Measure features of second phases in microstructures of materilas
Project description
MPLn23d
Python library to measure the 2-dimensional local number (LN2D) and the 3-dimensional local number (LN3D).
References
class ln2d_new(nsmax)
- nsmax : maximum number of section
Methods :
add_gc(sid, x, y, r)
add gc (gravity center)
- sid : section id
- x, y : position of gc
- r : radius
add_gc_random(sid, ngc, sd, r)
add gc randomly
- sid : section id
- ngc : number of gc
- sd : standard deviation of random number, if sd <= 0.0 uniform random
- r : radius
add_sec(step, sx, sy)
add section
- step : allocation step of gc
- sx : size of section in x direction
- sy : size of section in y direction
area_fraction()
calculate area fraction
cut(step, ln3d, cid, dir, pos)
cut ln3d cell
- step : allocation step of gc
- ln3d : ln3d cell
- cid : cell id
- dir : direction of cut plane, x:0, y:1, z:2
- pos : position of cut plane
cut_random(nsec, step, ln3d, cid)
cut ln3d cell randomly
- nsec : number of sections
- step : allocation step of gc
- ln3d : ln3d cell
- cid : cell id
measure_gc(f)
measure ln2d on gc
- f : numpy dimension for result, dtype=np.uint32
measure_random(f, nsample)
measure ln2d on random point
- f : numpy dimension for result, dtype=np.uint32
- nsample : number of sample
Data descriptors :
nsec
number of section
nsec_max
maximum number of section
seed
seed of random number (settable)
class ln3d_new(ncmax)
- ncmax : maximum number of cell
Methods :
add_cell(step, sx, sy, sz)
add cell
- step : allocation step of gc
- sx : size of cell in x direction
- sy : size of cell in y direction
- sz : size of cell in z direction
add_gc(cid, x, y, z, r)
add gc (gravity center)
- cid : cell id
- x, y, z : position of gc
- r : radius
add_gc_random(cid, ngc, sd, r)
add gc randomly
- cid : cell id
- ngc : number of gc
- sd : standard deviation of random number, if sd <= 0.0 uniform random
- r : radius
measure_gc(f)
measure ln3d on gc
- f : numpy dimension for result, dtype=np.uint32
measure_random(f, nsample)
measure ln3d on random point
- f : numpy dimension for result, dtype=np.uint32
- nsample : number of sample
volume_fraction()
calculate volume fraction
Data descriptors :
ncell
number of cell
ncell_max
maximum number of cell
seed
seed of random number (settable)
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