This dialog is used when SBench6 cannot (fully) determine how the imported file should be interpreted. SBench6 will try to deduce sensible defaults, but its capalities are limited, therefore this dialog allows the user to edit the properties. The dialog shows up in different configurations depending on the format of the file that should be imported: |
WAVE |
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Channel sorting | Defines order of the channels in the file:
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Max | The highest voltage the signal could reach (similar to "Input Range"; not necessarily the highest voltage value in the signal). |
Min | The lowest voltage the signal could reach. |
ASCII |
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Number of channels | Number of channels in file. Mixed analog and digital means that digital channels are stored in upper bits of analog channels. |
Length | Length of one channel in samples |
Posttrigger | Number of samples after trigger |
Samplerate | Sampling rate of the channels |
Resolution | Resolution of the channels in bits |
Max ADC value | Use this to set maximum RAW value if it is not equal to 2^(Resolution -1). Only available if Resolution is set to Custom |
Max | The highest voltage the signal could reach (similar to "Input Range"; not necessarily the highest voltage value in the signal). |
Min | The lowest voltage the signal could reach. |
Values | Columns in file: I (index), X (time), Y (values) |
Columns | Separator between the columns |
Format | Data Format. comma, dot, scientific expect values as voltage, the other formats expect raw values |
Newline | Separator between two rows |
Skip lines | Lines to be ignored before the data starts. Usefull if the ASCII file contains a header. |
Skip columns | Number of columns to be ignored |
Pure Binary |
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Number of channels | Number of channels in file. Mixed analog and digital means that digital channels are stored in upper bits of analog channels. |
Length | Length of one channel in samples |
Posttrigger | Number of samples after trigger |
Samplerate | Sampling rate of the channels |
Resolution | Resolution of the channels in bits |
Data coding | The coding of the samples:
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Channel sorting | Defines order of the channels in the file:
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Max | The highest voltage the signal could reach (similar to "Input Range"; not necessarily the highest voltage value in the signal). |
Min | The lowest voltage the signal could reach. |
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