New Readme and some changes to setup.py

README.md

-# drive_cycle module
+# DriCy_Selo module
+
+Created on Thu Mar  4 08:53:28 2021
+
+@author:    Michael Schlüter
+
+> Technische Universität Berlin
+
+> [https://www.pe.tu-berlin.de/](https://www.pe.tu-berlin.de/)
+
+> [m.schlueter@tu-berlin.de](mailto:m.schlueter@tu-berlin.de)
+
+
+### _class_ DriCy_Selo.Config()
+Bases: `object`
+
+
+#### \__init__()
+
+### DriCy_Selo.IGBT_losses(vehicle, f, time, B0wf, B1wf, B2wf, i_d, i_q)
+Calculation of IGBT losses: Conduction losses of IGBT and diode;
+Switching losses based on Eon and Eoff depenting on Ron and Roff;
+reverse recovery losses of diode
+
+
+### DriCy_Selo.MOSFET_losses(vehicle, f, time, B0wf, B1wf, B2wf, i_d, i_q)
+Calculate the MOSFET losses: 
+Conduction losses including parallel conduction of MOSFET channel and body diode in reverese conduction; 
+dead/blanking time conduction losses of diodes; 
+switching losses bases on Eon and Eoff including Gate ON and OFF resistors;
+Reverse recovery losses of body diode
+
+
+### DriCy_Selo.acceleration_resistance(a, vehicle)
+This function calculates the acceleration resistance acording to:
+
+F_{A} = a \\cdot (M_{w} \\cdot \\lambda + M_{z})
+### DriCy_Selo.aerodynamic_resistance(vehicle, v)
+This function calculates the aerodynamic resistance acording to:
+
+F_{L} = c_{w} \\cdot A_{front} \\cdot \\frac{p_{air}}{2} \\cdot v^2
+### DriCy_Selo.calc_PMSM(vehicle, T, n, verbose=False)
+Calculation of the inverter set point for a given vehicle, tourque and speed of a permanent magnet synchronos motor (PMSM).
+ToDo: speed up -> add complete numerical calculation
+
+
+### DriCy_Selo.calc_SVPWM(vd, vq, n, vehicle)
+Calculation of the Space Vetor Pulse Width Modulation (SVPWM) for the inverter.
+
+
+### DriCy_Selo.calc_con(vehicle, qns, qTs)
+
+### DriCy_Selo.dq0_to_abc(d, q, wt, z=0, delta=0)
+Inverse Park transform
+
+
+### DriCy_Selo.f(question)
+Answer to the Ultimate Question of Life, the Universe, and Everything.
+tbd: Find the inverse function…
+
+
+### DriCy_Selo.plot_PMSM(vehicle, T, n)
+Plot the PMSM set point in the dq-current plane.
+
+
+### DriCy_Selo.read_csv(file)
+Read csv export from automeris.io
+Column Separator: comma [,]
+decimal separator: dot[.]
+
+
+### DriCy_Selo.read_drive_cycle(file, vehicle)
+This fuction reads the drive cycle of the cycle folder and calculates acceloration, total force, power, rouns per second, torque…:
+
+\\omega_{1/s} = \\frac{v_{\\mathrm{m/s}}}{wheel_{radius} \\cdot 2 \\pi} \\cdot  i_{g}
+
+T = \\frac{Force \\cdot wheel_{radius}}{i_{g}} \\cdot \\eta_{i_{g}} \\;   \\mathrm{for \\; M => 0}
+
+T = \\frac{Force \\cdot wheel_{radius}}{i_{g}} \\cdot \\frac{1}{\\eta_{i_{g}}} \\;   \\mathrm{for \\; M < 0}
+### DriCy_Selo.read_toml(file)
+This function loads the data of the vehicle.
+
+
+### DriCy_Selo.rolling_fiction(vehicle, v, alpha)
+This function calculates the rolling friction acording to Mitschke, Wallentowitz 2014 - Dynamik der Kraftfahzeuge p. 14.:
+
+F_{R} = (M_{w} + M_{z}) \\cdot g \\cdot cos(\\alpha) \\cdot \\left( f_{R0} + f_{R1} \\cdot \\frac{v}{100 km/h} + f_{R4} \\cdot  {\\left(\\frac{v}{100 km/h}\\right)}^4\\right)
+### DriCy_Selo.slope_resistance(vehicle, alpha)
+This function calculates the slope resistance acording to:
+
+F_{S} = sin (\\alpha) \\cdot (M_{w} + M_{z}) \\cdot g
+### DriCy_Selo.total_force(vehicle, a, v, alpha)
+This function calculates the total force for a vehicle in one operation point:
+
+F_{Total} = F_{S} + F_{A} + F_{L} + F_{R}

setup.py

@@ -17,7 +17,9 @@ setup(
           'toml',
           'numpy',
           'matplotlib',
-          'pathlib',
+          'scipy',
+          'sympy',
+          'pyfiglet',
           'scipy',
           'sympy',
           'pyfiglet'