Python addText примеры использования

Пример #1

Файл: generatepdfV64.py Проект: wisp3rwind/MP_PP2020_Data

import generatepdf_base as gpdf
import numpy as np
from get_students import get_students

students = get_students()
experiment = "V64"

for student in students:
    workingDir = experiment + "/" + student + "/"

    gpdf.addText("Versuchsdaten für " + student.replace('_', ' '))
    gpdf.addText("Versuch Nummer " + experiment[1:])
    gpdf.addSpacer()

    gpdf.addText("Bestimmung der Schwächungskoeffizienten")
    gpdf.addSpacer()

    gpdf.addText("Messzeit: t = 20 s")
    underground = str(np.load(workingDir + "DataV64Nbg.npy"))
    gpdf.addText("Untergrundmessung: Pulszahl = {0}".format(underground))
    gpdf.addSpacer()

    gpdf.addText("Aluminium:")
    header = [["Absorberdicke [mm]", "Pulszahl"]]
    data1 = np.load(workingDir + "DataV64Alu.npy").T
    gpdf.addTable(header, data1)
    gpdf.addSpacer()

    gpdf.addText("Kupfer")
    data2 = np.load(workingDir + "DataV64Cu.npy").T
    gpdf.addTable(header, data2)

Пример #2

Файл: generatepdfV14.py Проект: wisp3rwind/MP_PP2020_Data

import generatepdf_base as gpdf
import numpy as np
from get_students import get_students

students = get_students()
experiment = "V14"

for student in students:
    workingDir = experiment + "/" + student + "/"
    gpdf.addText("Versuchsdaten für " + student.replace('_', ' '))
    gpdf.addText("Versuch Nummer " + experiment[1:])
    gpdf.addSpacer()

    m_cu, m_ges, T_1, T_2, d = np.load(workingDir + "DataV14Part1.npy")

    gpdf.addText("Masse des leeren Kalorimeters: {:.1f} g".format(m_cu))
    gpdf.addSpacer()

    gpdf.addText("Masse des gefüllten Kalorimeters: {:.1f} g".format(m_ges))
    gpdf.addSpacer()

    gpdf.addText("Temperatur vor der Erwärmung: {:.1f} °C".format(T_1))
    gpdf.addSpacer()

    gpdf.addText("Temperatur nach der Erwärmung: {:.1f} °C".format(T_2))
    gpdf.addSpacer()

    gpdf.addText("Durchmesser des Kalorimeters: {:.1f} mm".format(d))
    gpdf.addSpacer()

    gpdf.addPagebreak()

Пример #3

import generatepdf_base as gpdf
import numpy as np
from get_students import get_students

students = get_students()
experiment = "V42"

for student in students:
    workingDir = experiment + "/" + student + "/"

    gpdf.addText("Versuchsdaten für " + student.replace('_', ' '))
    gpdf.addText("Versuch Nummer " + experiment[1:])
    gpdf.addSpacer()

    gpdf.addText("Teil 1: Brechungsindex")
    header1 = [["α [Grad]", "β [Grad]"]]
    data1 = np.load(workingDir + "DataV42Part1.npy").T
    gpdf.addTable(header1, data1)
    gpdf.addSpacer()

    angleOfTotalReflection = str(
        np.load(workingDir + "DataV42angleOfTotalReflection.npy"))
    gpdf.addText("Winkel der Totalreflektion = {0}°".format(
        angleOfTotalReflection))
    gpdf.addSpacer()
    gpdf.addSpacer()

    gpdf.addText("Teil 2: Kalibrierung mit Spektrallinien von Helium")
    header2 = [["Skala", "Wellenlänge [nm]", "Farbe"]]
    data2 = np.load(workingDir + "DataV42Part2.npy").T
    gpdf.addTable(header2, data2)

Пример #4

Файл: generatepdfV2.py Проект: wisp3rwind/MP_PP2020_Data

import generatepdf_base as gpdf
import numpy as np
from get_students import get_students

students = get_students()
experiment = "V2"

for student in students:
    workingDir = experiment + "/" + student + "/"

    gpdf.addText("Versuchsdaten für " + student.replace('_', ' '))
    gpdf.addText("Versuch Nummer " + experiment[1:])
    gpdf.addSpacer()

    gpdf.addText("Teil 1: Statische Messung")

    header1 = [["Massen [g]", "Laengen [mm]"]]
    data1 = np.load(workingDir + "DataV2Part1.npy").T
    gpdf.addTable(header1, data1)

    gpdf.addSpacer()
    gpdf.addText("Teil 2: Dynamische Messung")

    header2 = [["Massen [g]", "10 Perioden [s]"]]
    data2 = np.load(workingDir + "DataV2Part2.npy").T
    gpdf.addTable(header2, data2)

    gpdf.addPagebreak()

gpdf.createPDF(experiment)

Пример #5

Файл: generatepdfV30.py Проект: wisp3rwind/MP_PP2020_Data

import generatepdf_base as gpdf
import numpy as np
from get_students import get_students

students = get_students()
experiment = "V30"

for student in students:
    workingDir = experiment + "/" + student + "/"

    gpdf.addText("Versuchsdaten für " + student.replace('_', ' '))
    gpdf.addText("Versuch Nummer " + experiment[1:])
    gpdf.addSpacer()

    gpdf.addText("Teil 3: Bestimmung von e/m")
    header3 = [["Spannung [V]", "Strom [A]", "Durchmesser [cm]"]]
    data3 = np.load(workingDir + "DataV30Part1.npy").T
    gpdf.addTable(header3, data3)

    gpdf.addPagebreak()

gpdf.createPDF(experiment)

Пример #6

Файл: generatepdfV8.py Проект: wisp3rwind/MP_PP2020_Data

import generatepdf_base as gpdf
import numpy as np
from get_students import get_students

students = get_students()
experiment = "V8"

for student in students:
    workingDir = experiment + "/" + student + "/"

    gpdf.addText("Versuchsdaten für " + student.replace('_', ' '))
    gpdf.addText("Versuch Nummer " + experiment[1:])
    gpdf.addSpacer()

    gpdf.addText("Temperatur: 20°C")
    gpdf.addSpacer()

    gpdf.addText("Teil 1: Quincksches Rohr")
    gpdf.addText("Lautsprecherfrequenz : 2 KHz")
    header1 = ["Resonanzlaengen [cm]"]
    data1 = np.load(workingDir + "DataV8Part1.npy").T
    gpdf.addTable(header1, data1)
    gpdf.addSpacer()

    gpdf.addText("Teil 2: Ultraschall")
    gpdf.addText("Ultraschallfrequenz: 40.692 KHz")
    # Show only the last entry (after 10 wavelengths)
    # gpdf.addText("Abstand zwischen 10 Wellenlaengen  : {} mm".format(
    #     np.load(workingDir + "DataV8Part2.npy").T[-1]))
    header2 = ["Wellenlaengen [mm]"]
    data2 = np.load(workingDir + "DataV8Part2.npy").T

Пример #7

import generatepdf_base as gpdf
import numpy as np
from get_students import get_students

students = get_students()
experiment = "V39"

for student in students:
    workingDir = experiment + "/" + student + "/"

    gpdf.addText("Versuchsdaten für " + student.replace('_', ' '))
    gpdf.addText("Versuch Nummer " + experiment[1:])
    gpdf.addSpacer()

    gpdf.addText("Teil 1: Kohlepapierstreifen")
    gpdf.addSpacer()
    gpdf.addText("Kontaktklemme (-) bei x = 15 cm")
    gpdf.addText("Kontaktklemme (+) bei x = 35 cm")
    gpdf.addSpacer()
    header1 = [["Position x [cm]", "Spannung [V]"]]
    data1 = np.load(workingDir + "DataV39Part1.npy").T
    gpdf.addTable(header1, data1)
    gpdf.addSpacer()
    gpdf.addSpacer()
    gpdf.addSpacer()
    gpdf.addSpacer()
    gpdf.addSpacer()
    gpdf.addSpacer()

    gpdf.addText("Teil 3: EKG-Ableitung")
    gpdf.addSpacer()

Пример #8

import generatepdf_base as gpdf
import numpy as np
from get_students import get_students

students = get_students()
experiment = "V4041"

for student in students:
    workingDir = experiment + "/" + student + "/"

    gpdf.addText("Versuchsdaten für " + student.replace('_', ' '))
    gpdf.addText("Versuch Nummer " + "40")
    gpdf.addSpacer()

    gpdf.addText("Teil 1: Sammellinsen")
    gpdf.addText("Linse 1:")
    header = [["Bildweite [cm]", "Gegenstandsweite [cm]"]]
    data11 = np.load(workingDir + "DataV4041Part1_Lens1.npy").T
    gpdf.addTable(header, data11)
    gpdf.addText("Linse 2:")
    data12 = np.load(workingDir + "DataV4041Part1_Lens2.npy").T
    gpdf.addTable(header, data12)
    gpdf.addSpacer()

    gpdf.addText("Teil 2: Linsensystem")
    gpdf.addText("Linse 1 + Linse 2:")
    gpdf.addText("Linsenabstand = 2.8 cm")
    data2 = np.load(workingDir + "DataV4041Part2.npy").T
    gpdf.addTable(header, [data2])
    gpdf.addSpacer()