VIZIBLE is Florin's web presence, a place to display things he is working on, adventures he is taking part of or mumblings about the injustice in this world.
Bio
Professional portfolio
2014
SeaHorse Foils for Rhino @VIZIBLE
- a plain and simple NACA section generator for Rhino3D, released, free
- revising platform and living quarters, life support systems
- estimating approximate platform weight, payload and cost
- refining the parametric model, completely re-written in Rhino.Python
Vizible website @VIZIBLE
- formatting and release
- surface reconstruction using EvoluteTools, RhinoScript
- illustration work
- research carried on under the GEMS framework
- co-authoring "Geometric Multi-Covering" - received Best Paper Award at Cad/Graphics Conference 2013
- 3d modelling, Rhino.Script and Rhino.Python programming, testing and application investigation
- scripting for production (outputting production geometry using Rhino.Script)
- surface reconstruction using Rhino.Script
- panelisation analysis using Rhino.Script
- 3d modeling
- illustration work
- panel layout design according to structural and aesthetic requirements
- surface analysis, torsion analysis
- design coordination with structural engineering team and architect
- panelisation analysis
- 3d modelling of wooden members and non-standard metal bracketry
- illustration work
- creation of marketing and presentation material
- small scripting tasks
- KREOD received Structural Award (2013) for small projects
- KREOD received Surface Design Award (2013)
- 3d modelling of facade elements
- adjustment of panelisation layout according to surface curvature analysis
- scripting for production (outputting production geometry using Rhino.Script)
- modeling and optimization of developable surfaces for the box section beams
- illustration work
- introduction to subdivision modeling for designing panelisations
- introduction to mesh optimization
- showcasing analysis modes
- advanced constraint fitting
- in-depth mesh and polymesh editing, curve networks for double curved panels
- hands-on examples, panelising designs of participants or creating panelised designs from scratch
- specific topics in mesh optimization (planar quad meshes, circle packing meshes)
- introduction to the EvoluteTools PRO RhinoScript interface
- introduction to subdivision modeling for designing panelisations
- introduction to mesh optimization
- showcasing analysis modes
- advanced constraint fitting
- in-depth mesh and polymesh editing, curve networks for double curved panels
- hands-on examples, panelising designs of participants or creating panelised designs from scratch
- specific topics in mesh optimization (planar quad meshes, circle packing meshes)
- introduction to the EvoluteTools PRO RhinoScript interface
- introduction to subdivision modeling for designing panelisations
- introduction to mesh optimization
- showcasing analysis modes
- advanced constraint fitting
- in-depth mesh and polymesh editing, curve networks for double curved panels
- hands-on examples, panelising designs of participants or creating panelised designs from scratch
- specific topics in mesh optimization (planar quad meshes, circle packing meshes)
- introduction to the EvoluteTools PRO RhinoScript interface
- principles and flexibility of parametric modeling using scripting
- parametric modeling of optimized freeform structures using RhinoScript
- principles of a halfedge data structure, and how such a data structure is very useful for scripting and parametric modeling of optimized freeform structures
"Ruled free forms" , co-authoring @Evolute
- paper presented at AAG12
- authors - Simon Flory, Yukie Nagai, Florin Isvoranu
- available here
"Discrete Line Congruences" @KAUST UAE - paper contribution
- design of several test models
- scripting for data import & export (Rhino.Script, Rhino.Python)
- scripting parametric modeling of facade elements and various design elements
- bibtex entry here
2011
- the task of the workshop was to design and build a seating area for a projection “room” with developable strips made of thermo-formed Corian
- introduction to subdivision modeling for designing panelisations
- introduction to mesh optimization
- showcasing analysis modes
- advanced constraint fitting
- in-depth mesh and polymesh editing, curve networks for double curved panels
- hands-on examples, panelising designs of participants or creating panelised designs from scratch
- specific topics in mesh optimization (planar quad meshes, circle packing meshes)
- introduction to the EvoluteTools PRO RhinoScript interface