「@INTENSITY SI DETAIL」：修訂間差異
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已建立頁面，內容為 "Not currently in use. *Used when reading or outputting photon intensity shape information. If the intensity shape is the same on each photon, it will be set to '..." |
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*Used when reading or outputting photon intensity shape information. If the intensity shape is the same on each photon, it will be set to '''.FALSE.''', so that the data is recorded in one line instead of one by one to save memory. | *Used when reading or outputting photon intensity shape information. If the intensity shape is the same on each photon, it will be set to '''.FALSE.''', so that the data is recorded in one line instead of one by one to save memory. | ||
*Is store as '''INTENSITY_SI_DETAIL''' in the fortran code. | *Is store as '''INTENSITY_SI_DETAIL''' in the fortran code. | ||
Note:intensity shape information include photon_shape, shape_width, pulse_width, mean, height, is_normalize, is_abs, rise_time, fall_time, sig. | |||
example | example | ||
於 2024年11月20日 (三) 14:04 的最新修訂
- Used when reading or outputting photon intensity shape information. If the intensity shape is the same on each photon, it will be set to .FALSE., so that the data is recorded in one line instead of one by one to save memory.
- Is store as INTENSITY_SI_DETAIL in the fortran code.
Note:intensity shape information include photon_shape, shape_width, pulse_width, mean, height, is_normalize, is_abs, rise_time, fall_time, sig.
example
@INTENSITY_SI_DETAIL .FALSE.
Which means that each photon has the same intensity shape and will be recorded as a row of data.