#!/usr/bin/env python
# coding: utf-8
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# # Geophysical Toolkit for Geologists
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# This collection of notebooks guides users through manipulation of magnetic data via synthetic and real-life examples. The UserData notebook allows geoscientists to upload and explore their own magentic data. Associated material can be found in the GeoToolKit: Geophysical Toolkit for Geologists.
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# - Contact us
# - Report issues
# - Join the development
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# ## Contents
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# ### Synthetic dataset
# - 2_1_1_a_Synthetic_Mag_Data_Profile.ipynb - Profile the synthetic magnetic data
# - 2_1_1_b_Synthetic_Mag_Data_Mag_Field.ipynb - Explore the induced response at different locations around the world
# - 2_1_2_Synthetic_Data_Gridding.ipynb - Grid the synthetic survey lines
# - 2_1_3_Synthetic_Mag_Data_Visualization.ipynb - Add sun-shading, explore color maps, and apply contours to the synthetic data
# - 2_1_4_Synthetic_Mag_Data_Filters.ipynb - Try different derivative filters on the gridded synthetic data
# - 2_1_5_Synthetic_Mag_Data_DepthSource.ipynb - Estimate the depth of synthetic blocks
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# ### Geoscience BC - Search dataset
# - 2_2_1_Search_Mag_Data_Visualization.ipynb - Profile the Search magnetic data
# - 2_2_2_Search_Mag_Data_Filters.ipynb - Try different derivative filters on the Search data
# - 2_2_3_Search_MAg_Data_DepthSource.ipynb - Estimate the depth to source
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# ### User dataset
# - 3_1_UserData.ipynb - Load and explore data stored locally or in the Cloud
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# This work is licensed under a Creative Commons Attribution 4.0 International License.