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( zr&cd|jvr.tjd||jd|jdStd|d)NDefaultTensorTypezDget_tensor_type returns DefaultTensorType for tensor name %r, use %dz)Unable to find data type for weight_name=a7. shape_inference failed to return a type probably this node is from a different domain or using an input produced by such an operator. This may happen if you quantize a model already quantized. 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Zero Point == 0 and Scale == Input_Scale * Weight_Scale z Expected z5 to be in quantized value map for static quantizationNrr) node_type node_qtype)rSrlr.rr8rrrNr2rLr<rcrnrorWr[rrYrrrrir~quantize_bias_static_implr r Initializer)rVrKrrJbetaweight_scale_nameweight_initializerrHrrinputscale_initializerrGweight_zp_nameweight_zp_initrzrXbias_initializer did_updatenew_weight_scalequantized_bias_namequantized_bias_scale_namequantized_bias_zp_namebias_scale_datarrquantized_values r$quantize_bias_staticz"ONNXQuantizer.quantize_bias_statics 0 0 0+I6= =!4[AL)*;TZ=S=S=U=UVV,-?@@  1 1 1#7 CN   43 3 3+/+H+H+T+T (AAqqjjjjkk k!-.> @V@V@X@X!Y!Y+,BCC 1+>F%ndj6L6L6N6NOOJXJdD-66~FFFjn)  )!& *%))++ *!j&<&A%CCC+Itz7M7M7O7OPP +/+S+S  ,, (J( 0'' 5EFFF/   * *9k +""r&c8||jvp||jvp||jvS)zq only check for value info and newly generated tensor names, initializers are checked separately )r<rHrUrs r$contains_tensorzONNXQuantizer.contains_tensorJs4 D, , ;t00 ;t99 r&c :|||dddd|S)NFrrIindicesinitializer_use_weight_qTyperXop_level_per_channelrp from_subgraph_ONNXQuantizer__quantize_inputs)rVrIrrs r$quantize_activationz!ONNXQuantizer.quantize_activationTs4%%).!&'&   r&rc :|||d||||S)NTrr)rVrIrrXrrprs r$quantize_weightzONNXQuantizer.quantize_weightas6%%)-%!5'&   r&Tc g}g} g} g} |D]4} |j| } | |jvr\|j| }||j| |j| |ju| s@| d|d| dt | |j}||j r2|r0| |j |r|j n|j ||\}}}n)|||r|j n|j |\}}}| || ||||| r|j| dz|j|j}||j| }||jvrj|j|}|dsJd|d|jdsJd|d|jjj}n$||jvsJd |d |j|}||| |j | }|d S|r||n| ||d }|jdkr\| |j||jd| |jd9| |jd||jd| |jd|jz|j|| g||||d\}}}}| |d||d| |dtAd| d|j!| | || fS)a Given a node, this function quantizes the inputs as follows: - If input is an initializer, quantize the initializer data, replace old initializer with new initializer - Else, add QuantizeLinear nodes to perform quantization parameter node: node being quantized in NodeProto format. parameter indices: input indices to quantize. return: (List of quantized input names, List of zero point names used for input quantization, List of scale names used for input quantization, List of new QuantizeLinear nodes created) rNr4rpz value_info=z has no type.rz is not a tensor.zshape inference failed for zF and attribute 'tensor_names' does not have any value for this tensor.r6)NNNNrrrrT)rrXrrprz!Invalid tensor name to quantize: z @graph scope)"r?rSrr.r<rlrr8rrWquantize_weight_per_channelr!rYrZquantize_initializerrfind_node_by_namerFr:r<rrprrrHr?rr}rzr>rgrrLrG)rVrIrrrXrrpr scale_nameszero_point_namesquantized_input_namesrr7 node_inputrr q_weight_namer<r.r=rr;rquantize_input_nodesparent_quantized_input_namesparent_zero_point_namesparent_scale_namesrs r$__quantize_inputszONNXQuantizer.__quantize_inputsts.  ""c rc rKK0JT555"&"::"F""?#=>>> ''(?@@@%,,_-CDDD %,,R000""2&&& ''+++&z4:3I3I3K3KLLK&#(< 88#(-Id))tOd$  %" :>9R9R#-Id))tOd$::6M7J &,,];;; ''000"":....%%j11; r#z;;!22DNDJDTDTDVDV    '!%K!8J!T%555%)%5j%A )226::cc>>>,*,,, ?>> (,'8'D +/+I+Ik4+@|,J,,(,3777$;**+?@@@@ %9:::#7#;L'+;;;)001DEEE&&|'9!'<===$++L,>q,ABBBB)001DQ1GHHH&&|':1'=>>>$++L,?,BCCCC( K11 M1M!-)="&2 0+&&,,-I!-LMMM""#5a#8999 ''(?(BCCCC!!pZ!p!p^b^n!p!pqqq$&6 UJJr&c|j|jvr&|j|j}|j|j|jfS|||||\}}}t |j|||tjd}||j|j<|||fS)a :param weight: TensorProto initializer :param qType: type to quantize to :param keep_float_weight: Whether to quantize the weight. In some cases, we only want to qunatize scale and zero point. If keep_float_weight is False, quantize the weight, or don't quantize the weight. :return: quantized weight name, zero point name, scale name N) r!rSrlr<r.quantize_initializer_implr r r) rVrrrXkeep_float_weightrrr<r.s r$rz"ONNXQuantizer.quantize_initializers ;$2 2 2"6v{CO&'*  .2-K-K E<):. . * w ) K     *    1@ -gz11r&c||jvr!|j|}|j|j|jfS||||||\}}} t ||| |t jd}||j|<||| fSr)rSrlr<r. quantize_weight_per_channel_implr r r) rVrJrY channel_axisrXrrrr<r.s r$rz)ONNXQuantizer.quantize_weight_per_channels $2 2 2"6{CO&'*  .2-R-R |\CT. . * w )      *    1@ -gz11r&cf||jvr&||jvr|j|}t|j|j}|jjjdks|jjjdkr.|,|*tj |j dksJ|dz}|j ||j |j }|9|j|j|jg}tjd||g|}|S||jdksJdS)a Given a value (input/output) which is quantized, add a DequantizeLinear node to dequantize it back to float32 or float16 parameter value_name: value to dequantize parameter new_nodes_list: List of new nodes created before processing current node return: None if there is already a DequantizeLinear node that dequantizes it A DequantizeLinear node otherwise r`Nr_DequantizeLinearrr)rSrUrr.r8rrarcrnror[rrFr:rlr<rdr~r>)rV value_namerrw dqlinear_name dqlinear_nodedqlinear_inputsdequantize_nodes r$_dequantize_valuezONNXQuantizer._dequantize_value8sK $2 2 24Ke9e9e"6zBO&o&@$*BXBXBZBZ[[Jz-1AAA  .2BBBzG]")T->-G-G -S-S-X\]-]-]-]]&)<rr!rFr)rVr>rs r$rz!ONNXQuantizer._dequantize_outputs_s`j&&((/ 7 7F"44V[AAO*%%o666 7 7r&c Z|jdS|i}|jD]}|j|}t|ts#t dt |d|d|j|i}|j}d|vr |dj }d|vrd|vr|d|d}}n|tj j krt||jd\}}n|d |jd }|d |jd} |d |j} |d d} t%|| | \} } t'|| | | | |j\}}t+|||||<|S)Nrrr) default_valrrrrrfrrg symmetricrXF)rXr)rrr)r[adjust_tensor_rangesrrrrptensor_quant_overridesget_per_tensor_overridesrZrrcr FLOAT8E4M3FNravg_stdget range_valueis_activation_symmetricrrmin_real_ranger)rVrNrtdquant_overridesrzerorrfrgrrXqminqmaxs r$rMz+ONNXQuantizer.calculate_quantization_paramsks   %4 !!### - w wK#K0Bb*-- T R488 R R+ R R RSSS"9RRS^lnRooO.J..,\:F /))lo.M.M-l;_W=Uet/<<<5j"*Q-PP ee&**62>!3DEE&**62>!3DEE+// T=YZZ .22>5II 4Zlfoppp d.tT4yRVReff e/ATY^ku/v/v/v  , ,""r&r)F)NN)NNN)r)FFrF)TFFrF)FF)TF)'__name__ __module__ __qualname__r7rmrrrrrhrrrrrrr2r?rArVrndarrayrrcrbooltuplerir~rrrrrrrrrrMrr&r$rr&sFMFMFMFMR///> f f fD   <<< + + + Z   "22 A A ARARARAh\7\7\7|9P9P9P9PxaeD&D&D&D&L" ########J6%Z6%j6% 6% ! 6%  6% tRZ$&& '6%6%6%6%p$1c$1bj$1T$1$1$1$1LF#F#F#F#P        ""     .&*" AKAKAKAKF2222L 2222@%%%N 7 7 7 # # # # #r&r)#rnumpyrrconnx.numpy_helperrrbase_quantizerrr calibrater onnx_modelr quant_utilsr r r r r rrrrrrrrrrrrregistryrrrr&r$rs  &&&&&&========!!!!!!!!!!!!&('''''e#e#e#e#e#Me#e#e#e#e#r&