| TF C | [Transfer Function - Complex] |
| TF C3 | [Transfer Function - Complex 3D] |
| TF CT | [Transfer Function - phase flipping, Complex, Binary] |
| TF CT3 | [Transfer Function - Complex, Binary 3D] |
| TF CTS | [Transfer Function - 2D & 3D CTF correction] |
| TF D | [Transfer Function - Display] |
| TF DDF | [Transfer Function - Determine DeFocus & amplitude contrast] |
| TF DEV | [Transfer Function - Determine Envelope function] |
| TF DNS | [Transfer Function - Determine and delete Noise background] |
.PIXEL SIZE[A], CS [MM]: 3.95, 2.0
[Enter pixel size (in Angstroems) of volumes used to calculate
the cross-resolution curve and the spherical aberration constant.]
.DEFOCUS(ANGSTROMS), LAMBDA(ANGSTROMS): 0,0.037
[Enter zero for defocus value to request estimation of the defocus.
If a non-zero value (in Angstroems) is entered, it will be used
by the program as a default value and only the amplitude contrast
ratio will be estimated.
Next, enter the wavelength of the electrons. The value used in
this example corresponds to 100kV.
A table of values is listed in the glossary under
lambda.]
.Amplitude contrast ratio [0-1]: 0.2
[Enter zero to request estimation of the ACR. If a non-zero value
is entered, it will be used by the program as a default value and
only the defocus will be estimated.]
.CROSS-RESOLUTION DOC FILE: docrf3
[Enter cross-resolution file, such as the output of RF 3.]
NOTES
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