g^(h6UddlZddlmZmZmZmZddlZddlmcm Z ddl mcm cm Z ddlmcm cm cmZddlmcm cm cmZddlmcm cm cmcmZddlmcm cmZddlmcm cmcmZddlmcm cmZddlmcm cmcmZddlmcm cmcm Z!ddl"Zddl#m cm$Z%ddlm Z ddl&m'Z'm(Z(ddl)m*Z*m+Z+ddl,m-Z-ddl.m/Z/gdZ0e+ejbe*ejde jfe!jfe jhe!jhe jje!jje jle!jle jne!jne jpe!jpe jre!jre jte!jte jve!jve jxe!jxe jze!jze j|e!j|e j~e!j~iZ@eAeefeBd <ie+ejbe*ejde jeje jeje jeje jhejhe jjejje jlejle jnejne jpejpe jrejre jeje jtejte jvejve jeje jeje jejie jeje jeje jeje jeje jjjejfe jfejfe jeje jeje jejejeje jeje jeje jeje jeje jeje jeje jejie jeje jeje jejejejhejejjejejlejejejejejejejejejejejejejejfejfejfejjejjejlejlZfeAeefeBd <e jjejje jlejle jfejfe jjjejfe jeje jeje jeje jeje jeje jeje jeje jeje jeje jejiZgeAeefeBd <e jxejxe jfejfejfejfe jjjejfe j~ej~e jeje jzejze j|ej|e jeje jvejve jtejti ZieAeefeBd <e jhZkeleeBd <e%jejj$je%jejj$je%jejj$je%jejj$je%jejj$je%jejj$jiZteAeeeufefeBd<e je'e je'e je'e je(iZzeAeefeBd<e jfe jj$jfiZ|eAeefeBd<e jfe jj$j*jfiZ}eAeefeBd<delefdZ~deAeeffdZdeAeeffdZdeAeeffdZdeAeeffdZ d*dedeeAeefdedefdZ d+dedeeAeefdefdZdeAeeffdZdeAeeffdZdeAeeffd ZdeAeeffd!Zdelefd"Zdelefd#ZdeAeeeufeffd$Zd%eeeufdefd&Zd'ejjdeefd(Zd'ejjdefd)Zy),N)AnyCallableOptionalUnion)nn)+default_fixed_qparams_range_0to1_fake_quant.default_fixed_qparams_range_neg1to1_fake_quant) DeQuantStub QuantStub)get_combined_dict)type_before_parametrizations).DEFAULT_REFERENCE_STATIC_QUANT_MODULE_MAPPINGS$DEFAULT_STATIC_QUANT_MODULE_MAPPINGSDEFAULT_QAT_MODULE_MAPPINGS%DEFAULT_DYNAMIC_QUANT_MODULE_MAPPINGS,DEFAULT_FLOAT_TO_QUANTIZED_OPERATOR_MAPPINGS"DEFAULT_MODULE_TO_ACT_POST_PROCESS+DEFAULT_STATIC_SPARSE_QUANT_MODULE_MAPPINGS,DEFAULT_DYNAMIC_SPARSE_QUANT_MODULE_MAPPINGSno_observer_set(get_default_static_quant_module_mappings2get_default_static_quant_reference_module_mappings*get_embedding_static_quant_module_mappings/get_default_static_sparse_quant_module_mappingsget_static_quant_module_classget_dynamic_quant_module_classget_default_qat_module_mappings!get_embedding_qat_module_mappings)get_default_dynamic_quant_module_mappings0get_default_dynamic_sparse_quant_module_mappings$get_default_qconfig_propagation_list&get_default_compare_output_module_list0get_default_float_to_quantized_operator_mappingsget_quantized_operatorrrrr_INCLUDE_QCONFIG_PROPAGATE_LISTrrrrreturncntjjtjjh}|S)z8These modules cannot have observers inserted by default.)r quantizableLSTMMultiheadAttention) no_observerss i/var/www/skyplay_api_hub/venv/lib/python3.12/site-packages/torch/ao/quantization/quantization_mappings.pyrrs&NN'')J)JKL c4tjtS)z8Get module mapping for post training static quantization)copydeepcopyrr-r,rrs === >>r-c4tjtS)zBGet reference module mapping for post training static quantization)r/r0rr1r-r,rrs ==G HHr-ctjt}tj|t j<tj |t j <|S)z7Get module mapping, including mapping for embedding QAT)r/r0rnnq EmbeddingBagnnqat Embeddingmappings r,rrs>mm@AG"%"2"2GE  "}}GEOO Nr-c4tjtS)z?Get module mapping for post training static sparse quantization)r/r0rr1r-r,rrs ==D EEr-float_module_classadditional_static_quant_mapping is_referencec|i}t|rtnt|}|j|d}|Jdt |dzt j |S)zen Get the statically quantized module class corresponding to the floating point module class NFloating point module class 5 does not have a corresponding quantized module class)r rrgetstrr/r0)r;r<r= all_mappingsstatic_quant_module_classs r,rrs}'.*,'$  7 1' L !- 0 01CT J $ 0 &s+='>&?@ A B 0 ==2 33r- additional_dynamic_quant_mappingc|i}tt|}|j|d}|Jdt|dzt j |S)zfn Get the dynamically quantized module class corresponding to the floating point module class Nr?r@)r rrArBr/r0)r;rErCdynamic_quant_module_classs r,rrsu(/+-($-/OL".!1!12Dd!K % 1 &s+='>&?@ A B 1 ==3 44r-c4tjtS)z:Get default module mapping for quantization aware training)r/r0rr1r-r,rrs ==4 55r-ctjt}tj|t j<tj |t j <|S)zGet module mapping for quantization aware training This is includes default values in addition to enabling qat for embeddings. )r/r0rr6r5rr7r8s r,rrs> mm78G$11GBOO!OOGBLL Nr-ctS)z9Get module mapping for post training dynamic quantization)rr1r-r,rr*s 00r-ctS)z@Get module mapping for post training dynamic sparse quantization)rr1r-r,r r /s 77r-cttjttjzttjzt z}t j|S)z_Get the default list of module types that we'll attach qconfig attribute to in prepare )setrkeysrrr%r/r0)#QCONFIG_PROPAGATE_MODULE_CLASS_LISTs r,r!r!4se 0 5 5 78 )..0 1 2 388: ; < * *( ==< ==r-cttjttjzttjzttj zttj zttj zt z}tj|S)zSGet list of module class types that we will record output in numeric suite ) rMrvaluesrrrNr%r/r0).NUMERIC_SUITE_COMPARE_MODEL_OUTPUT_MODULE_LISTs r,r"r"As 0 7 7 9: )002 3 4 3::< = > 2779 : ; )..0 1  2 388: ;  < *  *3 ==G HHr-c4tjtSN)r/r0rr1r-r,r#r#Qs ==E FFr-float_opc^tj|d}|Jdt|d|S)z>Get the quantized operator corresponding to the float operatorNz Operator z) does not have corresponding quantized op)rrArB)rU quantized_ops r,r$r$Xs@?CCHdSL L 3x=/!JKL r-modulec@tjt|dS)zGet the special activation post process for `module`, this has higher priority than the activation post process in `qconfig` e.g. input: torch.nn.Sigmoid output: default_affine_fixed_qparam_fake_quant N)rrAr rXs r,_get_special_act_post_processr[as! . 1 1$V,d r-c@|jxrt|tvSrT)trainingtyperrZs r,_has_special_act_post_processr_ms ?? QtF|/QQQr-)NFrT)r/typingrrrrtorch torch.ao.nnaorao_nntorch.ao.nn.intrinsic intrinsicnnitorch.ao.nn.intrinsic.qatqatnniqattorch.ao.nn.intrinsic.quantized quantizednniq'torch.ao.nn.intrinsic.quantized.dynamicdynamicnniqdtorch.ao.nn.qatr6torch.ao.nn.qat.dynamicnnqatdtorch.ao.nn.quantizedr4torch.ao.nn.quantized.dynamicnnqdtorch.ao.nn.quantized.reference referencennqrtorch.ao.nn.sparsetorch.nn.functional functionalF#torch.ao.quantization.fake_quantizerr torch.ao.quantization.stubsr r torch.ao.quantization.utilsr torch.nn.utils.parametrizer __all__Quantize DeQuantizeLinearConv1dConv2dConv3dConvTranspose1dConvTranspose2dConvTranspose3dr7r5GRUCellLSTMCellRNNCellr)rdict__annotations__ BatchNorm2d BatchNorm3dDropoutELU GroupNorm HardswishInstanceNorm1dInstanceNorm2dInstanceNorm3d LayerNorm LeakyReLUmoduleslinearNonDynamicallyQuantizableLinearReLU6PReLUFloatFunctional QFunctionalBNReLU2dBNReLU3d ConvReLU1d ConvReLU2d ConvReLU3d ConvAdd2d ConvAddReLU2d LinearReLULinearLeakyReLU LinearTanhConvBn1dConvBn2dConvBn3d ConvBnReLU1d ConvBnReLU2d ConvBnReLU3d LinearBn1drrGRUr Sequentialr%rMeluops hardswish instance_norm layer_norm leaky_reludropoutrrB HardsigmoidSigmoidSoftmaxTanhrsparserrrrrrrboolrrrrrr r!r"r#r$Moduler[r_r1r-r,rs  11 ##**..777((##,,..?9C 8s||IIt{{IIt{{IIt{{IIt{{,,,,,,LL$..OOT&&JJ KKJJ GGTYYG.Xs]0C&6= s||6=6=NNCOO6=NNCOO 6= JJ 6= IIszz 6=IIszz6=IIszz6=++6=++6=++6=FFCGG6=LL#--6=OOS%%6=LL#--6= LL#--!6="s))#6=$s))%6=&s))'6=(LL#--)6=*LL#--+6=,JJ55szz-6=.IIszz/6=0HHcii16=2JJ 36=4HHcii56=896=<LL$--=6=>LL$--?6=@NNDOOA6=BNNDOOC6=DNNDOOE6=FMM4>>G6=Ht))I6=JNNDOOK6=L--M6=NNNDOOO6=P OOSZZQ6=R OOSZZS6=T OOSZZU6=V W6=X Y6=Z [6=\ t]6=^ t_6=` ta6=b szzc6=f LL#**g6=h LL#**i6=j LL#**k6=$d8S=&96tIIu||IIu||IIu||JJ55u||LL&//LL&//LL&//f))f))f))NNF%%NNF%%NNF%%NNF%%4T(C-0(JJ IIt{{ MM4;;JJ55t{{GGTYYFFDHHKKJJ NNE$$OOS%%LL#-->%tHcM':0MM2XEE599   " "KK$$..OOUYY((66LL%))%%00LL%))%%00IIuyy""** V,d533G3Q.RNN?JJ;JJ;GG ; @"D8);$<IIu||%%,,D+T(C--@ IIu||%%--44E,d8S=.A S ?$x}2E? 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