This is the offset/delay from start (a) and the slope of the interval between sweeps (B) of the Y mirror on the multi-photon system. In short

• for AaronCFG (ie 256×128, 0.5 MS/Line, any zoom) the Y mirror sweeps with a period of 94.722ms
• If you either change the amount of time it takes to sweep a line or the number of lines/frame the sweeps increase in length in a linear manner
  • Double the number of lines/frame, double the amount of time each sweep takes
  • Double the time taken for each line, double the time each sweep takes

Zoom 1x AaronCFG
trial 1
a	=0.85485 ± 0.00404
b	=94.722 ± 5.82e-05
trial 2
a	=0.85486 ± 0.00403
b	=94.722 ± 5.81e-05

Zoom 4x AaronCFG
trial 1
a	=95.247 ± 0.00318
b	=94.722 ± 4.62e-05
trial 2
a	=95.247 ± 0.00303
b	=94.722 ± 4.4e-05

Zoom 6x AaronCFG
trial 1
a	=0.63105 ± 0.00409
b	=94.722 ± 5.89e-05
trial 2
a	=0.63147 ± 0.00419
b	=94.722 ± 6.03e-05

Zoom 4x AaronCFG
trial 3
a	=0.73208 ± 0.00413
b	=94.722 ± 5.95e-05
trial 4
a	=0.73194 ± 0.00419
b	=94.722 ± 6.03e-05

Zoom 10x AaronCFG
trial 1
a	=0.73209 ± 0.00427
b	=94.722 ± 6.15e-05
trial 2
a	=0.73363 ± 0.00414
b	=94.722 ± 5.96e-05

Zoom 5x AaronCFG
trial 1
a	=0.85504 ± 0.00414
b	=94.722 ± 5.97e-05
trial 2
a	=0.85463 ± 0.00409
b	=94.722 ± 5.9e-05

Zoom 4x AaronCFG
trial 5
a	=0.8864 ± 0.00399
b	=94.722 ± 5.75e-05
trial 6
a	=0.88673 ± 0.00396
b	=94.722 ± 5.7e-05

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Zoom 5x 256x128
a	=0.8576 ± 0.00471
b	=94.722 ± 6.78e-05

Zoom 5x 256x64
trial 1
a	=0.68103 ± 0.00396
b	=47.361 ± 5.71e-05
trial 2
a	=0.67893 ± 0.00405
b	=47.361 ± 5.83e-05

Zoom 5x 256x256
trial 1
a	=0.68225 ± 0.00427
b	=189.44 ± 6.15e-05
trial 2
a	=0.6141 ± 0.00397
b	=189.44 ± 5.72e-05

----------------------
Zoom 5x .5 MS/Line
a	=0.58183 ± 0.00399
b	=94.722 ± 5.75e-05

Zoom 5x 1 MS/Line
trial 1
a	=0.53804 ± 0.00696
b	=189.44 ± 0.0001
trial 2
a	=0.53693 ± 0.00711
b	=189.44 ± 0.000102

Zoom 5x 2 MS/Line
trial 1
a	=0.47003 ± 0.0103
b	=378.89 ± 0.000148
trial 2
a	=0.47221 ± 0.0102
b	=378.89 ± 0.000147