pycsamt.iot.methods#
Per-method acquisition profiles for method-aware IoT QC.
EMMethod names the survey method, but on
its own it does not change any threshold: an operator still has to set the
expected frequency band, the required channels, and so on by hand. This
module carries the canonical, method-specific knowledge that turns
EMMethod into concrete QC defaults.
A MethodProfile records, per method, the typical acquisition band,
the channels a valid record must carry, a nominal sample rate, and whether
the method uses a controlled source or is sensitive to powerline noise.
method_profile() looks one up, target_bands_for_method() breaks
the band into decade sub-bands for coverage checks, and
for_method() seeds a monitor
from a profile.
The band edges are representative defaults, not hard standards; override them per survey when acquisition parameters differ.
Functions
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Return the |
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Return per-decade sub-bands spanning a method's frequency band. |
Classes
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Canonical acquisition characteristics for one EM method. |
- class pycsamt.iot.methods.MethodProfile(method, frequency_band_hz, required_channels, default_sample_rate_hz=None, controlled_source=False, powerline_sensitive=False, description='')[source]#
Bases:
objectCanonical acquisition characteristics for one EM method.
- Parameters:
- pycsamt.iot.methods.method_profile(method)[source]#
Return the
MethodProfilefor method.
- pycsamt.iot.methods.target_bands_for_method(method)[source]#
Return per-decade sub-bands spanning a method’s frequency band.
These feed coverage checks such as
estimate_frequency_coverage(), which report the fraction of target bands a recording actually resolves. A method without a defined band (e.g. time-domain) returns an empty list.