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| std::array< std::array< float, 2 >, 2 > | get_intercept_x (TF1 *pol1) |
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| std::array< double, 2 > | breakdown_voltage::find_vbd_guess (TGraphErrors *gLogTarget, float threshold=0.35) |
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| std::array< float, 2 > | breakdown_voltage::measure_breakdown_0 (TGraphErrors *gTarget, std::string image_folder="", float threshold_guess=0.75, bool erf_mediate=true, float min_before_fit=5., float max_before_fit=0.2, float min_after_fit=0.2, float max_after_fit=1.) |
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| std::array< float, 2 > | breakdown_voltage::measure_breakdown_1 (TGraphErrors *gTarget, std::string image_folder="", float threshold_guess=0.75) |
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| std::array< float, 2 > | breakdown_voltage::measure_breakdown_2 (TGraphErrors *gTarget, std::string image_folder="", float threshold_guess=0.75) |
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| std::array< float, 2 > | breakdown_voltage::measure_breakdown_3 (TGraphErrors *gTarget, std::string image_folder="", float threshold_guess=0.75) |
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| std::array< float, 2 > | breakdown_voltage::measure_breakdown_4 (TGraphErrors *gTarget, std::string image_folder="", float threshold_guess=0.75, bool erf_mediate=true, float min_before_fit=5., float max_before_fit=0.2, float min_after_fit=0.2, float max_after_fit=1.) |
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| std::array< float, 2 > | breakdown_voltage::measure_breakdown_5 (TGraphErrors *gTarget, std::string image_folder="", float threshold_guess=0.75) |
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◆ get_intercept_x()