mirror of https://github.com/Askill/AP-SCE.git
actually used the cpps
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@ -12,8 +12,5 @@ class Circle : public Shape
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public:
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public:
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Circle() {}
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Circle() {}
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~Circle() {}
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~Circle() {}
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long double compute_area(long double d) override
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long double compute_area(long double) override;
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{
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return (d / 2)*(d / 2) * 3.14159265359;
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}
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};
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};
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@ -1,2 +1,89 @@
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#include "3d.h"
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#include "3d.h"
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#include "2d.h"
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using namespace std;
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void Cylinder::data_entry()
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{
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char auswahl = 'j';
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long double teil_lange;
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long double teil_durchmesser;
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long double teil_dichte;
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long double teil_widerstand;
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//Data entry
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while (auswahl == 'j')
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{
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//Reseting the variables
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teil_lange = 0;
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teil_durchmesser = 0;
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teil_dichte = 0;
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teil_widerstand = 0;
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cout << "Definieren Sie die Teilabschnitte des Zylinders" << endl;
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cout << " Laenge in mm: "; cin >> teil_lange; heights.push_back(teil_lange);
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cout << " Durchmesser in mm: "; cin >> teil_durchmesser; radii.push_back(teil_durchmesser);
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cout << " Dichte in g/mm^3: "; cin >> teil_dichte; densities.push_back(teil_dichte);
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cout << " Spezifischer Widerstand in ohm * (mm^2) / m: "; cin >> teil_widerstand; resistances.push_back(teil_widerstand);
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cout << " Gibt es weitere Teilbereiche? j/n "; cin >> auswahl;
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}
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cout << endl;
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}
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void Cylinder::compute_options() {
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//Compute
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char auswahl = 'j';
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while (auswahl == 'j')
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{
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cout << "Was wollen Sie berechnen?" << endl;
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cout << " 1 Volumen" << endl;
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cout << " 2 Masse" << endl;
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cout << " 3 Elektrischer Widerstand" << endl;
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cin >> auswahl;
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switch (auswahl)
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{
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case '1': cout << "Volumen: " << compute_volume() << " mm^3" << endl; break;
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case '2': cout << "Masse: " << compute_mass() << " g" << endl; break;
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case '3': cout << "Widerstand: " << compute_electric_resistamce() << " ohm" << endl; break;
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default: cout << "Okay, bye" << endl; break;
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}
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cout << "Wollen Sie fortfahren? j/n "; cin >> auswahl;
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}
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}
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long double Cylinder::compute_volume()
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{
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long double Volume = 0;
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Circle circle;
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for (int i = 0; heights.size() != i; i++)
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{
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Volume = Volume + heights[i] * circle.compute_area(radii[i]);
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}
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set_volume(Volume);
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return Volume;
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}
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long double Cylinder::compute_mass()
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{
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long double mass = 0;
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Circle circle;
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for (int i = 0; heights.size() != i; i++)
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{
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mass = mass + heights[i] / 10 * circle.compute_area(radii[i] / 10) * densities[i];
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}
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set_mass(mass);
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return mass;
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}
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long double Cylinder::compute_electric_resistamce()
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{
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long double resistance = 0;
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Circle circle;
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for (int i = 0; heights.size() != i; i++)
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{
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resistance = resistance + ((heights[i] / 1000) * resistances[i]) / circle.compute_area(radii[i]);
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}
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set_electric_resistance(resistance);
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return resistance;
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}
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91
SCE/SCE/3d.h
91
SCE/SCE/3d.h
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@ -1,6 +1,6 @@
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#include <vector>
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#include <vector>
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#include <iostream>
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#include <iostream>
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#include "2d.h"
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using namespace std;
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using namespace std;
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class Body
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class Body
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@ -42,88 +42,9 @@ public:
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Cylinder() {};
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Cylinder() {};
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~Cylinder(){};
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~Cylinder(){};
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void data_entry() override
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void data_entry() override;
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{
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void compute_options() override;
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char auswahl = 'j';
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long double compute_volume() override;
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long double teil_lange;
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long double compute_mass()override;
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long double teil_durchmesser;
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long double compute_electric_resistamce() override;
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long double teil_dichte;
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long double teil_widerstand;
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//Data entry
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while (auswahl == 'j')
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{
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//Reseting the variables
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teil_lange = 0;
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teil_durchmesser = 0;
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teil_dichte = 0;
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teil_widerstand = 0;
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cout << "Definieren Sie die Teilabschnitte des Zylinders" << endl;
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cout << " Laenge in mm: "; cin >> teil_lange; heights.push_back(teil_lange);
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cout << " Durchmesser in mm: "; cin >> teil_durchmesser; radii.push_back(teil_durchmesser);
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cout << " Dichte in g/mm^3: "; cin >> teil_dichte; densities.push_back(teil_dichte);
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cout << " Spezifischer Widerstand in ohm * (mm^2) / m: "; cin >> teil_widerstand; resistances.push_back(teil_widerstand);
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cout << " Gibt es weitere Teilbereiche? j/n "; cin >> auswahl;
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}
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cout << endl;
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}
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void compute_options() override
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{
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//Compute
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char auswahl = 'j';
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while (auswahl == 'j')
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{
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cout << "Was wollen Sie berechnen?" << endl;
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cout << " 1 Volumen" << endl;
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cout << " 2 Masse" << endl;
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cout << " 3 Elektrischer Widerstand" << endl;
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cin >> auswahl;
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switch (auswahl)
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{
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case '1': cout << "Volumen: " << compute_volume() << " mm^3" << endl; break;
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case '2': cout << "Masse: " << compute_mass() << " g" << endl; break;
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case '3': cout << "Widerstand: " << compute_electric_resistamce() << " ohm" << endl; break;
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default: cout << "Okay, bye" << endl; break;
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}
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cout << "Wollen Sie fortfahren? j/n "; cin >> auswahl;
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}
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}
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long double compute_volume() override
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{
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long double Volume = 0;
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Circle circle;
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for (int i = 0; heights.size() != i; i++)
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{
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Volume = Volume + heights[i] * circle.compute_area(radii[i]);
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}
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set_volume(Volume);
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return Volume;
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}
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long double compute_mass()override
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{
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long double mass = 0;
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Circle circle;
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for (int i = 0; heights.size() != i; i++)
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{
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mass = mass + heights[i]/10 * circle.compute_area(radii[i]/10) * densities[i];
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}
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set_mass(mass);
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return mass;
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}
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long double compute_electric_resistamce() override
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{
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long double resistance = 0;
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Circle circle;
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for (int i = 0; heights.size() != i; i++)
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{
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resistance = resistance + ((heights[i]/1000) * resistances[i]) / circle.compute_area(radii[i]);
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}
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set_electric_resistance(resistance);
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return resistance;
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}
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};
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};
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