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Calculate the head power in "Preset", "Calibrate", "On" or "Off" mode.
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| In "Preset" mode, the head power is calculated based on the current state of the exposure head.
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| In "Calibrate" mode, all pixels are turned on in blocks of sixteen pixels ( the last block may only have eight pixels ) and the head power is calculated. This mode is specifically optimized for the laser diode driver to calibrate the laser power.
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| In "On" mode, all pixels are turned on in blocks of sixteen pixels ( the last block may only have eight pixels ) and the head power is calculated. In "Off" mode, all pixels are turned off and the head power is calculated. The contrast ratio is determined from the ratio of the power with all pixels off and the power with all pixels on.
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| Note that the head power will close the shutter. However, the head power will not configure the laser diode driver, beam-pointing driver or light valve driver.
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| The NVS parameter bbs powerfactor <index> is used to convert the raw samples into watts.
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Thermal 1.0 / 1.7x equivalents:
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- The monitor command bbs power preset is equivalent to head power.
- The monitor command bbs power calibrate does not have an equivalent.
- The monitor command bbs power on is equivalent to head power full.
- The monitor command bbs power off is equivalent to head power off.
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| Thermal 2 equivalents:
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- The monitor command bbs power preset is equivalent to bbs power preset [nocal].
- The monitor command bbs power calibrate is equivalent to bbs power calibrate [nocal].
- The monitor command bbs power on is equivalent to bbs power on [nocal].
- The monitor command bbs power off is equivalent to bbs power off [nocal].
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COMMAND: bbs sample
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PARAMETER: bbs powerfactor <index>
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ERRORCODE: [06404] The mode / state of the laser diode is invalid
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ERRORCODE: [06405] The mode / state of the beam-pointing is invalid
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ERRORCODE: [06408] The head power mode is invalid
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