# domain/converters/catalog.converter.ts

> 234 lines of code and 11 definitions.

Tree: Site tree
Language: typescript
Layer: processing
Canonical: https://banes-lab.com/anatomy/tree#file-domain-converters-catalog-converter-ts
Source text: https://banes-lab.com/assets/sources/source.03ca73cf5aea41948b91db24783204a148c5251a9e3f5b35142d67b5b99c8410.generated.txt

## Definitions

- `catalog` (lexical_declaration, line 68)
- `record` (lexical_declaration, line 77)
- `mapSection` (lexical_declaration, line 164)
- `universalSection` (lexical_declaration, line 115)
- `dimensionSection` (lexical_declaration, line 84)
- `modeSection` (lexical_declaration, line 98)
- `techniqueSection` (lexical_declaration, line 132)
- `cellSection` (lexical_declaration, line 146)
- `edgeSection` (lexical_declaration, line 183)
- `catalogSections` (lexical_declaration, line 203, exported)
- `{ maps }` (lexical_declaration, line 165)

## Uses

- [domain/converters/ontology.converter.ts](https://banes-lab.com/source/tree/domain/converters/ontology.converter.ts.md)
- [domain/converters/reason.fragment.converter.ts](https://banes-lab.com/source/tree/domain/converters/reason.fragment.converter.ts.md)

## Source

```typescript
import {
    CELL_INTRO,
    CELL_JOIN,
    CELL_TITLE,
    DIMENSION_INTRO,
    DIMENSION_TITLE,
    EDGE_INTRO,
    EDGE_LABEL,
    EDGE_TITLE,
    FOUNDATION_LAYERS_TITLE,
    FOUNDATION_SEQUENCE_TITLE,
    INVARIANT_GROUPS_TITLE,
    INVARIANT_INTRO,
    INVARIANT_TITLE,
    LENSES_LABEL,
    MAP_INTRO,
    MAP_TITLE,
    MEMBERS_LABEL,
    MODE_INTRO,
    MODE_LABEL,
    MODE_TITLE,
    NATURE_LABEL,
    PATTERN_INTRO,
    PATTERN_OPERATIONS_TITLE,
    PATTERN_TITLE,
    QUESTION_LABEL,
    REPRESENTATION_INTRO,
    REPRESENTATION_TITLE,
    SUBSUMES_LABEL,
    SURFACES_LABEL,
    TARGET_LABEL,
    TECHNIQUES_LABEL,
    TECHNIQUE_INTRO,
    TECHNIQUE_TITLE,
    UNIVERSAL_INTRO,
    UNIVERSAL_TITLE,
} from "#configuration/strings/reason.strings";
import {
    DIMENSION_SECTION_ID,
    EDGE_SECTION_ID,
    INVARIANT_SECTION_ID,
    MAP_SECTION_ID,
    MODE_SECTION_ID,
    PATTERN_SECTION_ID,
    REASON_ANCHOR,
    REPRESENTATION_SECTION_ID,
    TECHNIQUE_SECTION_ID,
    UNCOVERED_SECTION_ID,
    UNIVERSAL_SECTION_ID,
} from "#core/ids/ontology.ids";
import { FLOW_ARROW, INVARIANT_LABEL, PRINCIPLE_LABEL } from "#configuration/strings/ontology.strings";
import type { Section, Subsection } from "#types/document.types";
import {
    chips,
    glossary,
    labelled,
    linkList,
    linkOf,
    linkRow,
    linked,
    row,
} from "#domain/converters/ontology.converter";
import { lensSection, mathSection, modelSection, surfaceSection } from "#domain/converters/reason.fragment.converter";
import type { Block } from "#types/block.types";
import { REASON_SECTION_ICON } from "#configuration/icons/ontology.icons";
import type { ReasonView } from "#types/reason.types";

const catalog = function catalog(
    id: string,
    title: string,
    intro: string,
    subsections: readonly Subsection[],
): Section {
    return { icon: REASON_SECTION_ICON, id, intro, subsections, title };
};

const record = function record(
    entry: { readonly anchor: string; readonly id: string },
    blocks: readonly Block[],
): Subsection {
    return { blocks, id: REASON_ANCHOR + entry.anchor, title: entry.id };
};

const dimensionSection = function dimensionSection(reason: ReasonView): Section {
    return catalog(
        DIMENSION_SECTION_ID,
        DIMENSION_TITLE,
        DIMENSION_INTRO,
        reason.dimensions.map((dimension) =>
            record(dimension, [
                chips([labelled(NATURE_LABEL, dimension.mathNature)]),
                glossary([row(QUESTION_LABEL, dimension.question), ...linkRow(SURFACES_LABEL, dimension.surfaces)]),
            ]),
        ),
    );
};

const modeSection = function modeSection(reason: ReasonView): Section {
    return catalog(
        MODE_SECTION_ID,
        MODE_TITLE,
        MODE_INTRO,
        reason.modes.map((mode) =>
            record(mode, [
                glossary([
                    row(MODE_LABEL, mode.practice),
                    ...(mode.question === null ? [] : [row(QUESTION_LABEL, mode.question)]),
                    ...linkRow(TECHNIQUES_LABEL, mode.techniques),
                ]),
            ]),
        ),
    );
};

const universalSection = function universalSection(reason: ReasonView): Section {
    return catalog(
        UNIVERSAL_SECTION_ID,
        UNIVERSAL_TITLE,
        UNIVERSAL_INTRO,
        reason.universalAxes.map((axis) =>
            record(axis, [
                glossary([
                    row(QUESTION_LABEL, axis.question),
                    row(SUBSUMES_LABEL, linkList(axis.subsumes)),
                    ...linkRow(LENSES_LABEL, axis.lenses),
                ]),
            ]),
        ),
    );
};

const techniqueSection = function techniqueSection(reason: ReasonView): Section {
    return catalog(
        TECHNIQUE_SECTION_ID,
        TECHNIQUE_TITLE,
        TECHNIQUE_INTRO,
        reason.techniques.map((technique) =>
            record(technique, [
                chips([linked(MODE_LABEL, technique.mode)]),
                glossary([row(PRINCIPLE_LABEL, technique.principle), ...linkRow(SURFACES_LABEL, technique.surfaces)]),
            ]),
        ),
    );
};

const cellSection = function cellSection(reason: ReasonView): Section {
    return catalog(UNCOVERED_SECTION_ID, CELL_TITLE, CELL_INTRO, [
        {
            blocks: [
                glossary(
                    reason.uncoveredCells.map((cell) =>
                        row(
                            cell.dimension.label + CELL_JOIN + cell.lens.label,
                            linkOf(cell.dimension) + CELL_JOIN + linkOf(cell.lens),
                        ),
                    ),
                ),
            ],
            title: CELL_TITLE,
        },
    ]);
};

const mapSection = function mapSection(reason: ReasonView): Section {
    const { maps } = reason;
    return catalog(MAP_SECTION_ID, MAP_TITLE, MAP_INTRO, [
        {
            blocks: [glossary([row(FOUNDATION_SEQUENCE_TITLE, maps.foundationSequence.map(linkOf).join(FLOW_ARROW))])],
            title: FOUNDATION_SEQUENCE_TITLE,
        },
        {
            blocks: [glossary(maps.foundationLayers.map((layer) => row(layer.layer, linkList(layer.mathTypes))))],
            title: FOUNDATION_LAYERS_TITLE,
        },
        {
            blocks: [glossary(maps.invariantGroups.map((group) => row(group.group, linkList(group.members))))],
            title: INVARIANT_GROUPS_TITLE,
        },
        { blocks: [glossary([row(MEMBERS_LABEL, linkList(maps.patternOperations))])], title: PATTERN_OPERATIONS_TITLE },
    ]);
};

const edgeSection = function edgeSection(reason: ReasonView): Section {
    return catalog(EDGE_SECTION_ID, EDGE_TITLE, EDGE_INTRO, [
        {
            blocks: [
                glossary(
                    reason.edges.map((edge) =>
                        row(
                            edge.from.label,
                            [linkOf(edge.from), linked(TARGET_LABEL, edge.to), labelled(EDGE_LABEL, edge.label)]
                                .filter((part): part is string => part !== null)
                                .join(FLOW_ARROW),
                        ),
                    ),
                ),
            ],
            title: EDGE_TITLE,
        },
    ]);
};

export const catalogSections = function catalogSections(reason: ReasonView): readonly Section[] {
    return [
        mathSection(reason),
        dimensionSection(reason),
        lensSection(reason),
        modeSection(reason),
        catalog(
            REPRESENTATION_SECTION_ID,
            REPRESENTATION_TITLE,
            REPRESENTATION_INTRO,
            reason.representations.map((representation) =>
                record(representation, [{ kind: "text", text: representation.expression }]),
            ),
        ),
        catalog(
            PATTERN_SECTION_ID,
            PATTERN_TITLE,
            PATTERN_INTRO,
            reason.patternTypes.map((pattern) => record(pattern, [{ kind: "text", text: pattern.viewpoint }])),
        ),
        modelSection(reason),
        universalSection(reason),
        surfaceSection(reason),
        techniqueSection(reason),
        catalog(
            INVARIANT_SECTION_ID,
            INVARIANT_TITLE,
            INVARIANT_INTRO,
            reason.invariants.map((invariant) =>
                record(invariant, [
                    glossary([
                        row(INVARIANT_LABEL, invariant.statement),
                        ...linkRow(SURFACES_LABEL, invariant.surfaces),
                    ]),
                ]),
            ),
        ),
        cellSection(reason),
        mapSection(reason),
        edgeSection(reason),
    ];
};
```