Functions
def	view_angle_func (x, alpha_prev, eta_prev, n_in_circ)

Variables
float	id_spacing = 1.33

int	nPMT = 33

int	min_angle = 13

list	configs = []

int	i = nPMT

int	j = nPMT-i

int	k = nPMT-i-j

int	l = nPMT-i-j-k

list	view_angles_conf = []
	Next: for each config: calc eta for each circle Take smallest viewing angle per config, take largest over all configs Use minimum alpha Solution: for nPMTs, nCircles with nPMTs per circle. More...

	alpha_conf = dict()

	eta_conf = dict()

int	alpha0 = min_angle

int	eta0 = 0

list	view_angles = []

list	alphas = []

list	etas = []

	sol = root(view_angle_func, 0.01, (alpha0, eta0, nPMT_per_circ))

	opt_view_angle = max(view_angles_conf)

int	candidate = 0

	outfile = open('mPMTconfig_%i_%i_%i.txt'%(nPMT,min_angle,candidate),'w')

Function Documentation

◆ view_angle_func()

def findClosestPacking.view_angle_func	(	x,
		alpha_prev,
		eta_prev,
		n_in_circ
	)

Definition at line 8 of file findClosestPacking.py.

Variable Documentation

◆ alpha0

int findClosestPacking.alpha0 = min_angle

Definition at line 64 of file findClosestPacking.py.

◆ alpha_conf

findClosestPacking.alpha_conf = dict()

Definition at line 61 of file findClosestPacking.py.

◆ alphas

list findClosestPacking.alphas = []

Definition at line 67 of file findClosestPacking.py.

◆ candidate

int findClosestPacking.candidate = 0

Definition at line 102 of file findClosestPacking.py.

◆ configs

list findClosestPacking.configs = []

Definition at line 19 of file findClosestPacking.py.

◆ eta0

findClosestPacking.eta0 = 0

Definition at line 65 of file findClosestPacking.py.

◆ eta_conf

findClosestPacking.eta_conf = dict()

Definition at line 62 of file findClosestPacking.py.

◆ etas

list findClosestPacking.etas = []

Definition at line 68 of file findClosestPacking.py.

◆ i

int findClosestPacking.i = nPMT

Definition at line 21 of file findClosestPacking.py.

◆ id_spacing

float findClosestPacking.id_spacing = 1.33

Definition at line 16 of file findClosestPacking.py.

◆ j

int findClosestPacking.j = nPMT-i

Definition at line 24 of file findClosestPacking.py.

◆ k

int findClosestPacking.k = nPMT-i-j

Definition at line 27 of file findClosestPacking.py.

◆ l

int findClosestPacking.l = nPMT-i-j-k

Definition at line 30 of file findClosestPacking.py.

◆ min_angle

int findClosestPacking.min_angle = 13

Definition at line 18 of file findClosestPacking.py.

◆ nPMT

int findClosestPacking.nPMT = 33

Definition at line 17 of file findClosestPacking.py.

◆ opt_view_angle

findClosestPacking.opt_view_angle = max(view_angles_conf)

Definition at line 90 of file findClosestPacking.py.

◆ outfile

findClosestPacking.outfile = open('mPMTconfig_%i_%i_%i.txt'%(nPMT,min_angle,candidate),'w')

Definition at line 109 of file findClosestPacking.py.

◆ sol

findClosestPacking.sol = root(view_angle_func, 0.01, (alpha0, eta0, nPMT_per_circ))

Definition at line 71 of file findClosestPacking.py.

◆ view_angles

list findClosestPacking.view_angles = []

Definition at line 66 of file findClosestPacking.py.

◆ view_angles_conf

list findClosestPacking.view_angles_conf = []

Next: for each config: calc eta for each circle Take smallest viewing angle per config, take largest over all configs Use minimum alpha Solution: for nPMTs, nCircles with nPMTs per circle.

Definition at line 60 of file findClosestPacking.py.

Functions

Variables