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SHA256SUMS
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bb57348ea115be2900cfb44eb0ad13b3ba307f1d2b967086136d9fbd23423106 canonical-wm/g070-f055-3T.rpk
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e86a8d6fb49fb64795884a99e07f7d1365d56c2826af7dace75691de22384a69 cactus-axons/single-bundle-g070-icvf061.rpk
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bb57348ea115be2900cfb44eb0ad13b3ba307f1d2b967086136d9fbd23423106 canonical-wm/g070-f055-3T.rpk
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cactus-axons/single-bundle-g070-icvf061.croissant.jsonld
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@@ -30,8 +30,8 @@
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],
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"fibre_axis": [
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1.0,
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0.
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-0.
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],
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"TE": 0.04,
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"feature_radius_um": {
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@@ -58,21 +58,35 @@
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"field_strength_note": "B0 is a replay knob; pack is field-agnostic (id intentionally carries no field)",
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"substrate_frame": [
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[
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0.
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1.0
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[
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"fingerprint": {
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"field_Hz_at_3T_perp": {
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"extra": {
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@@ -97,7 +111,8 @@
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"g_ratio": 0.7,
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"dispersion_deg": 10.0,
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"S_over_V_per_m": 4416015.0,
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"n_fibres": 366
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},
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"note": "Modest dipolar per-axon field (few Hz @3T) \u2192 SE refocuses the static part, GRE T2* grows with B0; dense, low-dispersion bundle \u2192 strong diffusion anisotropy."
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}
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],
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"fibre_axis": [
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1.0,
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0.006,
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-0.0044
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],
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"TE": 0.04,
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"feature_radius_um": {
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"field_strength_note": "B0 is a replay knob; pack is field-agnostic (id intentionally carries no field)",
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"substrate_frame": [
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[
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0.0044,
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0.006,
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1.0
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],
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[
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0.0,
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-1.0,
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0.006
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],
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[
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1.0,
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-0.0,
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-0.0044
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]
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],
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"orientation": {
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"n_populations": 1,
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"counts": [
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365
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],
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"fibre_orientations": [
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[
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0.0,
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0.0,
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1.0
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]
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],
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"crossing_angle_deg": null
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},
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"fingerprint": {
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"field_Hz_at_3T_perp": {
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"extra": {
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"g_ratio": 0.7,
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"dispersion_deg": 10.0,
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"S_over_V_per_m": 4416015.0,
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"n_fibres": 366,
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"n_populations": 1
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},
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"note": "Modest dipolar per-axon field (few Hz @3T) \u2192 SE refocuses the static part, GRE T2* grows with B0; dense, low-dispersion bundle \u2192 strong diffusion anisotropy."
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}
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cactus-axons/single-bundle-g070-icvf061.md
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@@ -34,15 +34,16 @@ A **replay pack** (`.rpk`) — a compressed Monte-Carlo master walk on a *synthe
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| f_myelin | 0.2589 |
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| f_extra | 0.3924 |
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| Voxel box (µm) | [30.0, 30.0, 30.0] |
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| Fibre axis | [1.0, 0.
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| Boundary condition | reflecting voxel box (extra pool) |
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## Orientation & coordinate frame
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The substrate carries an **intrinsic orthonormal frame** so that field and gradient directions are defined *relative to the fibre*, reproducibly, run to run. We follow the replay invariant: we **rotate the acquisition into the substrate**, never the substrate into a lab frame — so parallel vs perpendicular B0 (very different susceptibility dephasing) and every diffusion-gradient direction mean the same thing on every replay.
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- **Fibre axis** (`z`, in stored coordinates): `[1.0, 0.
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- **Perpendicular basis** (fixed — no free rotation about the fibre): `x = [0.004, 0.0, 1.0]`, `y = [0.006, -1.0, 0.0]`
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A single axis would leave a free rotation about the fibre; the full frame pins the perpendicular plane, so multi-direction and b-tensor schemes are oriented unambiguously.
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| extra | 0.863 | [-1.404, +1.467] |
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| **overall** | **0.974** | |
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**Geometry:** icvf = 0.6076 · g ratio = 0.7 · dispersion deg = 10 · S over V per m = 4.416e+06 · n fibres = 366
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> Modest dipolar per-axon field (few Hz @3T) → SE refocuses the static part, GRE T2* grows with B0; dense, low-dispersion bundle → strong diffusion anisotropy.
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| f_myelin | 0.2589 |
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| f_extra | 0.3924 |
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| Voxel box (µm) | [30.0, 30.0, 30.0] |
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| Fibre axis | [1.0, 0.006, -0.0044] |
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| Boundary condition | reflecting voxel box (extra pool) |
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## Orientation & coordinate frame
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The substrate carries an **intrinsic orthonormal frame** so that field and gradient directions are defined *relative to the fibre*, reproducibly, run to run. We follow the replay invariant: we **rotate the acquisition into the substrate**, never the substrate into a lab frame — so parallel vs perpendicular B0 (very different susceptibility dephasing) and every diffusion-gradient direction mean the same thing on every replay.
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+
- **Fibre axis** (`z`, in stored coordinates): `[1.0, 0.006, -0.0044]`
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- **Perpendicular basis** (fixed — no free rotation about the fibre): `x = [0.004, 0.0, 1.0]`, `y = [0.006, -1.0, -0.0]`
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- **Populations**: 1 (single coherent bundle; no crossing)
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A single axis would leave a free rotation about the fibre; the full frame pins the perpendicular plane, so multi-direction and b-tensor schemes are oriented unambiguously.
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| extra | 0.863 | [-1.404, +1.467] |
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| **overall** | **0.974** | |
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**Geometry:** icvf = 0.6076 · g ratio = 0.7 · dispersion deg = 10 · S over V per m = 4.416e+06 · n fibres = 366 · n populations = 1
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> Modest dipolar per-axon field (few Hz @3T) → SE refocuses the static part, GRE T2* grows with B0; dense, low-dispersion bundle → strong diffusion anisotropy.
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cactus-axons/single-bundle-g070-icvf061.rpk
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version https://git-lfs.github.com/spec/v1
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oid sha256:
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size
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version https://git-lfs.github.com/spec/v1
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oid sha256:e86a8d6fb49fb64795884a99e07f7d1365d56c2826af7dace75691de22384a69
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size 46649396
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manifest.json
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{
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"id": "cactus-axons/single-bundle-g070-icvf061",
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"file": "cactus-axons/single-bundle-g070-icvf061.rpk",
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"sha256": "
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"bytes":
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"license": "CC-BY-4.0",
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"replay_envelope": {
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"gradient": true,
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},
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"fibre_axis": [
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1.0,
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-
0.
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-
-0.
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],
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"fingerprint": {
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"field_Hz_at_3T_perp": {
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"g_ratio": 0.7,
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"dispersion_deg": 10.0,
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"S_over_V_per_m": 4416015.0,
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-
"n_fibres": 366
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},
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"note": "Modest dipolar per-axon field (few Hz @3T) \u2192 SE refocuses the static part, GRE T2* grows with B0; dense, low-dispersion bundle \u2192 strong diffusion anisotropy."
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}
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{
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"id": "cactus-axons/single-bundle-g070-icvf061",
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"file": "cactus-axons/single-bundle-g070-icvf061.rpk",
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"sha256": "e86a8d6fb49fb64795884a99e07f7d1365d56c2826af7dace75691de22384a69",
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"bytes": 46649396,
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"license": "CC-BY-4.0",
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"replay_envelope": {
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"gradient": true,
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},
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"fibre_axis": [
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1.0,
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0.006,
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-0.0044
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],
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"fingerprint": {
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"field_Hz_at_3T_perp": {
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"g_ratio": 0.7,
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"dispersion_deg": 10.0,
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"S_over_V_per_m": 4416015.0,
|
| 83 |
+
"n_fibres": 366,
|
| 84 |
+
"n_populations": 1
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},
|
| 86 |
"note": "Modest dipolar per-axon field (few Hz @3T) \u2192 SE refocuses the static part, GRE T2* grows with B0; dense, low-dispersion bundle \u2192 strong diffusion anisotropy."
|
| 87 |
}
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