Closed gfabbris closed 9 months ago
New devices:
To test this, first make sure that you are in the correct branch (new-diffractometer), start bluesky using blueskyStarter.sh, then:
blueskyStarter.sh
In [6]: simdet.count_time = 0.1 In [7]: RE(bp.rel_scan([simdet], diffract.mu, -2, 2, 10)) Transient Scan ID: 68 Time: 2023-09-12 15:17:03 Persistent Unique Scan ID: '3c2bf61f-11df-420d-83a7-6670417dc8f9' New stream: 'baseline' New stream: 'primary' +-----------+------------+-------------+------------+ | seq_num | time | diffract_mu | simdet | +-----------+------------+-------------+------------+ | 1 | 15:17:04.1 | -2.000 | 0.358 | | 2 | 15:17:04.2 | -1.556 | 0.348 | | 3 | 15:17:04.4 | -1.111 | 0.721 | | 4 | 15:17:04.5 | -0.667 | 0.938 | | 5 | 15:17:04.6 | -0.222 | 0.288 | | 6 | 15:17:04.8 | 0.222 | 0.863 | | 7 | 15:17:04.9 | 0.667 | 0.065 | | 8 | 15:17:05.0 | 1.111 | 0.185 | | 9 | 15:17:05.1 | 1.556 | 0.753 | | 10 | 15:17:05.3 | 2.000 | 0.170 | +-----------+------------+-------------+------------+ generator rel_scan ['3c2bf61f'] (scan num: 68) Out[7]: ('3c2bf61f-11df-420d-83a7-6670417dc8f9',)
New devices:
To test this, first make sure that you are in the correct branch (new-diffractometer), start bluesky using
blueskyStarter.sh
, then: