Name		Name	Last commit message	Last commit date
Latest commit History 60 Commits
.gitignore		.gitignore
2.02_f2c_approx_table.py		2.02_f2c_approx_table.py
2.07_ball_table2.py		2.07_ball_table2.py
2.10_coor1.py		2.10_coor1.py
2.11_coor2.py		2.11_coor2.py
2.11_sum_while.py		2.11_sum_while.py
2.12_sum_while.py		2.12_sum_while.py
2.15_inverse_sine.py		2.15_inverse_sine.py
2.16_index_nested_list.py		2.16_index_nested_list.py
2.19_ball_table3.py		2.19_ball_table3.py
2.1_f2c_table_while.py		2.1_f2c_table_while.py
2.21_boolean.py		2.21_boolean.py
2.22_repeated_sqrt.py		2.22_repeated_sqrt.py
2.23_machine_zero.py		2.23_machine_zero.py
2.24_compare_float.py		2.24_compare_float.py
2.3_odd.py		2.3_odd.py
2.6_ball_table1.py		2.6_ball_table1.py
20131021_notes_vectors.py		20131021_notes_vectors.py
3.03_roots_quadratic.py		3.03_roots_quadratic.py
3.09_area_triangle.py		3.09_area_triangle.py
3.14_Gaussian2.py		3.14_Gaussian2.py
3.15_egg_func.py		3.15_egg_func.py
3.23_maxmin_list.py		3.23_maxmin_list.py
3.24_Heaviside.py		3.24_Heaviside.py
4.01_f2c_qa.py		4.01_f2c_qa.py
4.02_f2c_cml.py		4.02_f2c_cml.py
4.06_ball_qa.py		4.06_ball_qa.py
4.07_ball_cml.py		4.07_ball_cml.py
4.08_ball_cml.qa.py		4.08_ball_cml.qa.py
4.09_ball_cml_errorcheck.py		4.09_ball_cml_errorcheck.py
4.8_new		4.8_new
5.01_fill_lists.py		5.01_fill_lists.py
5.02_fill_arrays_loop.py		5.02_fill_arrays_loop.py
5.03_fill_arrays_vectorized.py		5.03_fill_arrays_vectorized.py
5.12_f2c_shortcut_plot.py		5.12_f2c_shortcut_plot.py
5.12_f2c_shortcut_plot.py.png		5.12_f2c_shortcut_plot.py.png
5.13_plot_trajectory.py		5.13_plot_trajectory.py
5.17_plot_wavepacket.py		5.17_plot_wavepacket.py
5.17_plot_wavepacket.py.png		5.17_plot_wavepacket.py.png
5.21_plot_Taylor_sin.py		5.21_plot_Taylor_sin.py
5.22_plot_wavepacket_movie.py		5.22_plot_wavepacket_movie.py
6.01_read_two_columns.py		6.01_read_two_columns.py
6.07_position2velocity.py		6.07_position2velocity.py
6.10_density_improved.py		6.10_density_improved.py
6.11_read_error.py		6.11_read_error.py
6.14_humans.py		6.14_humans.py
6.16_poly_repr.py		6.16_poly_repr.py
6.17_poly_diff.py		6.17_poly_diff.py
6.19_write_cml_function.py		6.19_write_cml_function.py
6.26_wavepacket_report.py		6.26_wavepacket_report.py
7.01_F.py		7.01_F.py
7.03_geometric_shapes.py		7.03_geometric_shapes.py
7.04_Line.py		7.04_Line.py
7.06_Quadratic.py		7.06_Quadratic.py
7.09_lagrange_poly.py		7.09_lagrange_poly.py
7.10_Hello.py		7.10_Hello.py
7.11_F2.py		7.11_F2.py
7.31_Polynomial_sub.py		7.31_Polynomial_sub.py
8.01_flip_coin.py		8.01_flip_coin.py
8.02_compute_prob.py		8.02_compute_prob.py
8.02_compute_prob.py.bak		8.02_compute_prob.py.bak
8.04_4balls_from10.py		8.04_4balls_from10.py
8.05_rolling_dice.py		8.05_rolling_dice.py
8.06_one6_ndice.py		8.06_one6_ndice.py
8.08_sum9_4_dice.py		8.08_sum9_4_dice.py
8.09_sum_s_ndice_fair.py		8.09_sum_s_ndice_fair.py
8.1_flip_coin.py		8.1_flip_coin.py
A.19_cos_Taylor_series_diffeq.py		A.19_cos_Taylor_series_diffeq.py
A.5_growth_years_efficient.py		A.5_growth_years_efficient.py
A.7_fortune_and_inflation1.py		A.7_fortune_and_inflation1.py
A18_sin_Taylor_series_diffeq.py		A18_sin_Taylor_series_diffeq.py
E.1_simple_ODE.py		E.1_simple_ODE.py
E.26_MidpointIter_func.py		E.26_MidpointIter_func.py
E.27_MidpointIter_class.py		E.27_MidpointIter_class.py
Gaussian1.py		Gaussian1.py
Gaussian_function1.py		Gaussian_function1.py
Oct28.py		Oct28.py
Oct30.py		Oct30.py
README.md		README.md
SIR.py		SIR.py
SIR_class.py		SIR_class.py
argparse_example.py		argparse_example.py
ball_numbers.py		ball_numbers.py
classes_intro.py		classes_intro.py
derivative.py		derivative.py
dictionaries.py		dictionaries.py
differential_equations.py		differential_equations.py
f2c_gui.py		f2c_gui.py
f2c_table_whle.py		f2c_table_whle.py
gui_example.py		gui_example.py
human_evolution.txt		human_evolution.txt
hw_func.py		hw_func.py
kick.py		kick.py
list.txt		list.txt
list_demo.py		list_demo.py
newton.py		newton.py
polynomial.py		polynomial.py
rainfall.py		rainfall.py
readfile.py		readfile.py
roll_die.py		roll_die.py

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inf1100

Exercises for INF1100 - Introduction to programming with scientific applications at UiO.

These are my notes and exercises from "A Primer on Scientific Programming with Python", by H. P. Langtangen. Thanks for a great class!

This is done to teach myself some Git basics. Many files are unfinished, some submitted exercises are not correct. Use at your own peril.

jxx/uio-inf1100

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