| 1 | def do_plot_1d(data, vertical, title): |
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| 2 | if vertical: |
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| 3 | g = plotBin(data, 0) |
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| 4 | else: |
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| 5 | g = plotSpectrum(data, 0) |
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| 6 | g.activeLayer().setTitle(title) |
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| 7 | # end def |
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| 8 | |
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| 9 | raw = Load(Filename="MAR11001.raw") |
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| 10 | |
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| 11 | do_plot_1d(raw, vertical=False, title="spectrum axis on Y, numeric on X") |
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| 12 | do_plot_1d(raw, vertical=True, title="numeric axis on Y, spectrum on X") |
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| 13 | |
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| 14 | theta = ConvertSpectrumAxis(raw,Target="Theta") |
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| 15 | do_plot_1d(theta, vertical=False, title="numeric axis on Y, numeric on X.") |
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| 16 | do_plot_1d(theta, vertical=True, title="numeric axis on Y, numeric on X. ") |
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| 17 | |
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| 18 | # |
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| 19 | distr = CloneWorkspace(raw) |
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| 20 | ConvertToDistribution(distr) |
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| 21 | do_plot_1d(distr, vertical=False, title="spectrum axis on Y. numeric on X. WS is distribution") |
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| 22 | do_plot_1d(distr, vertical=True, title="numeric axis on Y. spectrum X. WS is distribution") |
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| 23 | |
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| 24 | # |
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| 25 | theta_distr = CloneWorkspace(theta) |
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| 26 | ConvertToDistribution(theta_distr) |
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| 27 | do_plot_1d(theta_distr, vertical=False, title="numeric axis on Y. numeric on X. WS is distribution") |
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| 28 | do_plot_1d(theta_distr, vertical=True, title="numeric axis on Y. numeric X. WS is distribution") |
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| 29 | |
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| 30 | ################################################################## |
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| 31 | # 2D |
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| 32 | def do_plot_2d(data, title): |
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| 33 | mm = importMatrixWorkspace(str(data)) |
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| 34 | g = mm.plotGraph2D() |
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| 35 | g.activeLayer().setTitle(title) |
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| 36 | # end def |
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| 37 | |
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| 38 | # |
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| 39 | do_plot_2d(raw, "spectrum axis on Y, numeric on X") |
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| 40 | # |
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| 41 | do_plot_2d(theta, "numeric axis on Y, numeric on X") |
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| 42 | # |
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| 43 | do_plot_2d(distr, "spectrum axis on Y, numeric on X. WS is distribution") |
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| 44 | |
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| 45 | # |
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| 46 | do_plot_2d(theta_distr, "numeric axis on Y, numeric on X. WS is distribution") |
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| 47 | |
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