ImageD11.labelimage | index c:\python25\lib\site-packages\imaged11\labelimage.py

`Class to wrap the connectedpixels c extensions for labelling
blobs in images.`

Modules
`` |  |
ImageD11.blobcorrector | ImageD11.connectedpixels | numpy.oldnumeric | sys

Classes
`` |  | labelimage
class labelimage
`` | `For labelling spots in diffraction images`
| Methods defined here: __init__(self, shape, fileout=<open file '<stdout>', mode 'w' at 0x00A6F068>, spatial=<ImageD11.blobcorrector.perfect instance at 0x09A43328>, flipper=<function flip2 at 0x09A33530>) `Shape - image dimensions fileout - writeable stream for merged peaks spatial - correction of of peak positions` finalise(self) `Write out the last frame` mergelast(self) `Merge the last two images searches` output2dpeaks(self, file_obj) `Write something compatible with the old ImageD11 format which fabian is reading. This is called before mergelast, so we write self.npk/self.res` outputpeaks(self, peaks) `Peaks are in Numeric arrays nowadays` peaksearch(self, data, threshold, omega) `# Call the c extensions to do the peaksearch, on entry: # # data = 2D Numeric array (of your data) # threshold = float - pixels above this number are put into objects` Data and other attributes defined here: format = ' %.4f %.4f %.4f %.0f %.4f %.4f %.4f %.4f... %.0f %.0f %.4f %.4f %.4f %.4f %d %d %d\n' titles = '# sc fc omega Number_of_pixels avg_intensit...o Max_o dety detz onfirst onlast spot3d_id\n'

Functions
`` |  | flip1(x, y) `fast, slow to dety, detz` flip2(x, y) `fast, slow to dety, detz` flip3(x, y) `fast, slow to dety, detz` flip4(x, y) `fast, slow to dety, detz` flip5(x, y) `fast, slow to dety, detz` flip6(x, y) `fast, slow to dety, detz` flip7(x, y) `fast, slow to dety, detz` flip8(x, y) `fast, slow to dety, detz` sqrt(...) `sqrt(x) Return the square root of x.`

Data
`` |  | avg_i = 22 bb_mn_f = 19 bb_mn_o = 21 bb_mn_s = 20 bb_mx_f = 16 bb_mx_o = 18 bb_mx_s = 17 dety = 34 detz = 35 f_cen = 32 f_raw = 23 m_ff = 27 m_fo = 31 m_oo = 28 m_sf = 29 m_so = 30 m_ss = 26 mx_I = 12 mx_I_f = 13 mx_I_o = 15 mx_I_s = 14 o_raw = 25 s_1 = 0 s_I = 1 s_I2 = 2 s_cen = 33 s_fI = 3 s_ffI = 4 s_foI = 11 s_oI = 8 s_ooI = 9 s_raw = 24 s_sI = 5 s_sfI = 7 s_soI = 10 s_ssI = 6