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evoc

EVoC clustering orchestrator (ports clustering.evoc_clusters + EVoC.fit_predict). Pipeline: cosine kNN -> fuzzy simplicial set (umap-rstr) -> node embedding -> multi-resolution cluster layers; labels_ = argmax(persistence).

The numeric kernels are deftm (embedding, barcode, persistence, MST/tree, graph) so they devirtualize / fit raster's compile path; only the wiring is plain defn.

EVoC clustering orchestrator (ports clustering.evoc_clusters + EVoC.fit_predict).
Pipeline: cosine kNN -> fuzzy simplicial set (umap-rstr) -> node embedding ->
multi-resolution cluster layers; labels_ = argmax(persistence).

The numeric kernels are deftm (embedding, barcode, persistence, MST/tree, graph)
so they devirtualize / fit raster's compile path; only the wiring is plain defn.
raw docstring

->coo->csr!_m_ints_ints_doubles_long_long_ints_ints_doubles_ints_Implclj

(->coo->csr!_m_ints_ints_doubles_long_long_ints_ints_doubles_ints_Impl)

Positional factory function for class evoc.coo->csr!_m_ints_ints_doubles_long_long_ints_ints_doubles_ints_Impl.

Positional factory function for class evoc.coo->csr!_m_ints_ints_doubles_long_long_ints_ints_doubles_ints_Impl.
sourceraw docstring

->make-epochs-per-sample!_m_doubles_long_long_doubles_Implclj

(->make-epochs-per-sample!_m_doubles_long_long_doubles_Impl)

Positional factory function for class evoc.make-epochs-per-sample!_m_doubles_long_long_doubles_Impl.

Positional factory function for class evoc.make-epochs-per-sample!_m_doubles_long_long_doubles_Impl.
sourceraw docstring

->scale-into_m_doubles_long_double_doubles_Implclj

(->scale-into_m_doubles_long_double_doubles_Impl)

Positional factory function for class evoc.scale-into_m_doubles_long_double_doubles_Impl.

Positional factory function for class evoc.scale-into_m_doubles_long_double_doubles_Impl.
sourceraw docstring

coo->csr!clj

(coo->csr! arg0 arg1 arg2 arg3 arg4 arg5 arg6 arg7 arg8)
source

coo->csr!_m_ints_ints_doubles_long_long_ints_ints_doubles_intsclj

(coo->csr!_m_ints_ints_doubles_long_long_ints_ints_doubles_ints & args__68196)
source

coo->csr!_m_ints_ints_doubles_long_long_ints_ints_doubles_ints-implclj

source

fit-predictclj

(fit-predict X
             n
             dim
             &
             {:keys [k n-epochs min-samples base-min-cluster-size noise seed
                     max-layers min-similarity]
              :or {k 15
                   n-epochs 50
                   min-samples 5
                   base-min-cluster-size 5
                   noise 0.5
                   seed 42
                   max-layers 10
                   min-similarity 0.2}})

Cluster X (flat row-major double[n*dim]). Returns {:labels int[n] (noise=-1) :persistence [..] :layers [int[]] :embedding double[n*out-dim]}. Mirrors evoc.EVoC().fit_predict with a deterministic PCA init.

Cluster X (flat row-major double[n*dim]). Returns {:labels int[n] (noise=-1)
:persistence [..] :layers [int[]] :embedding double[n*out-dim]}. Mirrors
evoc.EVoC().fit_predict with a deterministic PCA init.
sourceraw docstring

make-epochs-per-sample!clj

(make-epochs-per-sample! arg0 arg1 arg2 arg3)
source

make-epochs-per-sample!_m_doubles_long_long_doublesclj

(make-epochs-per-sample!_m_doubles_long_long_doubles & args__68144)
source

make-epochs-per-sample!_m_doubles_long_long_doubles-implclj

source

scale-intoclj

(scale-into arg0 arg1 arg2 arg3)
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scale-into_m_doubles_long_double_doublesclj

(scale-into_m_doubles_long_double_doubles & args__68248)
source

scale-into_m_doubles_long_double_doubles-implclj

source

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