qualia_cli/handlers/
science.rs

1use crate::cli::{
2    BioAction, ChemAction, ClinicalAction, EconomicsAction, GeoAction, GeometricAction,
3    ScienceAction, ThermoAction,
4};
5use crate::science;
6
7pub fn handle(action: &ScienceAction) {
8    match action {
9        ScienceAction::Chem { action } => match action {
10            ChemAction::Smiles { smiles } => science::run_chem_smiles(smiles),
11            ChemAction::Thermo { reaction, a, b, c } => {
12                science::run_chem_thermo(reaction, *a, *b, *c)
13            }
14            ChemAction::DrugLike { smiles } => science::run_chem_druglike(smiles),
15            ChemAction::Pka {
16                pka,
17                conc_base,
18                conc_acid,
19            } => science::run_chem_pka(*pka, *conc_base, *conc_acid),
20        },
21        ScienceAction::Bio { action } => match action {
22            BioAction::Align {
23                query,
24                target,
25                mode,
26            } => science::run_bio_align(query, target, mode),
27            BioAction::Kmer { sequence, k } => science::run_bio_kmer(sequence, *k),
28            BioAction::Translate { dna } => science::run_bio_translate(dna),
29            BioAction::Isoelectric { protein } => science::run_bio_isoelectric(protein),
30            BioAction::Jaccard { sketch_a, sketch_b } => {
31                science::run_bio_jaccard(sketch_a, sketch_b)
32            }
33            BioAction::Minhash { sequence, k, size } => {
34                science::run_bio_minhash(sequence, *k, *size)
35            }
36        },
37        ScienceAction::Geo { action } => match action {
38            GeoAction::EmbedH3 { index } => science::run_geo_embed_h3(*index),
39        },
40        ScienceAction::Thermo { action } => match action {
41            ThermoAction::Gibbs {
42                enthalpy,
43                entropy,
44                temp,
45            } => science::run_thermo_gibbs(*enthalpy, *entropy, *temp),
46            ThermoAction::Anneal {
47                initial_temp,
48                particles,
49                proposed_energy,
50                random,
51            } => {
52                science::run_thermo_anneal(*initial_temp, *particles, *proposed_energy, *random);
53            }
54        },
55        ScienceAction::Geometric { action } => match action {
56            GeometricAction::Cross { a, b } => science::run_geometric_cross(a, b),
57            GeometricAction::Angle { a, b } => science::run_geometric_angle(a, b),
58        },
59        ScienceAction::Clinical { action } => match action {
60            ClinicalAction::Framingham {
61                age,
62                sex_male,
63                total_chol,
64                hdl_chol,
65                systolic_bp,
66                bp_treated,
67                smoker,
68                diabetic,
69            } => {
70                science::run_clinical_framingham(
71                    *age,
72                    *sex_male,
73                    *total_chol,
74                    *hdl_chol,
75                    *systolic_bp,
76                    *bp_treated,
77                    *smoker,
78                    *diabetic,
79                );
80            }
81            ClinicalAction::Sofa {
82                pao2_fio2,
83                platelets,
84                bilirubin,
85                map,
86                gcs,
87                creatinine,
88            } => {
89                science::run_clinical_sofa(
90                    *pao2_fio2,
91                    *platelets,
92                    *bilirubin,
93                    *map,
94                    *gcs,
95                    *creatinine,
96                );
97            }
98            ClinicalAction::Ckd {
99                age,
100                sex_male,
101                weight_kg,
102                creatinine,
103            } => {
104                science::run_clinical_ckd(*age, *sex_male, *weight_kg, *creatinine);
105            }
106            ClinicalAction::Pk {
107                dose_mg,
108                vd_l,
109                cl_l_hr,
110                time_hr,
111            } => {
112                science::run_clinical_pk(*dose_mg, *vd_l, *cl_l_hr, *time_hr);
113            }
114            ClinicalAction::DrugInteractions { drug_names } => {
115                science::run_clinical_drug_interactions(drug_names);
116            }
117        },
118        ScienceAction::Economics { action } => match action {
119            EconomicsAction::Gbm {
120                price,
121                drift,
122                vol,
123                horizon,
124                steps,
125            } => {
126                science::run_economics_gbm(*price, *drift, *vol, *horizon, *steps);
127            }
128            EconomicsAction::Var {
129                price,
130                drift,
131                vol,
132                horizon,
133                steps,
134                paths,
135            } => {
136                science::run_economics_var(*price, *drift, *vol, *horizon, *steps, *paths);
137            }
138            EconomicsAction::Macro {
139                m0,
140                p0,
141                velocity,
142                real_gdp,
143                horizon,
144                steps,
145            } => {
146                science::run_economics_macro(*m0, *p0, *velocity, *real_gdp, *horizon, *steps);
147            }
148            EconomicsAction::Bond {
149                face,
150                coupon_rate,
151                yield_rate,
152                periods,
153            } => {
154                science::run_economics_bond(*face, *coupon_rate, *yield_rate, *periods);
155            }
156            EconomicsAction::Paper { qty, last_price } => {
157                science::run_economics_paper(*qty, *last_price);
158            }
159            EconomicsAction::Welfare { incomes } => {
160                science::run_economics_welfare(&incomes);
161            }
162            EconomicsAction::Game { market_a } => {
163                science::run_economics_game(*market_a);
164            }
165        },
166    }
167}
qualia_cli/handlers/science.rs

qualia_cli/handlers/
science.rs
