data/poliastro-0.14.0/CONTRIBUTING.rst:100: succint ==> succinct
data/poliastro-0.14.0/tox.ini:2: againts ==> against
data/poliastro-0.14.0/docs/source/changelog.rst:267: withing ==> within
data/poliastro-0.14.0/docs/source/changelog.rst:382: splitted ==> split
data/poliastro-0.14.0/docs/source/changelog.rst:550: depdendencies ==> dependencies
data/poliastro-0.14.0/docs/source/changelog.rst:564: addded ==> added
data/poliastro-0.14.0/docs/source/api/core/util.rst:12: realted ==> related
data/poliastro-0.14.0/docs/source/api/safe/iod/iod_index.rst:5: trough ==> through
data/poliastro-0.14.0/docs/source/api/safe/neos/dastcom5_parameters.rst:46: parm ==> param, pram, parma
data/poliastro-0.14.0/docs/source/api/safe/neos/dastcom5_parameters.rst:181: DESIG ==> DESIGN
data/poliastro-0.14.0/docs/source/api/safe/neos/dastcom5_parameters.rst:203: DESIG ==> DESIGN
data/poliastro-0.14.0/docs/source/api/safe/neos/neos_index.rst:4: coments ==> comments
data/poliastro-0.14.0/docs/source/api/safe/plotting/plotting_index.rst:5: afor ==> for
data/poliastro-0.14.0/docs/source/examples/Atmospheric models.ipynb:15: definitoin ==> definition
data/poliastro-0.14.0/docs/source/examples/Atmospheric models.ipynb:58: fo ==> of, for
data/poliastro-0.14.0/docs/source/examples/Atmospheric models.ipynb:137: distrubutions ==> distributions
data/poliastro-0.14.0/docs/source/examples/Atmospheric models.ipynb:139: againts ==> against
data/poliastro-0.14.0/docs/source/examples/Catch that asteroid!.ipynb:105: Ba ==> By, be
data/poliastro-0.14.0/docs/source/examples/Comparing Hohmann and bielliptic transfers.ipynb:80: te ==> the, be, we
data/poliastro-0.14.0/docs/source/examples/Comparing Hohmann and bielliptic transfers.ipynb:80: te ==> the, be, we
data/poliastro-0.14.0/docs/source/examples/Customising static orbit plots.ipynb:43: te ==> the, be, we
data/poliastro-0.14.0/docs/source/examples/Customising static orbit plots.ipynb:43: ue ==> use, due
data/poliastro-0.14.0/docs/source/examples/Customising static orbit plots.ipynb:43: te ==> the, be, we
data/poliastro-0.14.0/docs/source/examples/Customising static orbit plots.ipynb:156: aquired ==> acquired
data/poliastro-0.14.0/docs/source/examples/Customising static orbit plots.ipynb:158: folling ==> following, falling, rolling
data/poliastro-0.14.0/docs/source/examples/Customising static orbit plots.ipynb:158: inital ==> initial
data/poliastro-0.14.0/docs/source/examples/Customising static orbit plots.ipynb:179: DrAn ==> drawn
data/poliastro-0.14.0/docs/source/examples/Exploring the New Horizons launch.ipynb:197: OT ==> TO, OF, OR
data/poliastro-0.14.0/docs/source/examples/Exploring the New Horizons launch.ipynb:317: FO ==> OF, FOR
data/poliastro-0.14.0/docs/source/examples/Going to Jupiter with Python using Jupyter and poliastro.ipynb:141: te ==> the, be, we
data/poliastro-0.14.0/docs/source/examples/Going to Jupiter with Python using Jupyter and poliastro.ipynb:311: manuever ==> maneuver, manoeuvre
data/poliastro-0.14.0/docs/source/examples/Going to Jupiter with Python using Jupyter and poliastro.ipynb:381: te ==> the, be, we
data/poliastro-0.14.0/docs/source/examples/Multirevolutions solution in Lamberts problem.ipynb:19: conects ==> connects
data/poliastro-0.14.0/docs/source/examples/Multirevolutions solution in Lamberts problem.ipynb:103: Aplly ==> Apply
data/poliastro-0.14.0/docs/source/examples/Multirevolutions solution in Lamberts problem.ipynb:212: aDn ==> and
data/poliastro-0.14.0/docs/source/examples/Multirevolutions solution in Lamberts problem.ipynb:255: te ==> the, be, we
data/poliastro-0.14.0/docs/source/examples/Natural and artificial perturbations.ipynb:665: BA ==> BY, BE
data/poliastro-0.14.0/docs/source/examples/Natural and artificial perturbations.ipynb:685: ShwO ==> show
data/poliastro-0.14.0/docs/source/examples/Natural and artificial perturbations.ipynb:4077: BA ==> BY, BE
data/poliastro-0.14.0/docs/source/examples/Natural and artificial perturbations.ipynb:4097: ShwO ==> show
data/poliastro-0.14.0/docs/source/examples/Natural and artificial perturbations.ipynb:6027: BA ==> BY, BE
data/poliastro-0.14.0/docs/source/examples/Natural and artificial perturbations.ipynb:6047: ShwO ==> show
data/poliastro-0.14.0/docs/source/examples/Natural and artificial perturbations.ipynb:7483: BA ==> BY, BE
data/poliastro-0.14.0/docs/source/examples/Natural and artificial perturbations.ipynb:7503: ShwO ==> show
data/poliastro-0.14.0/docs/source/examples/Natural and artificial perturbations.ipynb:8939: BA ==> BY, BE
data/poliastro-0.14.0/docs/source/examples/Natural and artificial perturbations.ipynb:8959: ShwO ==> show
data/poliastro-0.14.0/docs/source/examples/Natural and artificial perturbations.ipynb:13807: BA ==> BY, BE
data/poliastro-0.14.0/docs/source/examples/Natural and artificial perturbations.ipynb:13827: ShwO ==> show
data/poliastro-0.14.0/docs/source/examples/Porkchops with poliastro.ipynb:9: targetting ==> targeting
data/poliastro-0.14.0/docs/source/examples/Porkchops with poliastro.ipynb:23: targetting ==> targeting
data/poliastro-0.14.0/docs/source/examples/Porkchops with poliastro.ipynb:48: realted ==> related
data/poliastro-0.14.0/docs/source/examples/Porkchops with poliastro.ipynb:76: uE ==> use, due
data/poliastro-0.14.0/docs/source/examples/Porkchops with poliastro.ipynb:76: DEd ==> dead
data/poliastro-0.14.0/docs/source/examples/Porkchops with poliastro.ipynb:76: Nd ==> And, 2nd
data/poliastro-0.14.0/docs/source/examples/Porkchops with poliastro.ipynb:76: te ==> the, be, we
data/poliastro-0.14.0/docs/source/examples/Porkchops with poliastro.ipynb:76: Sie ==> Size, sigh
data/poliastro-0.14.0/docs/source/examples/Porkchops with poliastro.ipynb:76: Ot ==> To, of, or
data/poliastro-0.14.0/docs/source/examples/Porkchops with poliastro.ipynb:76: OT ==> TO, OF, OR
data/poliastro-0.14.0/docs/source/examples/Revisiting Lamberts problem in Python.ipynb:119: TURE ==> TRUE
data/poliastro-0.14.0/docs/source/examples/Revisiting Lamberts problem in Python.ipynb:176: TURE ==> TRUE
data/poliastro-0.14.0/docs/source/examples/Revisiting Lamberts problem in Python.ipynb:176: te ==> the, be, we
data/poliastro-0.14.0/docs/source/examples/Using NEOS package.ipynb:79: fPr ==> for, far, fps
data/poliastro-0.14.0/docs/source/examples/Using NEOS package.ipynb:235: ue ==> use, due
data/poliastro-0.14.0/docs/source/examples/Using NEOS package.ipynb:235: nD ==> and, 2nd
data/poliastro-0.14.0/docs/source/examples/Using NEOS package.ipynb:271: te ==> the, be, we
data/poliastro-0.14.0/docs/source/examples/Using NEOS package.ipynb:271: te ==> the, be, we
data/poliastro-0.14.0/docs/source/examples/Using NEOS package.ipynb:449: nd ==> and, 2nd
data/poliastro-0.14.0/docs/source/examples/Using NEOS package.ipynb:614: DESIG ==> DESIGN
data/poliastro-0.14.0/docs/source/examples/Using NEOS package.ipynb:1479: DESIG ==> DESIGN
data/poliastro-0.14.0/src/poliastro/atmosphere/base.py:45: Paramters ==> Parameters
data/poliastro-0.14.0/src/poliastro/constants/general.py:4: paremeters ==> parameters
data/poliastro-0.14.0/src/poliastro/core/elements.py:279: rigth ==> right
data/poliastro-0.14.0/src/poliastro/core/iod.py:16: expresions ==> expressions
data/poliastro-0.14.0/src/poliastro/core/iod.py:181: Numbert ==> Number
data/poliastro-0.14.0/src/poliastro/core/perturbations.py:220: pertubation ==> perturbation
data/poliastro-0.14.0/src/poliastro/core/propagation/__init__.py:310: Standar ==> Standard
data/poliastro-0.14.0/src/poliastro/core/propagation/__init__.py:389: Standar ==> Standard
data/poliastro-0.14.0/src/poliastro/core/propagation/farnocchia.py:302: Standar ==> Standard
data/poliastro-0.14.0/src/poliastro/czml/extract_czml.py:177: bellow ==> below
data/poliastro-0.14.0/src/poliastro/czml/extract_czml.py:276: axises ==> axes
data/poliastro-0.14.0/src/poliastro/czml/utils.py:38: axises ==> axes
data/poliastro-0.14.0/src/poliastro/czml/utils.py:48: axises ==> axes
data/poliastro-0.14.0/src/poliastro/neos/README.txt:57: discernable ==> discernible
data/poliastro-0.14.0/src/poliastro/neos/README.txt:88: indefinately ==> indefinitely
data/poliastro-0.14.0/src/poliastro/neos/README.txt:235: necesary ==> necessary
data/poliastro-0.14.0/src/poliastro/neos/README.txt:920: parm ==> param, pram, parma
data/poliastro-0.14.0/src/poliastro/neos/README.txt:1006: DESIG ==> DESIGN
data/poliastro-0.14.0/src/poliastro/neos/README.txt:1023: DESIG ==> DESIGN
data/poliastro-0.14.0/src/poliastro/neos/README.txt:1204: DESIG ==> DESIGN
data/poliastro-0.14.0/src/poliastro/neos/README.txt:1204: DESIG ==> DESIGN
data/poliastro-0.14.0/src/poliastro/neos/dastcom5.py:134: DESIG ==> DESIGN
data/poliastro-0.14.0/src/poliastro/neos/dastcom5.py:277: DESIG ==> DESIGN
data/poliastro-0.14.0/src/poliastro/neos/dastcom5.py:596: DESIG ==> DESIGN
data/poliastro-0.14.0/src/poliastro/neos/dastcom5.py:596: DESIG ==> DESIGN
data/poliastro-0.14.0/src/poliastro/plotting/_base.py:224: overriden ==> overridden
data/poliastro-0.14.0/src/poliastro/plotting/_base.py:243: overriden ==> overridden
data/poliastro-0.14.0/src/poliastro/plotting/_base.py:266: overriden ==> overridden
data/poliastro-0.14.0/src/poliastro/plotting/_base.py:287: overriden ==> overridden
data/poliastro-0.14.0/src/poliastro/plotting/porkchop.py:123: targetting ==> targeting
data/poliastro-0.14.0/src/poliastro/twobody/orbit.py:1363: harcoded ==> hardcoded
data/poliastro-0.14.0/src/poliastro/twobody/propagation.py:229: mater ==> matter, master, mother
data/poliastro-0.14.0/tests/tests_twobody/test_perturbations.py:182: aproximate ==> approximate