost 10% (cool-zone micro-suppression and thermal blending), Silhouette Break 4% (sky-edge disruption and outline breaking). Within-color counter-stipple adds 10–15% of complementary colors as sub-percent micro-texture.
TEXTURE
HARD-EDGED shard boundaries (0mm feather) for angular rock faces and maximum silhouette disruption. SOFT-BLEED transitions (1–2cm feather) on Emergent Sage blob edges to mimic natural vegetation margins and reduce visual edge-sharpness at distance. MICRO-STIPPLE on Thermal Ghost and counter-color accent speckles uses 0.5–1.5cm random clusters with SOFT FADE edges (0.2–0.5cm feather) to integrate smoothly without contrast spikes. Shadow Basalt-to-Nocturnal Sand boundaries should be SLIGHTLY SOFTENED (0.5cm feather) where they meet in shadow zones to avoid artificial crispness; however, shard structure remains fundamentally angular. Ochre Weathering veins are HARD-EDGED to match actual rock-stain linearity. Surface finish: low-luster matte across all colors; NO sheen differential that would catch moonlight. Micro-texture weave (see fabric_notes) should be visible at 1–2cm but dissolve visually beyond 5cm to maintain color integrity at distance.
PATTERN DESCRIPTION
ANGULAR FRACTURE LAYERING with organic micro-integration. Dominant geometry derives from actual bajada rock fracture systems and shadow-cast arroyos visible in geo-images. Base structure: randomly-oriented angular shards (primary: Nocturnal Sand, 4–12cm width) mimicking fractured granite and decomposed rock fields that dominate this terrain. These shards are NOT regular — they follow actual fracture line angles observed in terrain photos (predominantly 35–65° from horizontal, with radiating secondary fractures at 45–90° angles). Shard boundaries are HARD-EDGED to break operator silhouette precisely as rock faces do. Infill strategy: Shadow Basalt fills 30–40% of shard interior spaces and all deepest valley floors between rock faces, creating high-contrast micro-relief that breaks human form and matches natural shadow depth. Emergent Sage overlays the shard field in ORGANIC BLOB shapes (2–8cm diameter, amorphous boundaries) representing creosote and palo verde patches visible in actual photos; these blobs use SOFT-BLEED transitions (1–2cm feather edge) to mimic vegetation margin softness. Ochre Weathering forms LINEAR VEIN PATTERNS (1–3cm width, hard-edged) running through shard field following actual rock-stain and weathering striations visible at 50–100m in geo-images; these veins account for mid-tone visual texture at distance. Thermal Ghost appears as MICRO-STIPPLE (0.5–1.5cm speckle clusters) scattered across 15–20% of exposed Nocturnal Sand area, representing moisture retention and cool microtopography; stipple has soft edges to avoid visual aggravation. Silhouette Break elements are thin (0.3–1cm) RADIAL SPLINTERS emanating from cluster nodes, placed strategically at pattern peripheries and upper chest/head zones to degrade outline against twilight skies. Micro-scale layering: Within each color zone, introduce 10–15% counter-color micro-stipple (e.g., 1–2mm dots of Shadow Basalt within Emergent Sage, Ochre flecks within Nocturnal Sand) to prevent color-blocking and enhance range-dependent pattern collapse. This stipple is HAND-RANDOM, not grid-regular, to avoid visual artificiality. Pattern scale is MULTI-RESOLUTION: macro shard structure (8–12cm) visible at 50m, meso-stipple (2–4cm) effective at 100–200m, micro-texture (0.5–1.5cm) relevant at 10–30m close-quarters. Overall repeat tile: 35–45cm, irregular offset every 2–3 repeats to prevent tessellation detection.
Composite concealment: None/100 · retries: 2 · latency: 61.5s
NDVI TARGET
0.38
STRATEGY
Spring Sonoran night-ops demands aggressive NIR suppression despite moderate NDVI (0.428 in-situ). Strategy: Emergent Sage is the only broad-spectrum NIR-bright color; limit its areal percentage to 22% and integrate it as SPATIALLY DISCRETE PATCHES (not diffuse) so operators can position themselves in Shadow Basalt or Nocturnal Sand zones for thermal concealment. Shadow Basalt and Nocturnal Sand (46% combined) are THERMALLY COLD-MATCHED: these colors target low-emissivity coatings and pigments that suppress NIR reflectance and thermal radiation simultaneously. Thermal Ghost micro-stipple (10%) strategically placed in exposed areas to blend operator thermal signature with actual cool soil and shadow-cooled rock that radiates minimal heat to uncooled thermal cameras. Overall strategy: accept that Emergent Sage creates minor NIR contrast (mimics actual vegetation), but compensate by ensuring operator POSITIONING uses non-Sage color zones and by dye selection (see below) that minimizes Sage NIR brilliance.
DYE RECOMMENDATIONS
Nocturnal Sand and Shadow Basalt: use CARBON BLACK (Pigment Black 7, furnace carbon) blended with IRON OXIDE BROWN (Pigment Brown 7, synthetic; mimics actual terrain iron-stain mineralogy) at 60:40 ratio. This combination achieves dual suppression: carbon black suppresses NIR reflectance across 700–2500nm, while iron oxide brown adds thermal emissivity control and matches actual geologic coloration. Avoid pure carbon black alone — it appears optically unnatural and lacks thermal grounding. Emergent Sage: blend NICKEL TITANATE YELLOW (Pigment Yellow 53) with CHROMIUM OXIDE GREEN (Pigment Green 17) at 50:50, with 15% carbon black admixture to desaturate and suppress NIR compared to vivid spring greens. This produces a muted, cool sage-green that matches early-season creosote without NIR spike. Ochre Weathering: IRON OXIDE YELLOW (Pigment Yellow 42) blended with IRON OXIDE RED (Pigment Red 101) at 55:45 ratio; these pigments have inherent low NIR reflectance and are the dominant minerals in actual weathered bajada soils — creates perfect spectral-visual match. Thermal Ghost: use ULTRAMARINE BLUE (Pigment Blue 29) at 8% by weight in a CARBON BLACK and IRON OXIDE base; ultramarine imparts thermal emissivity distinct from pure carbon (reduces emissivity spikes that might occur with pure black) and creates observed cool-gray appearance. Silhouette Break: pure CARBON BLACK with 5% IRON OXIDE BROWN for subtle warm undertone that prevents 'pure black sky' artificiality.
FABRIC
Base weave: 500D nylon ripstop with LOW-LUSTER finish (dulled via alkaline treatment, NOT silicone gloss). Weave structure: 2x2 twill that provides micro-texture (0.8–1.2mm pattern depth) visible at close range but color-integrated at >5m. Thermal management: incorporate PHASE-CHANGE MICROENCAPSULATED ADDITIVE (e.g., paraffin wax microcapsules, 8–12% by weight in finish layer) in Shadow Basalt and Thermal Ghost zones to moderate operator metabolic heat emission — these additives absorb body heat and slowly release it over time, preventing thermal bloom spike visible to uncooled thermal optics. Nylon base provides inherent low thermal conductivity; favor nylon over cotton in this desert application despite cotton's cultural preference for warm climates — nylon's low thermal transmissivity prevents operator body heat from rapidly radiating outward. Apply CERAMIC-SILICA LOW-EMISSIVITY COATING (0.1–0.3mm thickness) over Shadow Basalt and Thermal Ghost zones via plasma spray or nano-coating process; this reduces thermal emissivity by 15–25% compared to un-coated nylon, critical for suppression in clear-sky radiative environment. Emergent Sage zones: standard nylon finish (no IR coating) to maintain slight thermal distinction that matches actual vegetation. All seams: flat-felled with low-profile construction to prevent thermal hotspots at seam junctions.
AVOID
AVOID: reflective white or bright dyes (e.g., titanium dioxide white) — creates severe NIR spike and visual moonlight reflection in any percentage. AVOID: pure synthetic greens (e.g., Pigment Green 7, diarylide-based) without carbon black admixture — these have extremely high NIR reflectance (up to 80% in 800–1100nm) and will brand operator as vegetation blob to NVGs. AVOID: glossy or satin fabric finishes — moonlight specular reflection will create visible bright spot. AVOID: wool or cotton without synthetic binder — these natural fibers trap thermal energy and radiate efficiently, increasing operator thermal signature. AVOID: red or rust-orange dyes without iron-oxide grounding — synthetic reds (e.g., PR 254) are optically correct but create NIR artifacts that don't match actual mineral composition. AVOID: using Emergent Sage as distributed fill (>25% coverage) — concentrate it as discrete patches to allow operator positioning in darker zones.
TERRAIN TYPE
semi-arid Sonoran Desert transitional zone with sparse shrubland and bajada
VEGETATION DENSITY
medium
SEASONAL CHARACTER
Early spring growth phase in Sonoran Desert borderlands. Winter dormancy is breaking with scattered green-up of creosote, acacia, and palo verde. Nights remain cool (3.7°C min) with moderate precipitation (16.6mm), creating patchy moisture retention in sandy-gravelly soils and occasional green emergence that contrasts sharply with dormant tan background.
NDVI INTERPRETATION
NDVI 0.428 indicates moderate vegetation cover—transitional between sparse desert and active shrubland. Sufficient green biomass emerging to provide visual masking opportunity, but not dense enough to eliminate thermal or silhouette signature. Typical of early April green-up in Sonoran zone.
THERMAL PROFILE
Clear night skies permit rapid radiative cooling post-sunset. Exposed rock and sand retain minimal thermal mass, cooling to near ambient (3.7°C). New green vegetation and moist soil patches emit slightly higher thermal signature. Shadow zones along bajada breaks and arroyos will be coldest and thermally distinct. Low atmospheric moisture limits thermal blur.
CONCEALMENT CHALLENGES
Sparse, discontinuous vegetation offers limited overhead concealment and creates silhouette vulnerability against night sky. Early-season green emergent vegetation creates high contrast to dormant tan/brown background—moving personnel or equipment will stand out visually and thermally. Minimal cloud cover and dry air increase optical clarity. Limited natural shadow depth in open bajada terrain.
SEASONAL NOTES
APRIL WEEK 1 SPECIFICITY: This pattern exploits the exact transitional moment when winter dormancy is breaking but majority terrain remains brown/tan. By late April (Weeks 2–4), green-up will intensify significantly; Emergent Sage percentage should increase to 28–32% and blob sizes expand to 10–15cm. By May, recommend pattern shift toward CANOPY LAYERING style with increased meso-scale vegetation structure. If pattern is deployed across April–June window, operator should carry modular patch inserts (hook-and-loop backing) with higher-saturation sage-green for mid-spring transition; base pattern designed for early-April conditions cannot be statically effective across entire spring season in this terrain. By June, switch to monsoon-prep pattern incorporating grays and dark blues for increased cloud cover and wet-soil conditions. THERMAL TRANSITION: Early April nights are 3.7–5°C; by mid-May, night temps rise to 8–12°C. Phase-change microcapsules remain effective across this range, but operator should monitor thermal bloom in late May as ground and vegetation warm faster post-sunset. PRECIPITATION IMPACT: April 16.6mm precipitation creates temporary patchy green-up; if heavy rain event occurs (>10mm in single storm), visibility improves locally due to wet-soil darkening, which favors this pattern's dark palette. Dry conditions post-April will lighten sand and increase contrast — if April becomes drier than forecast, consider increasing Ochre Weathering percentage to 22–24% and reducing Emergent Sage to 18–20%.
Concealment Index unavailable — missing deps: opencv-python, scikit-image
Same palette, same terrain — only pattern structure differs. Baselines are generated procedurally (no trademarked patterns).
| Reference | Composite | RPR Δ |
|---|---|---|
| RPR (this pattern) | - | — |
| Solid Earth | - | - |
| Uniform Noise | - | - |
| Pixelated | - | - |
| Blotch | - | - |
| Stripes | - | - |
| Material | Collect From | Priority | Color Notes |
|---|---|---|---|
| Desert bursage (ambrosia dumosa) stems and foliage | immediate AO, bajada slopes | critical | pale gray-green, matches spring growth; primary silhouette breaker |
| Creosote bush (larrea tridentata) branches with leaves | scattered shrubland, 50-100m radius | critical | dark olive-gray, dense foliage; critical for shadow matching and texture |
| Palo verde (parkinsonia florida) stems and yellow-green foliage | wash drainage areas, bajada transitions | high | pale yellow-green photosynthetic bark; spring seasonal indicator |
| Desert soil and light caliche fragments | local scraping, bajada surface | high | tan to buff color; dust for three-dimensional texture and shadow fill |
| Ghost flower (mentzelia involucrata) dead stems | scattered throughout medium density areas | medium | light tan, fine structure; excellent for breaking up uniform lines |
| Rock fragments and small stones (0.5-2 inch) | bajada surface, immediate vicinity | medium | gray to reddish-tan granite; anchor points and realistic ground integration |
| Material | Collect From | Priority | Notes |
|---|---|---|---|
| Dead ocotillo (fouquieria splendens) spines and branches | scattered shrubland edges | medium | |
| Decomposed vegetation and duff from wash areas | ephemeral drainage bottoms | low | |
| Lupine and brittlebush dried flower heads | spring blooms, natural die-off areas | low |
Avoid
Application Notes
Layer creosote and palo verde as primary structural base, tying horizontally across load-bearing ghillie points with 550 cord in staggered pattern. Apply bursage and ghost flower vertically in 3-4 inch clusters to break outline, then dust entire system with desert soil using fine sifting motion. Ensure 40-50% visibility of base ghillie fabric to maintain concealment integrity across varying light angles.
Scent Control
Field-wash all vegetation in local water source to remove human contact scent; allow 20-30 minute air-dry minimum. Dust finished system with local soil immediately before movement to mask vegetation collection odor.
Field Processing
Strip dead foliage from stems in collection area and leave on ground; transport only viable material with fresh appearance. Break larger creosote and palo verde branches to 6-8 inch lengths on-site to reduce bulk and match natural fracture patterns found in AO.
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| Window | Start | End | Recommendation |
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