What is this?
A pure client-side pixel manipulation engine designed to isolate biological transition metals in field photography. It uses mathematical color thresholds to separate vascular networks from surrounding nucleophilically-substituted fascia and tissue.
Arterial (Fe2O3) Isolation
When biological entities transition under heat and pressure, oxygenated arterial blood leaves behind dense deposits of Fe2O3 (red iron oxide). This filter algorithm mathematically strips out all background pixels, boosting and isolating only the specific RGB ranges associated with these rusty, red arterial networks.
Venous (FeO) Isolation
Depleted venous blood pools after death, leaving behind heavy, black FeO deposits (often presenting as magnetite or hematite). Because dark grey rocks and black venous iron blend together visually, this filter isolates the blackest, most neutral pixels and maps them to a glowing False-Color Cyan, allowing the vein structure to pop out from the background tissue.