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adding data browser

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This commit is contained in:
James Fusia
2024-09-08 22:11:51 -04:00
parent e88499cbaf
commit 224e6388c1
48 changed files with 1037 additions and 75 deletions
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119
src/services/data.service.ts
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@@ -8,33 +8,38 @@ import { Milestone } from '../enums/milestone';
@Injectable({ providedIn: 'root' })
export class DataService {
private _data: Record<string, any>[] = [];
private data = new ReplaySubject<Record<string, any>[]>();
readonly Data = this.data.asObservable();
private data = new ReplaySubject<Record<string, any>[]>(1);
readonly Data$ = this.data.asObservable();
readonly Data = () => this._data;
private _counties = new Map<string, string>();
private counties = new ReplaySubject<KeyValue[]>();
readonly Counties = this.counties.asObservable();
private counties = new ReplaySubject<KeyValue[]>(1);
readonly Counties$ = this.counties.asObservable();
readonly Counties = () => this._counties;
private _schools = new Map<string, string>();
private schools = new ReplaySubject<KeyValue[]>();
readonly Schools = this.schools.asObservable();
private schools = new ReplaySubject<KeyValue[]>(1);
readonly Schools$ = this.schools.asObservable();
readonly Schools = () => this._schools;
private _years = Array(2023 - 2015 + 1)
.fill(0)
.map((_, index) => 2015 + index)
.filter((y) => y !== 2020);
private years = new ReplaySubject<KeyValue[]>();
readonly Years = this.years.asObservable();
.map((_, index) => 2015 + index);
private years = new ReplaySubject<KeyValue[]>(1);
readonly Years$ = this.years.asObservable();
readonly Years = () => this._years;
private _grades = Array(8 - 3 + 1)
.fill(0)
.map((_, index) => 3 + index);
private grades = new ReplaySubject<KeyValue[]>();
readonly Grades = this.grades.asObservable();
private grades = new ReplaySubject<KeyValue[]>(1);
readonly Grades$ = this.grades.asObservable();
readonly Grades = () => this._grades;
private _cohorts = new Map<string, string>();
private cohorts = new ReplaySubject<KeyValue[]>();
readonly Cohorts = this.cohorts.asObservable();
private cohorts = new ReplaySubject<KeyValue[]>(1);
readonly Cohorts$ = this.cohorts.asObservable();
readonly Cohorts = () => this._cohorts;
constructor() {
this.load();
@@ -44,7 +49,7 @@ export class DataService {
let count = this._years.length * this._grades.length;
this._years.forEach((year: number) => {
this._grades.forEach((grade: number) => {
Papa.parse(`assets/data/${year}-${grade}.csv`, {
Papa.parse(`assets/data/${year === 2020 ? 2019 : year}-${grade}.csv`, {
download: true,
header: false,
complete: (results: ParseResult<Record<string, any>>) => {
@@ -68,36 +73,37 @@ export class DataService {
if (isNaN(code)) return;
const ms = {} as Record<string, any>;
// const ms = new Milestone({});
ms[Milestone.Year] = year;
ms[Milestone.Grade] = grade;
ms[Milestone.Cohort] = cohort;
ms[Milestone.County] = fs(Csv.County_Code, record);
ms[Milestone.School] = fs(Csv.School_Code, record);
ms[Milestone.ELACount] = fn(Csv.ELA_Count, record);
ms[Milestone.ELAMean] = fn(Csv.ELA_Mean, record);
ms[Milestone.ELA0] = fn(Csv.ELA_L0, record);
ms[Milestone.ELA1] = fn(Csv.ELA_L1, record);
ms[Milestone.ELA2] = fn(Csv.ELA_L2, record);
ms[Milestone.ELA3] = fn(Csv.ELA_L3, record);
ms[Milestone.MathCount] = fn(Csv.Math_Count, record);
ms[Milestone.MathMean] = fn(Csv.Math_Mean, record);
ms[Milestone.Math0] = fn(Csv.Math_L0, record);
ms[Milestone.Math1] = fn(Csv.Math_L1, record);
ms[Milestone.Math2] = fn(Csv.Math_L2, record);
ms[Milestone.Math3] = fn(Csv.Math_L3, record);
ms[Milestone.SciCount] = fn(Csv.Science_Count, record);
ms[Milestone.SciMean] = fn(Csv.Science_Mean, record);
ms[Milestone.Sci0] = fn(Csv.Science_L0, record);
ms[Milestone.Sci1] = fn(Csv.Science_L1, record);
ms[Milestone.Sci2] = fn(Csv.Science_L2, record);
ms[Milestone.Sci3] = fn(Csv.Science_L3, record);
ms[Milestone.SocCount] = fn(Csv.Social_Count, record);
ms[Milestone.SocMean] = fn(Csv.Social_Mean, record);
ms[Milestone.Soc0] = fn(Csv.Social_L0, record);
ms[Milestone.Soc1] = fn(Csv.Social_L1, record);
ms[Milestone.Soc2] = fn(Csv.Social_L2, record);
ms[Milestone.Soc3] = fn(Csv.Social_L3, record);
if (year !== 2020) {
ms[Milestone.ELACount] = fn(Csv.ELA_Count, record);
ms[Milestone.ELAMean] = fn(Csv.ELA_Mean, record);
ms[Milestone.ELA0] = fn(Csv.ELA_L0, record);
ms[Milestone.ELA1] = fn(Csv.ELA_L1, record);
ms[Milestone.ELA2] = fn(Csv.ELA_L2, record);
ms[Milestone.ELA3] = fn(Csv.ELA_L3, record);
ms[Milestone.MathCount] = fn(Csv.Math_Count, record);
ms[Milestone.MathMean] = fn(Csv.Math_Mean, record);
ms[Milestone.Math0] = fn(Csv.Math_L0, record);
ms[Milestone.Math1] = fn(Csv.Math_L1, record);
ms[Milestone.Math2] = fn(Csv.Math_L2, record);
ms[Milestone.Math3] = fn(Csv.Math_L3, record);
ms[Milestone.SciCount] = fn(Csv.Science_Count, record);
ms[Milestone.SciMean] = fn(Csv.Science_Mean, record);
ms[Milestone.Sci0] = fn(Csv.Science_L0, record);
ms[Milestone.Sci1] = fn(Csv.Science_L1, record);
ms[Milestone.Sci2] = fn(Csv.Science_L2, record);
ms[Milestone.Sci3] = fn(Csv.Science_L3, record);
ms[Milestone.SocCount] = fn(Csv.Social_Count, record);
ms[Milestone.SocMean] = fn(Csv.Social_Mean, record);
ms[Milestone.Soc0] = fn(Csv.Social_L0, record);
ms[Milestone.Soc1] = fn(Csv.Social_L1, record);
ms[Milestone.Soc2] = fn(Csv.Social_L2, record);
ms[Milestone.Soc3] = fn(Csv.Social_L3, record);
}
data.push(ms);
const county = fs(Csv.County_Code, record);
@@ -108,21 +114,24 @@ export class DataService {
);
});
[
{ sort: Milestone.ELAMean, rank: Milestone.ELARank },
{ sort: Milestone.MathMean, rank: Milestone.MathRank },
{ sort: Milestone.SciMean, rank: Milestone.SciRank },
{ sort: Milestone.SocMean, rank: Milestone.SocRank },
].forEach((m) => {
data
.sort(
(a: Record<string, any>, b: Record<string, any>) =>
+a[m.sort] - b[m.sort]
)
.forEach(
(a: Record<string, any>, index: number) => (a[m.rank] = index)
);
});
if (year !== 2020) {
[
{ sort: Milestone.ELAMean, rank: Milestone.ELARank },
{ sort: Milestone.MathMean, rank: Milestone.MathRank },
{ sort: Milestone.SciMean, rank: Milestone.SciRank },
{ sort: Milestone.SocMean, rank: Milestone.SocRank },
].forEach((m) => {
data
.sort(
(a: Record<string, any>, b: Record<string, any>) =>
+a[m.sort] - b[m.sort]
)
.forEach(
(a: Record<string, any>, index: number) =>
(a[m.rank] = index)
);
});
}
this._data.push(...data);