geological cross-section 3d model

Create a scientifically accurate 3D geological model of a diatreme breccia pipe based on a volcanic maar-diatreme system. Show an inverted cone-shaped volcanic chimney cutting through layered country rocks. Include a deep magmatic feeder dike rising from below, where a violent phreatomagmatic explosion occurs due to interaction between hot magma and groundwater, producing a shockwave, steam expansion and fragmented rock debris. The diatreme interior must contain chaotic breccia with angular lithic fragments, volcanic ash matrix and lapilli tuff textures. Represent different lithologies: upper maar deposits with basaltic-andesitic tephra, tuff-breccia and lacustrine sediments; deeper zones with ultramafic kimberlite containing olivine-rich crystals, phlogopite, serpentine alteration and mantle xenolith fragments; include basaltic scoria welded layers and mafic dikes. Add surrounding felsic intrusive rocks such as rhyolite and dacite with porphyritic texture, quartz and feldspar phenocry