BRAIN / SOMA ATLASHÜCRE ATLASI
MaleCNSv1.0
AnatomyVisual inputFrame change
GAME-DRIVEN OVERLAYIllustrative · not neural activity
124,289 measured somata124.289 soma konumuData & creditVeri ve kaynak
Connectome workbenchConnectome çalışma alanı
FLY / KEYBOARD INPUTKLAVYE GİRDİSİ
FlybodyFlybodyKeyboard rigKlavye düzeneği
Anatomical body modelAnatomik beden modeliFlybody
PINBALL / ENVIRONMENTORTAM
PinballDemo physicsDemo fizik
F JPress keys or tap either halfTuşlara bas veya masaya dokun
SCORESKOR00000
REWARDÖDÜL0.00
F LEFT MOTORSOL MOTOR
0.08
J RIGHT MOTORSAĞ MOTOR
0.08
EPISODEBÖLÜM001
*Real anatomy. Brain colors visualize game image input, not neural activity. Rule-based controls, no trained model.Gerçek anatomi. Beyin renkleri oyun görüntüsünü gösterir, nöral aktivite değildir. Kontroller kural tabanlıdır; eğitilmiş model yoktur.
EXPERIMENT NOTESDENEY NOTLARI
From structure to behaviour.Yapıdan davranışa.
Can a fly connectome learn to control a pinball table? This workbench is the first step: putting the anatomy, body and environment in one place.Bir sinek connectome’u pinball masasını kontrol etmeyi öğrenebilir mi? Bu tezgâh ilk adım: anatomiyi, bedeni ve ortamı bir araya getiriyor.
Data provenance · measured anatomy, illustrative overlay
Each point is one measured cell-body location from the adult male Drosophila MaleCNS v1.0 dataset. We display 124,289 classified optic, central and descending somata. VNC-associated and unclassified cells are omitted from this view; 140,024 measured positions remain in the downloadable atlas. This is a soma map, not a rendering of neuron branches or synaptic connections.
Native coordinates use isotropic 8 nm voxels. The display only centers, rotates and uniformly scales them. No generated positions, axis stretching or smoothing. “XY view” returns to a fixed native-coordinate projection for comparison.
Blue is anatomical context. Cyan and white visualize image brightness and frame changes; the image-to-brain placement is illustrative, with no biological receptive-field mapping. No measured firing, trained model output or connectivity simulation is shown.
Data credit: FlyEM / HHMI Janelia, University of Cambridge, MRC Laboratory of Molecular Biology and Google Research. CC BY 4.0. Adaptations: annotation filtering and binary export; display rotation, scaling and coloring. No endorsement implied.
Source, filters and checksums · Data notice · Project and scientific publication
IN THIS BUILDBU SÜRÜMDE
140,024 measured MaleCNS soma positions, the Flybody mesh and ball-reactive controls driving the legs, keys and flippers together.140.024 ölçülmüş MaleCNS hücre konumu, Flybody modeli ve bacakları, tuşları ve paletleri birlikte hareket ettiren topa duyarlı kontroller.
NEXT STEPSONRAKİ ADIM
Retinal encoding, neural simulation and a measurable reinforcement-learning loop.Retina kodlama, nöral simülasyon ve ölçülebilir bir pekiştirmeli öğrenme döngüsü.
SOURCESKAYNAKLAR