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cdocutils.nodes
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qz)q{}q|(hhrh#}q}(h)]q~h+]qh']qh%]qh-]quhhph3]qhLX; This documentation is for version 2.0 of SmoothAnisotropic.q
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auh1K h2hh3]q(h@)q}q(hX Descriptionqhhhhh!hDh#}q(h)]qh+]qh']qh%]qh-]quh1K h2hh3]qhLX Descriptionq
q}q(hhhhubaubhP)q}q (hXB Smooth/Denoise input stream using anisotropic PDE-based smoothing.q¡hhhhh!hTh#}q¢(h)]q£h+]q¤h']q¥h%]q¦h-]q§uh1K
h2hh3]q¨hLXB Smooth/Denoise input stream using anisotropic PDE-based smoothing.q©
qª}q«(hh¡hhubaubhP)q¬}q(hX< Uses the 'blur\_anisotropic' function from the CImg library.q®hhhhh!hTh#}q¯(h)]q°h+]q±h']q²h%]q³h-]q´uh1Kh2hh3]qµhLX; Uses the 'blur_anisotropic' function from the CImg library.q¶
q·}q¸(hX< Uses the 'blur\_anisotropic' function from the CImg library.q¹hh¬ubaubhP)qº}q»(hXÌ CImg is a free, open-source library distributed under the CeCILL-C (close to the GNU LGPL) or CeCILL (compatible with the GNU GPL) licenses. It can be used in commercial applications (see http://cimg.eu).q¼hhhhh!hTh#}q½(h)]q¾h+]q¿h']qÀh%]qÁh-]qÂuh1Kh2hh3]qÃ(hLX¼ CImg is a free, open-source library distributed under the CeCILL-C (close to the GNU LGPL) or CeCILL (compatible with the GNU GPL) licenses. It can be used in commercial applications (see qąqÅ}qÆ(hX¼ CImg is a free, open-source library distributed under the CeCILL-C (close to the GNU LGPL) or CeCILL (compatible with the GNU GPL) licenses. It can be used in commercial applications (see qÇhhºubcdocutils.nodes
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}r (hX Spatial Precision / r hj ubjý )r }r (hX ``dl``r h#}r (h)]r h+]r h']r h%]r h-]r uhj h3]r hLX dlr
r }r (hU hj ubah!j ubeubah!jU ubj> )r }r (hU h#}r (h)]r h+]r! h']r" h%]r# h-]r$ uhjð h3]r% hP)r& }r' (hX Doubler( hj hhh!hTh#}r) (h)]r* h+]r+ h']r, h%]r- h-]r. uh1K2h3]r/ hLX Doubler0
r1 }r2 (hj( hj& ubaubah!jU ubj> )r3 }r4 (hU h#}r5 (h)]r6 h+]r7 h']r8 h%]r9 h-]r: uhjð h3]r; hP)r< }r= (hX 0.8r> hj3 hhh!hTh#}r? (h)]r@ h+]rA h']rB h%]rC h-]rD uh1K2h3]rE hLX 0.8rF
rG }rH (hj> hj< ubaubah!jU ubj> )rI }rJ (hU h#}rK (h)]rL h+]rM h']rN h%]rO h-]rP uhjð h3]rQ hP)rR }rS (hX1 Spatial discretization, in pixel units (0<=dl<=1)rT hjI hhh!hTh#}rU (h)]rV h+]rW h']rX h%]rY h-]rZ uh1K2h3]r[ hLX1 Spatial discretization, in pixel units (0<=dl<=1)r\
r] }r^ (hjT hjR ubaubah!jU ubeh!j ubj4 )r_ }r` (hU h#}ra (h)]rb h+]rc h']rd h%]re h-]rf uhjÔ h3]rg (j> )rh }ri (hU h#}rj (h)]rk h+]rl h']rm h%]rn h-]ro uhj_ h3]rp hP)rq }rr (hX Angular Precision / ``da``rs hjh hhh!hTh#}rt (h)]ru h+]rv h']rw h%]rx h-]ry uh1K4h3]rz (hLX Angular Precision / r{
r| }r} (hX Angular Precision / r~ hjq ubjý )r }r (hX ``da``r h#}r (h)]r h+]r h']r
h%]r h-]r uhjq h3]r hLX dar
r }r (hU hj ubah!j ubeubah!jU ubj> )r }r (hU h#}r (h)]r h+]r h']r h%]r h-]r uhj_ h3]r hP)r }r (hX Doubler hj hhh!hTh#}r (h)]r h+]r h']r h%]r h-]r uh1K4h3]r hLX Doubler
r }r¡ (hj hj ubaubah!jU ubj> )r¢ }r£ (hU h#}r¤ (h)]r¥ h+]r¦ h']r§ h%]r¨ h-]r© uhj_ h3]rª hP)r« }r¬ (hX 30r hj¢ hhh!hTh#}r® (h)]r¯ h+]r° h']r± h%]r² h-]r³ uh1K4h3]r´ hLX 30rµ
r¶ }r· (hj hj« ubaubah!jU ubj> )r¸ }r¹ (hU h#}rº (h)]r» h+]r¼ h']r½ h%]r¾ h-]r¿ uhj_ h3]rÀ hP)rÁ }r (hX Angular integration step, in degrees (0<=da<=90). If da=0, Iterated oriented Laplacians is used instead of LIC-based smoothing.rà hj¸ hhh!hTh#}rÄ (h)]rÅ h+]rÆ h']rÇ h%]rÈ h-]rÉ uh1K4h3]rÊ hLX Angular integration step, in degrees (0<=da<=90). If da=0, Iterated oriented Laplacians is used instead of LIC-based smoothing.rË
rÌ }rÍ (hjà hjÁ ubaubah!jU ubeh!j ubj4 )rÎ }rÏ (hU h#}rÐ (h)]rÑ h+]rÒ h']rÓ h%]rÔ h-]rÕ uhjÔ h3]rÖ (j> )r× }rØ (hU h#}rÙ (h)]rÚ h+]rÛ h']rÜ h%]rÝ h-]rÞ uhjÎ h3]rß hP)rà }rá (hX Value Precision / ``prec``râ hj× hhh!hTh#}rã (h)]rä h+]rå h']ræ h%]rç h-]rè uh1K6h3]ré (hLX Value Precision / rê
rë }rì (hX Value Precision / rí hjà ubjý )rî }rï (hX ``prec``rð h#}rñ (h)]rò h+]ró h']rô h%]rõ h-]rö uhjà h3]r÷ hLX precrø
rù }rú (hU hjî ubah!j ubeubah!jU ubj> )rû }rü (hU h#}rý (h)]rþ h+]rÿ h']r h%]r h-]r uhjÎ h3]r hP)r }r (hX Doubler hjû hhh!hTh#}r (h)]r h+]r h']r
h%]r h-]r uh1K6h3]r
hLX Doubler
r }r (hj hj ubaubah!jU ubj> )r }r (hU h#}r (h)]r h+]r h']r h%]r h-]r uhjÎ h3]r hP)r }r (hX 2hj hhh!hTh#}r (h)]r h+]r h']r h%]r h-]r! uh1K6h3]r" hLX 2
r# }r$ (hX 2hj ubaubah!jU ubj> )r% }r& (hU h#}r' (h)]r( h+]r) h']r* h%]r+ h-]r, uhjÎ h3]r- hP)r. }r/ (hX( Precision of the diffusion process (>0).r0 hj% hhh!hTh#}r1 (h)]r2 h+]r3 h']r4 h%]r5 h-]r6 uh1K6h3]r7 hLX( Precision of the diffusion process (>0).r8
r9 }r: (hj0 hj. ubaubah!jU ubeh!j ubj4 )r; }r< (hU h#}r= (h)]r> h+]r? h']r@ h%]rA h-]rB uhjÔ h3]rC (j> )rD }rE (hU h#}rF (h)]rG h+]rH h']rI h%]rJ h-]rK uhj; h3]rL hP)rM }rN (hX! Interpolation / ``interpolation``rO hjD hhh!hTh#}rP (h)]rQ h+]rR h']rS h%]rT h-]rU uh1K8h3]rV (hLX Interpolation / rW
rX }rY (hX Interpolation / rZ hjM ubjý )r[ }r\ (hX ``interpolation``r] h#}r^ (h)]r_ h+]r` h']ra h%]rb h-]rc uhjM h3]rd hLX
interpolationre
rf }rg (hU hj[ ubah!j ubeubah!jU ubj> )rh }ri (hU h#}rj (h)]rk h+]rl h']rm h%]rn h-]ro uhj; h3]rp hP)rq }rr (hX Choicers hjh hhh!hTh#}rt (h)]ru h+]rv h']rw h%]rx h-]ry uh1K8h3]rz hLX Choicer{
r| }r} (hjs hjq ubaubah!jU ubj> )r~ }r (hU h#}r (h)]r h+]r h']r h%]r h-]r
uhj; h3]r hP)r }r (hX Nearest-neighborr hj~ hhh!hTh#}r (h)]r h+]r h']r h%]r h-]r uh1K8h3]r hLX Nearest-neighborr
r }r (hj hj ubaubah!jU ubj> )r }r (hU h#}r (h)]r h+]r h']r h%]r h-]r uhj; h3]r cdocutils.nodes
line_block
r )r }r (hU h#}r (h)]r¡ h+]r¢ h']r£ h%]r¤ h-]r¥ uhj h3]r¦ (cdocutils.nodes
line
r§ )r¨ }r© (hX Interpolation typerª Uindentr« K hj hhh!h1h#}r¬ (h)]r h+]r® h']r¯ h%]r° h-]r± uh1K h3]r² hLX Interpolation typer³
r´ }rµ (hjª hj¨ ubaubj§ )r¶ }r· (hX' **Nearest-neighbor**: Nearest-neighbor.r¸ j« K hj hhh!h1h#}r¹ (h)]rº h+]r» h']r¼ h%]r½ h-]r¾ uh1K h3]r¿ (cdocutils.nodes
strong
rÀ )rÁ }r (hX **Nearest-neighbor**rà h#}rÄ (h)]rÅ h+]rÆ h']rÇ h%]rÈ h-]rÉ uhj¶ h3]rÊ hLX Nearest-neighborrË
rÌ }rÍ (hU hjÁ ubah!UstrongrÎ ubhLX : Nearest-neighbor.rÏ
rÐ }rÑ (hX : Nearest-neighbor.rÒ hj¶ ubeubj§ )rÓ }rÔ (hX! **Linear**: Linear interpolation.rÕ j« K hj hhh!h1h#}rÖ (h)]r× h+]rØ h']rÙ h%]rÚ h-]rÛ uh1K h3]rÜ (jÀ )rÝ }rÞ (hX
**Linear**rß h#}rà (h)]rá h+]râ h']rã h%]rä h-]rå uhjÓ h3]ræ hLX Linearrç
rè }ré (hU hjÝ ubah!jÎ ubhLX : Linear interpolation.rê
rë }rì (hX : Linear interpolation.rí hjÓ ubeubj§ )rî }rï (hX+ **Runge-Kutta**: Runge-Kutta interpolation.rð j« K hj hhh!h1h#}rñ (h)]rò h+]ró h']rô h%]rõ h-]rö uh1K h3]r÷ (jÀ )rø }rù (hX **Runge-Kutta**rú h#}rû (h)]rü h+]rý h']rþ h%]rÿ h-]r uhjî h3]r hLX Runge-Kuttar
r }r (hU hjø ubah!jÎ ubhLX : Runge-Kutta interpolation.r
r }r (hX : Runge-Kutta interpolation.r hjî ubeubeh!U
line_blockr ubah!jU ubeh!j ubj4 )r
}r (hU h#}r (h)]r
h+]r h']r h%]r h-]r uhjÔ h3]r (j> )r }r (hU h#}r (h)]r h+]r h']r h%]r h-]r uhj
h3]r hP)r }r (hX. Fast Approximation / ``is_fast_approximation``r hj hhh!hTh#}r (h)]r h+]r! h']r" h%]r# h-]r$ uh1K=h3]r% (hLX Fast Approximation / r&
r' }r( (hX Fast Approximation / r) hj ubjý )r* }r+ (hX ``is_fast_approximation``r, h#}r- (h)]r. h+]r/ h']r0 h%]r1 h-]r2 uhj h3]r3 hLX is_fast_approximationr4
r5 }r6 (hU hj* ubah!j ubeubah!jU ubj> )r7 }r8 (hU h#}r9 (h)]r: h+]r; h']r< h%]r= h-]r> uhj
h3]r? hP)r@ }rA (hX BooleanrB hj7 hhh!hTh#}rC (h)]rD h+]rE h']rF h%]rG h-]rH uh1K=h3]rI hLX BooleanrJ
rK }rL (hjB hj@ ubaubah!jU ubj> )rM }rN (hU h#}rO (h)]rP h+]rQ h']rR h%]rS h-]rT uhj
h3]rU hP)rV }rW (hX OnrX hjM hhh!hTh#}rY (h)]rZ h+]r[ h']r\ h%]r] h-]r^ uh1K=h3]r_ hLX Onr`
ra }rb (hjX hjV ubaubah!jU ubj> )rc }rd (hU h#}re (h)]rf h+]rg h']rh h%]ri h-]rj uhj
h3]rk hP)rl }rm (hXE Tells if a fast approximation of the gaussian function is used or notrn hjc hhh!hTh#}ro (h)]rp h+]rq h']rr h%]rs h-]rt uh1K=h3]ru hLXE Tells if a fast approximation of the gaussian function is used or notrv
rw }rx (hjn hjl ubaubah!jU ubeh!j ubj4 )ry }rz (hU h#}r{ (h)]r| h+]r} h']r~ h%]r h-]r uhjÔ h3]r (j> )r }r (hU h#}r (h)]r
h+]r h']r h%]r h-]r uhjy h3]r hP)r }r (hX Iterations / ``iterations``r hj hhh!hTh#}r (h)]r h+]r h']r h%]r h-]r uh1K?h3]r (hLX
Iterations / r
r }r (hX
Iterations / r hj ubjý )r }r (hX ``iterations``r h#}r (h)]r h+]r h']r h%]r h-]r¡ uhj h3]r¢ hLX
iterationsr£
r¤ }r¥ (hU hj ubah!j ubeubah!jU ubj> )r¦ }r§ (hU h#}r¨ (h)]r© h+]rª h']r« h%]r¬ h-]r uhjy h3]r® hP)r¯ }r° (hX Integerr± hj¦ hhh!hTh#}r² (h)]r³ h+]r´ h']rµ h%]r¶ h-]r· uh1K?h3]r¸ hLX Integerr¹
rº }r» (hj± hj¯ ubaubah!jU ubj> )r¼ }r½ (hU h#}r¾ (h)]r¿ h+]rÀ h']rÁ h%]r h-]rà uhjy h3]rÄ hP)rÅ }rÆ (hX 1hj¼ hhh!hTh#}rÇ (h)]rÈ h+]rÉ h']rÊ h%]rË h-]rÌ uh1K?h3]rÍ hLX 1
rÎ }rÏ (hX 1hjÅ ubaubah!jU ubj> )rÐ }rÑ (hU h#}rÒ (h)]rÓ h+]rÔ h']rÕ h%]rÖ h-]r× uhjy h3]rØ hP)rÙ }rÚ (hX Number of iterations.rÛ hjÐ hhh!hTh#}rÜ (h)]rÝ h+]rÞ h']rß h%]rà h-]rá uh1K?h3]râ hLX Number of iterations.rã
rä }rå (hjÛ hjÙ ubaubah!jU ubeh!j ubj4 )ræ }rç (hU h#}rè (h)]ré h+]rê h']rë h%]rì h-]rí uhjÔ h3]rî (j> )rï }rð (hU h#}rñ (h)]rò h+]ró h']rô h%]rõ h-]rö uhjæ h3]r÷ hP)rø }rù (hX' Set Thin Brush Defaults / ``thinBrush``rú hjï hhh!hTh#}rû (h)]rü h+]rý h']rþ h%]rÿ h-]r uh1KAh3]r (hLX Set Thin Brush Defaults / r
r }r (hX Set Thin Brush Defaults / r hjø ubjý )r }r (hX
``thinBrush``r h#}r (h)]r
h+]r h']r h%]r
h-]r uhjø h3]r hLX thinBrushr
r }r (hU hj ubah!j ubeubah!jU ubj> )r }r (hU h#}r (h)]r h+]r h']r h%]r h-]r uhjæ h3]r hP)r }r (hX Buttonr hj hhh!hTh#}r (h)]r h+]r! h']r" h%]r# h-]r$ uh1KAh3]r% hLX Buttonr&
r' }r( (hj hj ubaubah!jU ubj> )r) }r* (hU h#}r+ (h)]r, h+]r- h']r. h%]r/ h-]r0 uhjæ h3]r1 h!jU ubj> )r2 }r3 (hU h#}r4 (h)]r5 h+]r6 h']r7 h%]r8 h-]r9 uhjæ h3]r: hP)r; }r< (hXk Set the defaults to the value of the Thin Brush filter by PhotoComiX, as featured in the G'MIC Gimp plugin.r= hj2 hhh!hTh#}r> (h)]r? h+]r@ h']rA h%]rB h-]rC uh1KAh3]rD hLXk Set the defaults to the value of the Thin Brush filter by PhotoComiX, as featured in the G'MIC Gimp plugin.rE
rF }rG (hj= hj; ubaubah!jU ubeh!j ubj4 )rH }rI (hU h#}rJ (h)]rK h+]rL h']rM h%]rN h-]rO uhjÔ h3]rP (j> )rQ }rR (hU h#}rS (h)]rT h+]rU h']rV h%]rW h-]rX uhjH h3]rY hP)rZ }r[ (hX (Un)premult / ``premult``r\ hjQ hhh!hTh#}r] (h)]r^ h+]r_ h']r` h%]ra h-]rb uh1KCh3]rc (hLX (Un)premult / rd
re }rf (hX (Un)premult / rg hjZ ubjý )rh }ri (hX ``premult``rj h#}rk (h)]rl h+]rm h']rn h%]ro h-]rp uhjZ h3]rq hLX premultrr
rs }rt (hU hjh ubah!j ubeubah!jU ubj> )ru }rv (hU h#}rw (h)]rx h+]ry h']rz h%]r{ h-]r| uhjH h3]r} hP)r~ }r (hX Booleanr hju hhh!hTh#}r (h)]r h+]r h']r h%]r
h-]r uh1KCh3]r hLX Booleanr
r }r (hj hj~ ubaubah!jU ubj> )r }r (hU h#}r (h)]r h+]r h']r h%]r h-]r uhjH h3]r hP)r }r (hX Offr hj hhh!hTh#}r (h)]r h+]r h']r h%]r h-]r uh1KCh3]r hLX Offr
r }r (hj hj ubaubah!jU ubj> )r¡ }r¢ (hU h#}r£ (h)]r¤ h+]r¥ h']r¦ h%]r§ h-]r¨ uhjH h3]r© hP)rª }r« (hX Divide the image by the alpha channel before processing, and re-multiply it afterwards. Use if the input images are premultiplied.r¬ hj¡ hhh!hTh#}r (h)]r® h+]r¯ h']r° h%]r± h-]r² uh1KCh3]r³ hLX Divide the image by the alpha channel before processing, and re-multiply it afterwards. Use if the input images are premultiplied.r´
rµ }r¶ (hj¬ hjª ubaubah!jU ubeh!j ubj4 )r· }r¸ (hU h#}r¹ (h)]rº h+]r» h']r¼ h%]r½ h-]r¾ uhjÔ h3]r¿ (j> )rÀ }rÁ (hU h#}r (h)]rà h+]rÄ h']rÅ h%]rÆ h-]rÇ uhj· h3]rÈ hP)rÉ }rÊ (hX Invert Mask / ``maskInvert``rË hjÀ hhh!hTh#}rÌ (h)]rÍ h+]rÎ h']rÏ h%]rÐ h-]rÑ uh1KEh3]rÒ (hLX Invert Mask / rÓ
rÔ }rÕ (hX Invert Mask / rÖ hjÉ ubjý )r× }rØ (hX ``maskInvert``rÙ h#}rÚ (h)]rÛ h+]rÜ h']rÝ h%]rÞ h-]rß uhjÉ h3]rà hLX
maskInvertrá
râ }rã (hU hj× ubah!j ubeubah!jU ubj> )rä }rå (hU h#}ræ (h)]rç h+]rè h']ré h%]rê h-]rë uhj· h3]rì hP)rí }rî (hX Booleanrï hjä hhh!hTh#}rð (h)]rñ h+]rò h']ró h%]rô h-]rõ uh1KEh3]rö hLX Booleanr÷
rø }rù (hjï hjí ubaubah!jU ubj> )rú }rû (hU h#}rü (h)]rý h+]rþ h']rÿ h%]r h-]r uhj· h3]r hP)r }r (hX Offr hjú hhh!hTh#}r (h)]r h+]r h']r h%]r
h-]r uh1KEh3]r hLX Offr
r }r (hj hj ubaubah!jU ubj> )r }r (hU h#}r (h)]r h+]r h']r h%]r h-]r uhj· h3]r hP)r }r (hX> When checked, the effect is fully applied where the mask is 0.r hj hhh!hTh#}r (h)]r h+]r h']r h%]r h-]r! uh1KEh3]r" hLX> When checked, the effect is fully applied where the mask is 0.r#
r$ }r% (hj hj ubaubah!jU ubeh!j ubj4 )r& }r' (hU h#}r( (h)]r) h+]r* h']r+ h%]r, h-]r- uhjÔ h3]r. (j> )r/ }r0 (hU h#}r1 (h)]r2 h+]r3 h']r4 h%]r5 h-]r6 uhj& h3]r7 hP)r8 }r9 (hX
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rC }rD (hX Mix / rE hj8 ubjý )rF }rG (hX ``mix``rH h#}rI (h)]rJ h+]rK h']rL h%]rM h-]rN uhj8 h3]rO hLX mixrP
rQ }rR (hU hjF ubah!j ubeubah!jU ubj> )rS }rT (hU h#}rU (h)]rV h+]rW h']rX h%]rY h-]rZ uhj& h3]r[ hP)r\ }r] (hX Doubler^ hjS hhh!hTh#}r_ (h)]r` h+]ra h']rb h%]rc h-]rd uh1KGh3]re hLX Doublerf
rg }rh (hj^ hj\ ubaubah!jU ubj> )ri }rj (hU h#}rk (h)]rl h+]rm h']rn h%]ro h-]rp uhj& h3]rq hP)rr }rs (hX 1hji hhh!hTh#}rt (h)]ru h+]rv h']rw h%]rx h-]ry uh1KGh3]rz hLX 1
r{ }r| (hX 1hjr ubaubah!jU ubj> )r} }r~ (hU h#}r (h)]r h+]r h']r h%]r h-]r uhj& h3]r
hP)r }r (hX: Mix factor between the original and the transformed image.r hj} hhh!hTh#}r (h)]r h+]r h']r h%]r h-]r uh1KGh3]r hLX: Mix factor between the original and the transformed image.r
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