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Berechnung, welche Projekte rausfallen unter den gegeben Werten.
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@kt86
kt86 committed Jan 17, 2025
1 parent 1d1f883 commit 557abd1
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Showing 3 changed files with 212 additions and 163 deletions.
4 changes: 4 additions & 0 deletions src/main/java/org/tub/vsp/bvwp/users/kmt/RunLocalCsvScrapingKMT2_hEART.java
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Expand Up @@ -154,6 +154,10 @@ private static void plotKMTforHeartFigures(Table table) throws IOException {

plotFigures("multiplot_hEART.html", figures);

// ===
//Berechnungen NKV < 1
List<String> headers = List.of( NKV_ORIG_EN, NKV_ADDTL_PKWKM_EL06, NKV_ADDTL_PKWKM_EL0306_HALF, NKV_ADDTL_PKWKM_FROM_TTIME_29_HALF_InklBVWP);
TableCalculationsKMT.printNkvTablesKMT(table, headers);

}

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167 changes: 4 additions & 163 deletions src/main/java/org/tub/vsp/bvwp/users/kmt/RunLocalCsvScrapingKMT_EWGT.java
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Expand Up @@ -12,11 +12,8 @@
import org.tub.vsp.bvwp.plot.MultiPlotUtils;
import org.tub.vsp.bvwp.scraping.StreetScraper;
import org.tub.vsp.bvwp.Gbl;
import tech.tablesaw.api.DoubleColumn;
import tech.tablesaw.api.Row;
import tech.tablesaw.api.Table;
import tech.tablesaw.io.csv.CsvWriteOptions;
import tech.tablesaw.io.csv.CsvWriter;
import tech.tablesaw.plotly.components.Axis;
import tech.tablesaw.plotly.components.Axis.Type;
import tech.tablesaw.plotly.components.Figure;
Expand Down Expand Up @@ -163,13 +160,15 @@ private static void calculationsAndTableWriting(Table table) {
System.out.println(tableIndCo2kl1.summarize(Headers.CO2_COST_EL03, sum, mean, stdDev, min, max).by(Headers.EINSTUFUNG));
}


List<String> headersKMT = new LinkedList<>();
{
// KMT
System.out.println(BvwpUtils.SEPARATOR_AUSGABE);
System.out.println("### KMT ###");
System.out.println(BvwpUtils.SEPARATOR_AUSGABE);

List<String> headersKMT = new LinkedList<>();

headersKMT.add(Headers.NKV_ORIG_EN);
headersKMT.add(Headers.NKV_CO2_700_EN);
headersKMT.add(Headers.NKV_CO2_2000_EN);
Expand All @@ -182,167 +181,9 @@ private static void calculationsAndTableWriting(Table table) {
headersKMT.add(Headers.NKV_CO2_2000_INVCOSTTUD_EN);
headersKMT.add(Headers.NKV_CO2_2000_INVCOST150_EN);
headersKMT.add(Headers.NKV_CO2_2000_INVCOST200_EN);

// General Todos for all three analysis:
// Todo: Zeile hinzufügen zu eingsparten Projektanzahl. --> alles in einer Tabelle
// zusammenfassen??
// Todo: ! Zeile einfügen, welceh die relative Abweichung zum Base-Case anzeigt... (x%
// Projekte / Costen sind "raus")

// Todo: Eigentlich müsste man aus dem folgenden eine Funktion machen können, mit wenigen
// übergabe-Infos. Weil inhaltlich ist es 3x das gleiche.
{ // Projektanzahl
Table nkvBelow1_count = Table.create("Nu of Projects with BCR < 1 ");
nkvBelow1_count.addColumns(DoubleColumn.create("# of all Projects", new double[] {tbl.rowCount()}));

// Erstelle eine Spalte für jeden "Fall"
for (String s : headersKMT) {
Table tblBelow1 = tbl.where(tbl.numberColumn(s).isLessThan(1.));
nkvBelow1_count.addColumns(DoubleColumn.create(s, new double[] {tblBelow1.rowCount()}));
}
System.out.println(nkvBelow1_count.print());

var options =
CsvWriteOptions.builder("output/NKV_below_1_projects.csv").separator(';').build();
new CsvWriter().write(nkvBelow1_count, options);
}

System.out.println(BvwpUtils.SEPARATOR_AUSGABE);

{ // Gesparte Projektlänge - km
Table nkvBelow1_length =
Table.create("Projects with BCR < 1 -- saved project length (km)");
nkvBelow1_length.addColumns(
DoubleColumn.create(
"project length of all projects (km)",
(double) tbl.summarize(Headers.LENGTH, sum).apply().get(0, 0)));

// Erstelle eine Spalte für jeden "Fall"
for (String s : headersKMT) {
Table tblBelow1 = tbl.where(tbl.numberColumn(s).isLessThan(1.));
nkvBelow1_length.addColumns(
DoubleColumn.create(s, (double) tblBelow1.summarize(Headers.LENGTH, sum).apply().get(0, 0)));
}
System.out.println(nkvBelow1_length.print());

var options = CsvWriteOptions.builder("output/NKV_below_1_projectLengthSaved.csv").separator(';').build();
new CsvWriter().write(nkvBelow1_length, options);
}

System.out.println(BvwpUtils.SEPARATOR_AUSGABE);

{ // Gesparte (zusätzliche( Fahrsteifenlänge - km
Table nkvBelow1_length =
Table.create("Projects with BCR < 1 -- saved add. lane length (km) -- estimated from project length");
nkvBelow1_length.addColumns(
DoubleColumn.create(
"add. lane length of all projects (km)",
(double) tbl.summarize(Headers.ADDTL_LANE_KM, sum).apply().get(0, 0)));

// Erstelle eine Spalte für jeden "Fall"
for (String s : headersKMT) {
Table tblBelow1 = tbl.where(tbl.numberColumn(s).isLessThan(1.));
nkvBelow1_length.addColumns(
DoubleColumn.create(s, (double) tblBelow1.summarize(Headers.ADDTL_LANE_KM, sum).apply().get(0, 0)));
}
System.out.println(nkvBelow1_length.print());

var options = CsvWriteOptions.builder("output/NKV_below_1_addLaneLengthSaved.csv").separator(';').build();
new CsvWriter().write(nkvBelow1_length, options);
}

System.out.println(BvwpUtils.SEPARATOR_AUSGABE);

{ // Gesparte zusätzliche vkm PERSONENverkehr
Table nkvBelow1_PkwKm =
Table.create("Projects with BCR < 1 -- saved add. vkm PERSONENverkehr (Mio PKW-km/a)");
nkvBelow1_PkwKm.addColumns(
DoubleColumn.create(
"add. PKW-km/a of all projects",
(double) tbl.summarize(Headers.ADDTL_PKWKM_ORIG, sum).apply().get(0, 0)));

// Erstelle eine Spalte für jeden "Fall"
for (String s : headersKMT) {
Table tblBelow1 = tbl.where(tbl.numberColumn(s).isLessThan(1.));
nkvBelow1_PkwKm.addColumns(
DoubleColumn.create(s, (double) tblBelow1.summarize(Headers.ADDTL_PKWKM_ORIG, sum).apply().get(0, 0)));
}
System.out.println(nkvBelow1_PkwKm.print());

var options = CsvWriteOptions.builder("output/NKV_below_1_addPkwKmhSaved.csv").separator(';').build();
new CsvWriter().write(nkvBelow1_PkwKm, options);
}

System.out.println(BvwpUtils.SEPARATOR_AUSGABE);

{ // Gesparte zusätzliche vkm Güterverkehr
Table nkvBelow1_LkwKm =
Table.create("Projects with BCR < 1 -- saved add. vkm GÜTERverkehr (Mio LKW-km/a)");
nkvBelow1_LkwKm.addColumns(
DoubleColumn.create(
"add. LKW-km/a of all projects",
(double) tbl.summarize(Headers.ADDTL_LKWKM_ORIG, sum).apply().get(0, 0)));

// Erstelle eine Spalte für jeden "Fall"
for (String s : headersKMT) {
Table tblBelow1 = tbl.where(tbl.numberColumn(s).isLessThan(1.));
nkvBelow1_LkwKm.addColumns(
DoubleColumn.create(s, (double) tblBelow1.summarize(Headers.ADDTL_LKWKM_ORIG, sum).apply().get(0, 0)));
}
System.out.println(nkvBelow1_LkwKm.print());

var options = CsvWriteOptions.builder("output/NKV_below_1_addLkwKmhSaved.csv").separator(';').build();
new CsvWriter().write(nkvBelow1_LkwKm, options);
}

System.out.println(BvwpUtils.SEPARATOR_AUSGABE);

{ // Gesparte Investitionskosten - Barwert der Kosten in Mio EUR
Table nkvBelow1_costs =
Table.create("Projects with BCR < 1 -- saved Investment Costs - Barwert (Mio EUR)");
nkvBelow1_costs.addColumns(
DoubleColumn.create(
"Investment costs of all projects (Mio EUR)",
(double) tbl.summarize(Headers.INVCOST_BARWERT_ORIG, sum ).apply().get(0, 0 ) ) );

// Erstelle eine Spalte für jeden "Fall"
for (String s : headersKMT) {
Table tblBelow1 = tbl.where(tbl.numberColumn(s).isLessThan(1.));
nkvBelow1_costs.addColumns(
DoubleColumn.create(s, (double) tblBelow1.summarize(Headers.INVCOST_BARWERT_ORIG, sum ).apply().get(0, 0 ) ) );
}
System.out.println(nkvBelow1_costs.print());

var options = CsvWriteOptions.builder("output/NKV_below_1_costsSaved.csv").separator(';').build();
new CsvWriter().write(nkvBelow1_costs, options);
}

System.out.println(BvwpUtils.SEPARATOR_AUSGABE);

{ // Gesparte CO2 - Emissionen: Aus Verkehr und Lebenszyklusemissionen (t/a)
Table nkvBelow1_co2safed = Table.create(
"Projects with BCR < 1 -- safed CO2 emissions -- direct and lifecycle of infrastructure (t/a");
nkvBelow1_co2safed.addColumns(DoubleColumn.create(
"CO2 Emissions of all projects (t/a)",
(double) tbl.summarize(Headers.CO_2_EQUIVALENTS_EMISSIONS, sum).apply().get(0, 0)));

// Erstelle eine Spalte für jeden "Fall"
for (String s : headersKMT) {
Table tblBelow1 = tbl.where(tbl.numberColumn(s).isLessThan(1.));
nkvBelow1_co2safed.addColumns(DoubleColumn.create(
s,
(double) tblBelow1
.summarize(Headers.CO_2_EQUIVALENTS_EMISSIONS, sum)
.apply()
.get(0, 0)));
}
System.out.println(nkvBelow1_co2safed.print());

var options =
CsvWriteOptions.builder("output/NKV_below_1_co2Safed.csv").separator(';').build();
new CsvWriter().write(nkvBelow1_co2safed, options);
}
}
TableCalculationsKMT.printNkvTablesKMT(tbl, headersKMT);
}

private static void kmtPlots_old(Axis xAxis, Table table, String xNameKMT)
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