If everything is correct, running "python minifly.py" will result in:

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There are 54 experiments (27 impaired)
There are 51359 trials (26615 impaired)
Experimental groups: DPPIII NEP1 TPPII
Genotypes:
  DPPIII: P{KK102672}VIE-260B
  GFP: w[1118]; P{w[+mC]=UAS-GFP.dsRNA.R}142
  NEP1: w[1118];P{GD11797}v27537
  TPPII: w[1118]; P{GD11183}v26349
Arenas: flycube2 flycube3 flycube5 flycube6 flycube8
exp_group  impaired
DPPIII     False        5693
           True         1899
NEP1       False       10856
           True        12329
TPPII      False        8195
           True        12387
dtype: int64
exp_group  impaired
DPPIII     False       3.951386
           True        3.455856
NEP1       False       3.897365
           True        3.460841
TPPII      False       4.000720
           True        2.902316
Name: length_s, dtype: float64
Time series groups:
	basic
		x: x
		y: y
		z: z
		rotation_rate: rotation_rate
		v_offset_rate: v_offset_rate
		trg_x: trg_x
		trg_y: trg_y
		trg_z: trg_z
		ratio: ratio
		perturb_progress: perturb_progress
		speed_xy: velocity
		dtheta: dtheta
		radius: radius
		dist_to_post: GoingTowards(im=True,out='dist_to_target',positions=('x','y'),targets=(-0.1,-0.1))
		vel_to_post: GoingTowards(im=True,out='vel_to_target',positions=('x','y'),targets=(-0.1,-0.1))
		acc_to_post: GoingTowards(im=True,out='acc_to_target',positions=('x','y'),targets=(-0.1,-0.1))
		cosdist_to_post: GoingTowards(im=True,out='cosine_dist_to_target',positions=('x','y'),targets=(-0.1,-0.1))
		cosdist_to_post_grad: GoingTowards(im=True,out='cosine_dist_to_target_grad',positions=('x','y'),targets=(-0.1,-0.1))
		dist_to_trg: GoingTowards(im=True,out='dist_to_target',positions=('x','y'),targets=('trg_x','trg_y'))
		vel_to_trg: GoingTowards(im=True,out='vel_to_target',positions=('x','y'),targets=('trg_x','trg_y'))
		acc_to_trg: GoingTowards(im=True,out='acc_to_target',positions=('x','y'),targets=('trg_x','trg_y'))
		cosdist_to_trg: GoingTowards(im=True,out='cosine_dist_to_target',positions=('x','y'),targets=('trg_x','trg_y'))
		cosdist_to_trg_grad: GoingTowards(im=True,out='cosine_dist_to_target_grad',positions=('x','y'),targets=('trg_x','trg_y'))
Computing speed means for different groups 
(this takes around 1 minute in my machine)...
	DPPIII, impaired=False, mean(mean(speed_xy)) = 0.38 +/- 0.10 m/s
	DPPIII, impaired=True, mean(mean(speed_xy)) = 0.37 +/- 0.13 m/s
	NEP1, impaired=False, mean(mean(speed_xy)) = 0.33 +/- 0.10 m/s
	NEP1, impaired=True, mean(mean(speed_xy)) = 0.39 +/- 0.10 m/s
	TPPII, impaired=False, mean(mean(speed_xy)) = 0.33 +/- 0.10 m/s
	TPPII, impaired=True, mean(mean(speed_xy)) = 0.41 +/- 0.10 m/s