densitygen SCREENER {{ liveLabel }} FILM {{ meta.film }} CANDIDATES {{ nCand }} BACKEND {{ backendShort }} MODE {{ modeLabel }} DG
TARGET{{ meta.film }} film{{ coReactantTxt }}
DELIVERS{{ meta.film_element }}
CAP{{ tempCapTxt }}
{{ funnelTxt }}
02 · Ranked precursors

ALD precursor scorecard

{{ nCand }} candidates for {{ meta.film }}, ranked by the seven-axis viability score. Each dot is a component score; click a row for the full evidence and provenance. = known recipe.

Promote
{{ nPromote }} / {{ nCand }}
Top candidate
{{ topName }}
score {{ topScore }}
Literature-backed
{{ nMeasured }} measured
Hard-failed gate
{{ nHardFail }}
no film element
#
Precursor {{ ind.name }}
Formula
MW {{ ind.mw }}
7-axis scorecard
Verdict
Overall {{ ind.overall }}
{{ r.rank }}
{{ r.name }}★ RECIPE⚗ PROPOSED
{{ r.formulaTxt }}
{{ r.mwTxt }}
{{ r.verdict }}
{{ r.overallTxt }}
≥0.70 strong 0.45–0.70 watch <0.45 weak dots, left→right: {{ axisLegend }} click a row → full scorecard
03 · Trade-off explorer

Property trade-offs

No precursor maxes every axis. The frontier (amber) holds the non-dominated choices for the two axes below — gains on one cost the other.

{{ scatterTitle }} · maximise both ↗PARETO
{{ t.label }} {{ t.label }} {{ l.name }} {{ xAxisLabel }} → {{ yAxisLabel }} →
{{ hover.name }}
{{ hover.xLab }} {{ hover.xVal }} · {{ hover.yLab }} {{ hover.yVal }}
{{ hover.front }}
{{ sel.name }}{{ sel.formulaTxt }}
{{ c.label }}{{ c.scoreTxt }} {{ c.confChar }}
Reading the frontier

Amber points are Pareto-optimal on these two axes — nothing beats them on both. Hollow points are dominated. The ideal precursor sits in the upper-right.

{{ b.name }}
{{ b.scoreTxt }} {{ b.verdict }}
04 · Escalation ladder

Cheap-first escalation

Descriptors triage every candidate in milliseconds; only survivors earn real UMA energies, then DFT, then bench time. The next step below is exactly what screen() recommends per candidate.

Promote
{{ nPromote }}
Borderline
{{ nBorderline }}
Deprioritize
{{ nDeprioritize }}
Reject
{{ nReject }}
Precursor
Verdict
Ladder
UMA E
Recommended next step
{{ r.name }}
{{ r.verdict }}
{{ s.label }}
{{ r.mlTxt }}
{{ r.recommended_next_step }}

descriptor → UMA (oc20/omol) → DFT → experiment · UMA E is the omol molecular energy when the geometry was buildable (— when descriptors-only).

01 · Screening request

What we asked the screener for {{ meta.film }}

The request, the hard constraints, and the compute provenance behind every number on the candidates screen.

Process requestScreeningRequest
film{{ meta.film }}
delivers{{ meta.film_element }}
co-reactant{{ coReactantVal }}
temp cap{{ tempCapTxt }}
surface{{ surfaceVal }}
Hard constraints
must contain {{ meta.film_element }} exclude {{ f }} no forbidden elements
Escalation ladder
1 · descriptor scorecard · all {{ nCand }} candidates
2 · UMA oc20/omol on survivors → {{ nPromote }} promote-grade
3 · single DFT confirmation
4 · synthesize / bench trial
Compute provenance{{ backendShort }}
backend{{ prov.compute_backend }}
model{{ modelVal }}

{{ prov.notes }}

Suggest a precursor{{ suggestModeLabel }}

Add a candidate to the screen by name or formula. Try one of these for {{ meta.film }}:

+ {{ s.label }}
Screen ↑
{{ suggestStatus.text }}
Queued for screening
⚗ {{ q }}
05 · Precursor scorecard

{{ sel.name }}

{{ sel.formulaTxt }} · MW {{ sel.mwTxt }} · delivers {{ sel.deliversTxt }} {{ sel.verdict }}
Seven-axis profile0 → 1
{{ a.label }}
Overall viability
{{ sel.overallTxt }}
Warnings
⚠ {{ w }}
Component scorecard — why it ranked here
{{ c.label }}
{{ c.hint }}
{{ c.scoreTxt }}
{{ c.confChar }}
{{ c.evidence }}
Recommended next step{{ sel.mlTxt }}
{{ sel.recommended_next_step }}
Provenance{{ backendShort }}
{{ p.k }}{{ p.v }}