3j PSSKJrJrJrJrJr SSKrSS\S\\SS4Sjjr SS\ "S54S SS4S \\R\ \\ \ 4\\ 4S \ S \\ S \\\ \ 4S\\ S\\RS\\RS\R4SjjrSS\RS \ S \\\ \ 4SS4SjjrSS\RS \ S \\\ \ 4S\S\ SS4 SjjrSS\\R\ \\S44S\S\\RS\\RS\R4 Sjjrg))AnyListOptionalTupleUnionN batch_size same_on_batchreturnc[U[5(aUS:d[SUS35eUb%[U[5(d[SUS35egg)z0Check valid batch_size and same_on_batch params.rz.`batch_size` shall be a positive integer. Got .Nz&`same_on_batch` shall be boolean. Got ) isinstanceintAssertionErrorbool)rr s d/home/wildlama/miniconda3/lib/python3.13/site-packages/kornia/augmentation/utils/param_validation.py_common_param_checkrs\ z3 ' 'J!OMj\YZ[\\ M4)H)HEm_TUVWW*I ginfjointfactornamecenterboundscheckdevicedtypecUc[R"S5nUc[R"5n[U[R5(d[R "XUS9nUR 5S:XaUS:a[SUSUS35eUbUc[SUSUS35eURS 5[R "S S /URURS9-U-nURUSUS 5RXVS9nO[R"XUS9nUb7US :Xa[XqU5 U$US:Xa[XqU5 U$[SUS35eU$)z9Check inputs and compute the corresponding factor bounds.cpurrrzIf z2 is a single number, it must be non negative. Got r z<`center` and `bounds` cannot be None for single number. Got z, gg?rsingularz methods 'z' not implemented.)torchrget_default_dtyper Tensortensordim ValueErrorrepeatrclampto as_tensor_joint_range_check_singular_range_checkNotImplementedError)rrrrrrr factor_bounds r _range_boundr1sr~e$ }'') fu|| - -f5Azz|q A:s4&(Z[aZbbcde e >V^[\b[cceflemmnop p}}Q'%,,c{6==`f`l`l*mmpvv #))&)VAY?BB&B^ vEJ   G  |6 :  j !,f = & %8J&KL L r ranged_factorcfUc[S5[S54nUR5S:Xaq[U5S:XabUSUS::a USUS:d[USUSUS 35eUSUSs=::aUSs=::a US::dO [US US U35eg[ US US US 35e)zHCheck if bounds[0] <= ranged_factor[0] <= ranged_factor[1] <= bounds[1].N-infrr!r r out of bounds. Expected inside , got r z[0] should be smaller than z[1] got z= should be a torch.Tensor with length 2 whose values between z. Got )floatr'lenr( TypeError)r2rrs rr-r-Is ~-u.aC $6!$;ayM!,,F1IqAQ4Qv%EfXVTaSbbcde eayM!,M a0@MF1IMv%@h}o^_ _NfQRXQYY_`m_nno p  r skip_nonemodec bUS:XaSnOUS:XaSnO[SU35eU(aUcgUc[S5[S54nUR5S :XaB[U5U:Xa3UH,nUS Us=::a US ::aMO [US US US 35e g[ USUSUSU35e)zcCheck if bounds[0] <= ranged_factor[0] <= bounds[1] and bounds[0] <= ranged_factor[1] <= bounds[1].2dr 3dz%'mode' shall be either 2d or 3d. Got Nr4rr!rr5r6r z1 should be a float number or a tuple with length z whose values between z.Got )r(r7r'r8r9)r2rrr:r;dim_sizefs rr.r.Ys t| @GHH]* ~-u.aC $6($BA!9.VAY. D6)I&QWXeWffg!hiifEhZOeflemn / #  r input_range. target_sizec H[R"US/5n[U[R5(Ga[ UR 5S:Xd([ UR 5S:Xap[ U5S:XaaUS:a[ SU35eURS5RX#S9[R"SS/X#S9-nURUSS5nU$[ UR 5S:Xa3[ U5S:Xa$URUSS5RX#S9nU$[ UR 5S:XaZ[ U5US:XaHURS5RSS5RX#S9[R"SS/X#S9-nU$UR U:XaURX#S9nU$[ S[U5SU35e[U[[45(aAUS:a[ SU35e[R"U*U/X#S9RUSS5nU$[U[[45(au[ U5S:Xaf[US[[45(aH[US[[45(a*[R"XUS9RUSS5nU$[U[[45(aS[ U5US:XaA[S U55(a*[R"UVs/sHof*U4PM snX#S9nU$[U[[45(a@[ U5US:Xa.[S U55(a[R"XUS9nU$[!S US US US35es snf)aHGiven target_size, it will generate the corresponding (target_size, 2) range torch.Tensor. This is for element-wise params. Example: >>> degree = torch.tensor([0.2, 0.3]) >>> _tuple_range_reader(degree, 3) # read degree for yaw, pitch and roll. tensor([[0.2000, 0.3000], [0.2000, 0.3000], [0.2000, 0.3000]]) r rr!zCIf input_range is only one number it must be a positive number. GotrzDegrees must be a zA torch.tensor for the degree range for independent operation.Got c3N# UHn[U[[45v M g7fN)r r7r.0xs r &_tuple_range_reader..sA[ 1ucl++[#%c3N# UHn[U[[45v M g7frG)r tuplelistrHs rrKrLsBk 1udm,,krMzcIf not pass a torch.tensor, it must be float, (float, float) for isotropic operation or a tuple of z floats or z/ (float, float) for independent operation. Got r )r#Sizer r%r8shaper(r)r+r& unsqueezerPr7rrOallr9)rBrCrr target_shapeinput_range_tmpss r_tuple_range_readerrXws$::{A./L+u||,,  !! "a 'S1B1B-Cq-HSQ\M]abMbQ #fgrfs!tuu)00366f6RUZUaUaQVO.44\!_aHOj g"" #q (S-=-B)00a!DGGvGcOd a"" #q (S-=a-P)33A6==aCFFfFbejeqeqQfO^ W  , .)nnFnHOT O$T,%7$89"m%  K% . . ?bcnbopq q,, k'B6_ff OQ @ 7 ; ..   ! {1~s| 4 4 {1~s| 4 4,,{OVVWcdeWfhij, ' ; ..   Q / A[A A A,,'EAQ'Efb  ; ..   Q / BkB B B,,{O   qm;{m3bcnboop r  (FsNrG)NFr=)NN)typingrrrrrr#rrrr7r%strrrr1r-r.rXrrr\s$54 XCXXRVX"-.e ,="%)#'' %,,uUE\':DKG H' ' UO' U5%<( ) ' C= ' U\\ " ' EKK ' \\'T  ell  #  xPUV[]bVbPcGd  pt  &-1  <<   U5%<( )       B&*#' Pu||UE#s(O;<PP U\\ "P EKK P  \\ Pr