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Uddeepta Deka / Updated Charged Lens

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Issue #2 opened by  

Ft computation histogram

  • Compute the x_{max} corresponding to a T_{max} for different impact parameters and charge values.
  • Generate the histogram method time-domain amplification factor, F(t).
  • Verify that the peaks of the F(t) align with the relative time delay between images.
  • Modify it for the zero-image case.
Edited by Uddeepta Deka
  • Uddeepta Deka @uddeepta.deka

    marked the task Compute the x_{max} corresponding to a T_{max} for different impact parameters and charge values. as completed

    marked the task Compute the x_{max} corresponding to a T_{max} for different impact parameters and charge values. as completed

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  • Uddeepta Deka @uddeepta.deka

    marked the task Verify that the peaks of the F(t) align with the relative time delay between images. as completed

    marked the task Verify that the peaks of the F(t) align with the relative time delay between images. as completed

    Toggle commit list
  • Uddeepta Deka @uddeepta.deka

    marked the task Generate the histogram method time-domain amplification factor, F(t). as completed

    marked the task Generate the histogram method time-domain amplification factor, F(t). as completed

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  • Uddeepta Deka @uddeepta.deka

    changed the description

    changed the description

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  • Uddeepta Deka @uddeepta.deka

    added Ft hist ready label

    added Ft hist ready label

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  • Uddeepta Deka @uddeepta.deka commented
    Master

    The zero-image case is not trust-worthy. I don't know how to interpret the results. Therefore, for now, I am restricting Q_eff to 0.35 max.

  • Uddeepta Deka @uddeepta.deka

    closed

    closed

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