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style: apply rustfmt across all crates and demos

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Consistent formatting pass: line wrapping, import sorting, trailing
whitespace removal, let-chain indentation, merged derive attributes,
and unsafe block reformatting.

Co-Authored-By: Claude Opus 4.6 (1M context) <[email protected]>
This commit is contained in:
osobh
2026-04-12 07:01:58 -07:00
co-authored by Claude Opus 4.6
parent bc88a14fa1
commit 02d382d5f6
302 changed files with 1805 additions and 1590 deletions
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demos/rtx-tumorboard-demo/src/fusion.rs
+48 -44
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@@ -121,25 +121,27 @@ impl MultiModalFusion {
// Add CT evidence
if let Some(ct_findings) = ct
&& let Some(lesion) = ct_findings.lesions.first() {
probability = probability.max(lesion.malignancy_probability * 0.8);
evidence.push(Evidence {
modality: ImagingModality::CT,
finding: ct_findings.assessment.clone(),
weight: self.ct_weight,
});
}
&& let Some(lesion) = ct_findings.lesions.first()
{
probability = probability.max(lesion.malignancy_probability * 0.8);
evidence.push(Evidence {
modality: ImagingModality::CT,
finding: ct_findings.assessment.clone(),
weight: self.ct_weight,
});
}
// Add MRI evidence
if let Some(mri_findings) = mri
&& let Some(lesion) = mri_findings.lesions.first() {
probability = probability.max(lesion.malignancy_probability * 0.8);
evidence.push(Evidence {
modality: ImagingModality::MRI,
finding: mri_findings.assessment.clone(),
weight: self.mri_weight,
});
}
&& let Some(lesion) = mri_findings.lesions.first()
{
probability = probability.max(lesion.malignancy_probability * 0.8);
evidence.push(Evidence {
modality: ImagingModality::MRI,
finding: mri_findings.assessment.clone(),
weight: self.mri_weight,
});
}
// Determine diagnosis name
let name = if pathology.is_some() {
@@ -285,39 +287,41 @@ impl MultiModalFusion {
if let Some(path) = pathology {
// Check PD-L1 status
if let Some(pdl1) = path.biomarkers.iter().find(|b| b.name == "PD-L1")
&& let Some(expression) = pdl1.expression {
let impact = if expression >= 50.0 {
PrognosticImpact::Favorable
} else if expression >= 1.0 {
PrognosticImpact::Neutral
} else {
PrognosticImpact::Unfavorable
};
&& let Some(expression) = pdl1.expression
{
let impact = if expression >= 50.0 {
PrognosticImpact::Favorable
} else if expression >= 1.0 {
PrognosticImpact::Neutral
} else {
PrognosticImpact::Unfavorable
};
prognostic_factors.push(PrognosticFactor {
name: "PD-L1 expression".to_string(),
value: format!("{expression:.0}%"),
impact,
});
}
prognostic_factors.push(PrognosticFactor {
name: "PD-L1 expression".to_string(),
value: format!("{expression:.0}%"),
impact,
});
}
// Check Ki-67
if let Some(ki67) = path.biomarkers.iter().find(|b| b.name == "Ki-67")
&& let Some(expression) = ki67.expression {
let impact = if expression > 30.0 {
PrognosticImpact::Unfavorable
} else if expression > 15.0 {
PrognosticImpact::Neutral
} else {
PrognosticImpact::Favorable
};
&& let Some(expression) = ki67.expression
{
let impact = if expression > 30.0 {
PrognosticImpact::Unfavorable
} else if expression > 15.0 {
PrognosticImpact::Neutral
} else {
PrognosticImpact::Favorable
};
prognostic_factors.push(PrognosticFactor {
name: "Ki-67 proliferation index".to_string(),
value: format!("{expression:.0}%"),
impact,
});
}
prognostic_factors.push(PrognosticFactor {
name: "Ki-67 proliferation index".to_string(),
value: format!("{expression:.0}%"),
impact,
});
}
}
Some(TumorAssessment {