Category:Space Syntax
From Design Computation
Space Syntax is a theory of the way that society relates to the buildings and settlements that it constructs. The theory was created by Professor Bill Hillier and colleagues at The Bartlett Faculty, University College London.
Pages in category "Space Syntax"
The following 174 pages are in this category, out of 174 total.
A
- A-space or a-type space (Space Syntax)
- Abstract artefacts (Space Syntax)
- Adjacent space (Space Syntax)
- Agent of synchronisation (Space Syntax)
- Agent-based model or analysis (Space Syntax)
- Agents (Space Syntax)
- Aggregation process (Space Syntax)
- User:Alan Penn
- All line analysis (Space Syntax)
- All-line axial map (Space Syntax)
- Allocentricity (Space Syntax)
- Analytic theory of architecture (Space Syntax)
- Angular choice (Space Syntax)
- Angular integration (Space Syntax)
- Angular mean depth (Space Syntax)
- Angular radius (Space Syntax)
- Angular total depth (Space Syntax)
- Angular total segment length (Space Syntax)
- Angularity (Space Syntax)
- Area-perimeter ratio (Space Syntax)
- Asymmetry (Space Syntax)
- Attractional inequalities (Space Syntax)
- Attractor (Space Syntax)
- Automata (Space Syntax)
- Averaging effect (Space Syntax)
- Axial analysis (Space Syntax)
- Axial choice (Space Syntax)
- Axial connectivity (Space Syntax)
- Axial control (Space Syntax)
- Axial depth (Space Syntax)
- Axial entropy (Space Syntax)
- Axial global integration (Space Syntax)
- Axial graph (Space Syntax)
- Axial lines (Space Syntax)
- Axial local integration (Space Syntax)
- Axial map (Space Syntax)
- Axial mean depth (Space Syntax)
- Axial node count (Space Syntax)
- Axial radius (Space Syntax)
- Axial radius-radius (Space Syntax)
- Axial radius-radius core (Space Syntax)
- Axial ringiness (space Syntax)
- Axial space (Space Syntax)
- Axial step depth (Space Syntax)
- Axial synergy (Space Syntax)
- Axial total depth (Space Syntax)
- Axial unlink (Space Syntax)
B
C
- C-space or c type space (Space Syntax)
- Carrier space (Space Syntax)
- Cellular automata (Space Syntax)
- Central limit theorem (Space Syntax)
- Centrality as a process (Space Syntax)
- Centrality paradox (Space Syntax)
- Centrality principle (Space Syntax)
- Choice (Space Syntax)
- Cities as self-organising systems (Space Syntax)
- Co-awareness (Space Syntax)
- Co-presence (Space Syntax)
- Combinatorial explosion (Space Syntax)
- Compactness vs linearity (Space Syntax)
- Concave space (Space Syntax)
- Configuration (Space Syntax)
- Configurational inequalities (Space Syntax)
- Configurational persistence (Space Syntax)
- Connectivity (Space Syntax)
- Conservative process (Space Syntax)
- Constituted space (Space Syntax)
- Contiguity principle (Space Syntax)
- Continuity-lines (Space Syntax)
- Control (Space Syntax)
- Converse interface map (Space Syntax)
- Convex adjacency graph (Space Syntax)
- Convex interface map (Space Syntax)
- Convex map (Space Syntax)
- Convex space (Space Syntax)
- Convex space breakup (Space Syntax)
- Convexity (Space Syntax)
- Correlation coefficient (Space Syntax)
- Covex analysis (Space Syntax)
- Cummulative isovist (Space Syntax)
D
- D-space or d type space (Space Syntax)
- D-value (Space Syntax)
- Decay, of a justified graph (Space Syntax)
- Deformed grid (Space Syntax)
- Deformed wheel (Space Syntax)
- Depth (Space Syntax)
- Depthmap (Space Syntax)
- Descriptive retrieval (Space Syntax)
- Descriptive retrieval as synchronisation (Space Syntax)
- Diamond graph (Space Syntax)
- Dis-urban space (Space Syntax)
- Discursivity (Space Syntax)
- Distributedness (Space Syntax)
- Drift -isovist (Space Syntax)
- Dual structure (Space Syntax)
- Duality of a socio-spatial system (Space Syntax)
E
- E-partition or e-spaces (Space Syntax)
- Edge effect (Space Syntax)
- Embodied diagrams (Space Syntax)
- Embodiment (Space Syntax)
- EMD or embeddedness (Space Syntax)
- Emergence (Space Syntax)
- Emergent spatial pattern (Space Syntax)
- Enclosure (Space Syntax)
- Enclosure – repetition – hierarchy paradigm (Space Syntax)
- Entropy (Space Syntax)
- EVA or exosomatic visual architecture (Space Syntax)
- Extension principle (Space Syntax)
F
- Fattest convex space (Space Syntax)
- Fewest turn (Space Syntax)
- Foreground network (Space Syntax)
- Form-function interdependence (Space Syntax)
- Form-function problem (Space Syntax)
- Form-meaning problem (Space Syntax)
- Fractional analysis (Space Syntax)
- Fractional choice (Space Syntax)
- Fractional depth (Space Syntax)
- Fuzzy boundaries (Space Syntax)
G
- Gamma map (Space Syntax)
- Gate (Space Syntax)
- Gate Count (Space Syntax)
- Generative process (Space Syntax)
- Generic City (Space Syntax)
- Generic function (Space Syntax)
- Genotype (Space Syntax)
- Genotype signature (Space Syntax)
- Global-to-local logic (Space Syntax)
- Global-to-local phenonenon
- Graph (Space Syntax)
- Graph isomorphism (Space Syntax)
- Graph matching (Space Syntax)
- Grid intensification (Space Syntax)
N
T
- Tessellated facades (Space Syntax)
- Through-movement (Space Syntax)
- To-movement (Space Syntax)
- Topological choice (Space Syntax)
- Topological mean depth (Space Syntax)
- Topological radius (Space Syntax)
- Topological total depth (Space Syntax)
- Topological total segment length (Space Syntax)
- Total depth (Space Syntax)
- Transpatial integration (Space Syntax)
- Trivial ring (Space Syntax)
- Tulip analysis (Space Syntax)
- Two-line logic (Space Syntax)
