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adjoint_channels
listlengths
2
2
adjoint_scales
dict
bin_ms
float64
1
1
chunks
listlengths
10
10
complete
bool
1 class
dt_ms
float64
0.1
0.1
format
stringclasses
1 value
located_neurons
int64
140k
140k
metadata
dict
n_neurons
int64
167k
167k
neuron_file
stringclasses
1 value
playback_direction
stringclasses
1 value
sample_phase
stringclasses
1 value
superclasses
listlengths
27
27
total_bins
int64
100
100
trace_kind
stringclasses
1 value
units
stringclasses
1 value
[ "voltage_adjoint", "drive_adjoint" ]
{ "drive_adjoint": 0.00008255933789769188, "voltage_adjoint": 0.0005098350811749697 }
1
[ { "bin_steps": 10, "first_bin": 0, "first_end_step": 10, "num_bins": 10, "url": "adjoints/b5cdb20337f2f8af-0000000000-0000000010.bin" }, { "bin_steps": 10, "first_bin": 10, "first_end_step": 110, "num_bins": 10, "url": "adjoints/b5cdb20337f2f8af-0000000010-0000000020.bin"...
true
0.1
njx-trace-v1
139,662
{ "active_neurons": 21652, "adjoint_recording": { "bin_ms": 1, "bin_steps": 10, "n_bins": 100, "objective": "mean(log1p(exp-filtered spikes at trial end)^2)", "time_convention": "Cotangents of state after the final tick before each exclusive end_step; chronological storage, reverse-time playback...
166,700
neurons.bin
backward
bin_end
[ "ENS", "ascending_neuron", "cb_efferent", "cb_endocrine", "cb_intrinsic", "cb_motor", "cb_sensory", "cb_sensory_tbc", "descending_neuron", "descending_neuron_tbc", "efferent_ascending", "efferent_descending", "ol_intrinsic", "ol_sensory", "sensory_ascending", "sensory_ascending_tbc", ...
100
adjoint
loss/mV
[ "voltage_adjoint", "drive_adjoint" ]
{ "drive_adjoint": 0.00008255933789769188, "voltage_adjoint": 0.0005098350811749697 }
1
[ { "bin_steps": 10, "first_bin": 0, "first_end_step": 10, "num_bins": 10, "url": "adjoints/b5cdb20337f2f8af-0000000000-0000000010.bin" }, { "bin_steps": 10, "first_bin": 10, "first_end_step": 110, "num_bins": 10, "url": "adjoints/b5cdb20337f2f8af-0000000010-0000000020.bin"...
true
0.1
njx-trace-v1
139,662
{ "active_neurons": 21652, "adjoint_recording": { "bin_ms": 1, "bin_steps": 10, "n_bins": 100, "objective": "mean(log1p(exp-filtered spikes at trial end)^2)", "time_convention": "Cotangents of state after the final tick before each exclusive end_step; chronological storage, reverse-time playback...
166,700
neurons.bin
backward
bin_end
[ "ENS", "ascending_neuron", "cb_efferent", "cb_endocrine", "cb_intrinsic", "cb_motor", "cb_sensory", "cb_sensory_tbc", "descending_neuron", "descending_neuron_tbc", "efferent_ascending", "efferent_descending", "ol_intrinsic", "ol_sensory", "sensory_ascending", "sensory_ascending_tbc", ...
100
adjoint
loss/mV

malecns-eventprop-zero-trace

A recorded simulation trace in njx-trace-v1 format, covering 100 ms of simulated activity. Replay is deterministic playback of stored states; opening this dataset does not run a simulation.

Property Value
Recorded duration 100 ms
Bins 100 x 1 ms
Integration step 0.1 ms
Neurons 166,700
Located somata 139,662
Recorded passes adjoint
Trace format njx-trace-v1

Replay

Chunks are immutable, content-addressed files fetched directly from the Hugging Face CDN. Pin a commit revision rather than a branch so the recording cannot change under a reader.

<script type="module" src="/connectome-viewer/connectome-viewer.js"></script>
<connectome-viewer trace="https://huggingface.co/datasets/ranvier-labs/malecns-eventprop-zero-trace/resolve/73cefb2e944361912b826ad74dbf3844520cc531/manifest.json" style="height:720px"></connectome-viewer>

The viewer resolves neuron_file and every chunk URL relative to the manifest URL, so no rewriting is needed when the bundle moves between hosts.

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