DENDROTRACEdendrotrace.com
Acquire & Measure
Field modeFMeasurement lab8·7Micro-CT coringTSpecimens1
Analysis & Dating
Cross-date2Quality control3¹⁴C wiggle-matchR
Synthesis & Provenance
Site master4ProvenanceGEUDR due diligenceE
Data & Reporting
Reference library5·6Case hubCSpecimen dossier9MethodologyMValidation labV
Smart Tree-Ring Analytics: Tracing Time Through Wood
Active specimen
SG-OAK-014
Ulm · Kornhaus, roof truss tie-beam
142 rings · floating
4 series in workspace
Theme

Micro-CT virtual coring

Orthoslices · curved rays along true radial growth · unrolled ring-width and density profiles
Load a CT volume

Open a demo volume from the bar at the top, or import a PNG/JPEG slice stack with its voxel size in the Volume panel.

Axial (transverse) slice z = 0 ±1 ·
Click: add / insert point · drag a point to move · ⌫ delete · wheel: zoom · drag: pan · double-click: fit · [/] slice · w window < 5° off ring normal 5–12° > 12°
Virtual core — unrolled

Density sampled at uniform arc length along the curved ray, median across ±0.5 mm along the local ring tangent. The strip below is the straightened core (dense latewood dark), as handed to the Measurement lab.

Ring widths & density
No rings yet.
Volume
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Import a slice stack

PNG or JPEG axial slices of equal size, ordered by file name. Grey values are read as 8-bit and mapped linearly to density. Nothing leaves this device.

Window / level
Orthoslices
Ray quality
Place at least two points.
Rings & dating check
Needs at least 30 rings.
Send CT-derived series

The series is stored as CT-derived with the volume hash, voxel size, slice, ray control points, step, band, every boundary and per-ring density. The volume itself is not stored.

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