catmviewer.py File Reference

analysis utilities related to CAT-M More...

Go to the source code of this file.

Functions
	catmlib.util.catmviewer.find_nearest_index (array, value)
	find index of nearest point
	catmlib.util.catmviewer.calculate_track_dipole_magnet_analytical_solution (v0=np.array([1, 0, 0]), x0=np.array([0, 0, 0]), omega=1, t=0)
	analytical solution for equation of moyion in uniform magnetic field
	catmlib.util.catmviewer.calculate_unit_vector (v=np.array([-0.2, 0.01, 0.01]))
	calculate and return unit vector
	catmlib.util.catmviewer.calculate_extrapolated_position (position, direction, target_value, direction_to_extrapolate=2)
	calculate and return extrapolated_position
	catmlib.util.catmviewer.plot_3d_trajectory (x=[], y=[], z=[], u=[], v=[], w=[], x_lim=None, y_lim=None, z_lim=None, bpad=None, rpad=None, spad=None, bid=None, rid=None, sid=None, anaflag=-1, showflag=True, savepath=None, user_colors=['#B844A0','#36797A','#36797A','#B844A0'])
	plot 3 disimensional trajectories
	catmlib.util.catmviewer.plot_2d_trajectory (x=[], y=[], z=[], u=[], v=[], w=[], x_lim=None, y_lim=None, z_lim=None, bpad=None, rpad=None, spad=None, bid=None, rid=None, sid=None, anaflag=-1, showflag=True, savepath=None, user_colors=['#B844A0','#36797A','#36797A','#B844A0'])
	plot 3 disimensional trajectories
	catmlib.util.catmviewer.plot_2d_categories (x_lim=None, y_lim=None, z_lim=None, bpad=None, rpad=None, spad=None, bid=None, rid=None, sid=None, blabel=None, rlabel=None, slabel=None, showflag=True, savepath=None, user_colors=[['#B844A0'],['#36797A'],["#5CA3EF"]], legendFlag=False, title_name="Map file checker (Cobo, AsAd, AGET, Channel), [-1] = all")
	plot categories with 2 disimension
	catmlib.util.catmviewer.check_catm_view ()
	plot catm readpad using matplotlib

Detailed Description

analysis utilities related to CAT-M

Version

1

Author

Fumitaka ENDO

Date

2025-01-28T13:22:04+09:00

Definition in file catmviewer.py.

Function Documentation

calculate_extrapolated_position()

catmlib.util.catmviewer.calculate_extrapolated_position	(		position,
			direction,
			target_value,
			direction_to_extrapolate = 2 )

calculate and return extrapolated_position

Parameters

position	reference position
direction	refarence vector
target_value	extrapolated value
direction_to_extrapolate	extrapolated axis

Returns

extrapolated position (np.array([x, y, z]))

Definition at line 51 of file catmviewer.py.

calculate_track_dipole_magnet_analytical_solution()

catmlib.util.catmviewer.calculate_track_dipole_magnet_analytical_solution	(		v0 = np.array([1,0,0]),
			x0 = np.array([0,0,0]),
			omega = 1,
			t = 0 )

analytical solution for equation of moyion in uniform magnetic field

Parameters

v0	initial vector [m] (numpy.array([x,y,z]))
x0	initial position [m] (numpy.array([x,y,z]))
omega	cyclotron frequency (qB/m [C][T][m]^-1)
t	list of time, which you want to calculate the position

Returns

list of 3 component : [x1,x2,..,x3],[y1,y2,..,y3], [z1,z2,..,z3]

Definition at line 27 of file catmviewer.py.

calculate_unit_vector()

catmlib.util.catmviewer.calculate_unit_vector

(

v = np.array([-0.2, 0.01, 0.01])

)

calculate and return unit vector

Parameters

v	vector (np.array([-x, y, z]))

Returns

unit vector of input vector

Definition at line 42 of file catmviewer.py.

check_catm_view()

catmlib.util.catmviewer.check_catm_view

(

)

plot catm readpad using matplotlib

Definition at line 568 of file catmviewer.py.

find_nearest_index()

catmlib.util.catmviewer.find_nearest_index	(		array,
			value )

find index of nearest point

Parameters

array	reference array for sorting index
reference	value

Returns

index value

Definition at line 16 of file catmviewer.py.

plot_2d_categories()

catmlib.util.catmviewer.plot_2d_categories	(		x_lim = None,
			y_lim = None,
			z_lim = None,
			bpad = None,
			rpad = None,
			spad = None,
			bid = None,
			rid = None,
			sid = None,
			blabel = None,
			rlabel = None,
			slabel = None,
			showflag = True,
			savepath = None,
			user_colors = [['#B844A0'],['#36797A'],["#5CA3EF"]],
			legendFlag = False,
			title_name = "Map file checker (Cobo, AsAd, AGET, Channel), [-1] = all" )

plot categories with 2 disimension

Parameters

x_lim	draw range for X
y_lim	draw range for Y
z_lim	draw range for Z
bpad	beam tpc pad info (TReadoutPadArray)
rpad	recoil tpc pad info (TReadoutPadArray)
spad	silicon pad info (TReadoutPadArray)
bid	beam tpc categories list ([ [1,2,...], [3,6...] ])
rid	recoil tpc categories list ([ [1,2,...], [3,6...] ])
sid	silicon hit categories list ([ [1,2,...], [3,6...] ])
showflag	draw flag (default : True)
savepath	save path
user_colors	color set
title_name	plot title

Returns

None

Definition at line 388 of file catmviewer.py.

plot_2d_trajectory()

catmlib.util.catmviewer.plot_2d_trajectory	(		x = [],
			y = [],
			z = [],
			u = [],
			v = [],
			w = [],
			x_lim = None,
			y_lim = None,
			z_lim = None,
			bpad = None,
			rpad = None,
			spad = None,
			bid = None,
			rid = None,
			sid = None,
			anaflag = -1,
			showflag = True,
			savepath = None,
			user_colors = ['#B844A0','#36797A','#36797A','#B844A0'] )

plot 3 disimensional trajectories

Parameters

x	point data list : [[x1,x2,..x3],[x1,x2,..x3],[x1,x2,..x3]]
y	point data list : [[y1,y2,..y3],[y1,y2,..y3],[y1,y2,..y3]]
z	point data list : [[z1,z2,..z3],[z1,z2,..z3],[z1,z2,..z3]]
u	line data list : [[x1,x2,..x3],[x1,x2,..x3],[x1,x2,..x3]]
v	line data list : [[y1,y2,..y3],[y1,y2,..y3],[y1,y2,..y3]]
w	line data list : [[z1,z2,..z3],[z1,z2,..z3],[z1,z2,..z3]]
x_lim	draw range for X
y_lim	draw range for Y
z_lim	draw range for Z
bpad	beam tpc pad info (TReadoutPadArray)
rpad	recoil tpc pad info (TReadoutPadArray)
spad	silicon pad info (TReadoutPadArray)
bid	beam tpc hit id
rid	recoil tpc hit id
sid	silicon hit id
anaflag	analysis flag (-1:tpc, 1:si)
showflag	draw flag (default : True)
savepath	save path
user_colors	color set

Returns

None

Definition at line 220 of file catmviewer.py.

plot_3d_trajectory()

catmlib.util.catmviewer.plot_3d_trajectory	(		x = [],
			y = [],
			z = [],
			u = [],
			v = [],
			w = [],
			x_lim = None,
			y_lim = None,
			z_lim = None,
			bpad = None,
			rpad = None,
			spad = None,
			bid = None,
			rid = None,
			sid = None,
			anaflag = -1,
			showflag = True,
			savepath = None,
			user_colors = ['#B844A0','#36797A','#36797A','#B844A0'] )

plot 3 disimensional trajectories

Parameters

x	point data list : [[x1,x2,..x3],[x1,x2,..x3],[x1,x2,..x3]]
y	point data list : [[y1,y2,..y3],[y1,y2,..y3],[y1,y2,..y3]]
z	point data list : [[z1,z2,..z3],[z1,z2,..z3],[z1,z2,..z3]]
u	line data list : [[x1,x2,..x3],[x1,x2,..x3],[x1,x2,..x3]]
v	line data list : [[y1,y2,..y3],[y1,y2,..y3],[y1,y2,..y3]]
w	line data list : [[z1,z2,..z3],[z1,z2,..z3],[z1,z2,..z3]]
x_lim	draw range for X
y_lim	draw range for Y
z_lim	draw range for Z
bpad	beam tpc pad info (TReadoutPadArray)
rpad	recoil tpc pad info (TReadoutPadArray)
spad	silicon pad info (TReadoutPadArray)
bid	beam tpc hit id
rid	recoil tpc hit id
sid	silicon hit id
anaflag	analysis flag (-1:tpc, 1:si)
showflag	draw flag (default : True)
savepath	save path
user_colors	color set

Returns

None

Definition at line 93 of file catmviewer.py.