This class captures aspects of the hardware which normally ENLIGHTEN can't / shouldn't see, which isn't otherwise reliably inferred from EEPROM, ModelInfo etc.
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| | __init__ (self, vid=None, pid=None) |
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| | is_arm (self) |
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| | is_ingaas (self) |
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| | supports_high_gain_mode (self) |
| | Maybe we don't need this as it's kind of logically available from these other two sources, but provided for completeness.
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| |
| | supports_triggering (self) |
| | I can't think of another way to determine whether or not a spectrometer supports this feature other than via its USB PID (ergo architecture), which isn't something ENLIGHTEN should be using in business logic.
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| |
| | to_dict (self) |
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This class captures aspects of the hardware which normally ENLIGHTEN can't / shouldn't see, which isn't otherwise reliably inferred from EEPROM, ModelInfo etc.
◆ __init__()
| wasatch.HardwareInfo.HardwareInfo.__init__ |
( |
| self, |
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| vid = None, |
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| pid = None ) |
◆ is_arm()
| wasatch.HardwareInfo.HardwareInfo.is_arm |
( |
| self | ) |
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◆ is_ingaas()
| wasatch.HardwareInfo.HardwareInfo.is_ingaas |
( |
| self | ) |
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◆ supports_high_gain_mode()
| wasatch.HardwareInfo.HardwareInfo.supports_high_gain_mode |
( |
| self | ) |
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Maybe we don't need this as it's kind of logically available from these other two sources, but provided for completeness.
- See also
- FPGAOptions.has_cf_select
-
enlighten.ModelInfo.has_high_gain_mode
◆ supports_triggering()
| wasatch.HardwareInfo.HardwareInfo.supports_triggering |
( |
| self | ) |
|
I can't think of another way to determine whether or not a spectrometer supports this feature other than via its USB PID (ergo architecture), which isn't something ENLIGHTEN should be using in business logic.
◆ to_dict()
| wasatch.HardwareInfo.HardwareInfo.to_dict |
( |
| self | ) |
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◆ pid
| int wasatch.HardwareInfo.HardwareInfo.pid = pid |
◆ vid
| wasatch.HardwareInfo.HardwareInfo.vid = vid |
The documentation for this class was generated from the following file:
1.13.2