Table 1. Lobula orientation-sensitive neuron to Kenyon cell configuration types.
| 001: 1A+, 1B- 002: 1A+, 2B- 003: 1A+, 3B- 004: 1A+, 5B- 005: 1A+, 7B- 006: 1A+, 11B- 007: 1A+, 13B- 008: 2A+, 1B- 009: 2A+, 3B- |
010: 2A+, 5B- 011: 2A+, 7B- 012: 2A+, 11B- 013: 2A+, 13B- 014: 3A+, 1B- 015: 3A+, 2B- 016: 3A+, 5B- 017: 3A+, 7B- 018: 3A+, 11B- |
019: 3A+, 13B- 020: 5A+, 1B- 021: 5A+, 2B- 022: 5A+, 3B- 023: 5A+, 7B- 024: 5A+, 11B- 025: 5A+, 13B- 026: 7A+, 1B- 027: 7A+, 2B- |
028: 7A+, 3B- 029: 7A+, 5B- 030: 7A+, 11B- 031: 7A+, 13B- 032: 11A+, 1B- 033: 11A+, 2B- 034: 11A+, 3B- 035: 11A+, 5B- 036: 11A+, 7B- |
037: 11A+, 13B- 038: 13A+, 1B- 039: 13A+, 2B- 040: 13A+, 3B- 041: 13A+, 5B- 042: 13A+, 7B- 043: 13A+, 11B- |
| 044: 1A-, 1B+ 045: 1A-, 2B+ 046: 1A-, 3B+ 047: 1A-, 5B+ 048: 1A-, 7B+ 049: 1A-, 11B+ 050: 1A-, 13B+ 051: 2A-, 1B+ 052: 2A-, 3B+ |
053: 2A-, 5B+ 054: 2A-, 7B+ 055: 2A-, 11B+ 056: 2A-, 13B+ 057: 3A-, 1B+ 058: 3A-, 2B+ 059: 3A-, 5B+ 060: 3A-, 7B+ 061: 3A-, 11B+ |
062: 3A-, 13B+ 063: 5A-, 1B+ 064: 5A-, 2B+ 065: 5A-, 3B+ 066: 5A-, 7B+ 067: 5A-, 11B+ 068: 5A-, 13B+ 069: 7A-, 1B+ 070: 7A-, 2B+ |
071: 7A-, 3B+ 072: 7A-, 5B+ 073: 7A-, 11B+ 074: 7A-, 13B+ 075: 11A-, 1B+ 076: 11A-, 2B+ 077: 11A-, 3B+ 078: 11A-, 5B+ 079: 11A-, 7B+ |
080: 11A-, 13B+ 081: 13A-, 1B+ 082: 13A-, 2B+ 083: 13A-, 3B+ 083: 13A-, 5B+ 085: 13A-, 7B+ 086: 13A-, 11B+ |
List of all 86 lobula large-field orientation-sensitive neurons (LOSNs) to mushroom body Kenyon cell configurations. Format [configuration ID]: [number of LOSN type A synapses]A[+/- = excitatory/inhibitory synapses], [number of LOSN type B synapses]B[+/- = excitatory/inhibitory synapses]. The first 43 configurations each had one or more LOSN type A excitatory connection and one or more LOSN type B inhibitory connection. The second 43 configurations were the reciprocal of these with type A inputs being inhibitory and type B excitatory. The use of prime numbers provided a simple way to exclude duplicate responses i.e. 2A+, 5B- would generate the same Kenyon cell response as 4A, 10B-. All synaptic weights were set to 1 or -1 for the individual excitatory and inhibitory connections respectively.