fromsklearn.mixtureimportGaussianMixturefromsklearn.datasetsimportload_irisfromsklearn.model_selectionimporttrain_test_splitfromskl2onnximportto_onnxfromonnx_array_api.referenceimportcompare_onnx_executionfromonnx_array_api.plotting.text_plotimportonnx_simple_text_plotdata=load_iris()X_train,X_test=train_test_split(data.data)model=GaussianMixture()model.fit(X_train)

onx=to_onnx(model,X_train[:1],options={id(model):{"score_samples":True}},target_opset=12)print(onnx_simple_text_plot(onx))

opset: domain='' version=12input: name='X' type=dtype('float64') shape=['', 4]init: name='Ad_Addcst' type=float64 shape=(1,) -- array([7.35150827])init: name='Ge_Gemmcst' type=float64 shape=(4, 4)init: name='Ge_Gemmcst1' type=float64 shape=(4,) -- array([-7.51792282, -7.89910213,  4.37651563,  3.02521798])init: name='Mu_Mulcst' type=float64 shape=(1,) -- array([-0.5])init: name='Ad_Addcst1' type=float64 shape=(1,) -- array([3.24465589])init: name='Ad_Addcst2' type=float64 shape=(1,) -- array([0.])Gemm(X, Ge_Gemmcst, Ge_Gemmcst1, alpha=1.00, beta=1.00) -> Ge_Y0  ReduceSumSquare(Ge_Y0, axes=[1], keepdims=1) -> Re_reduced0    Concat(Re_reduced0, axis=1) -> Co_concat_result0      Add(Ad_Addcst, Co_concat_result0) -> Ad_C02        Mul(Ad_C02, Mu_Mulcst) -> Mu_C0          Add(Mu_C0, Ad_Addcst1) -> Ad_C01            Add(Ad_C01, Ad_Addcst2) -> Ad_C0              ArgMax(Ad_C0, axis=1) -> label              ReduceLogSumExp(Ad_C0, axes=[1], keepdims=1) -> score_samples              Sub(Ad_C0, score_samples) -> Su_C0                Exp(Su_C0) -> probabilitiesoutput: name='label' type=dtype('int64') shape=['', 1]output: name='probabilities' type=dtype('float64') shape=['', 1]output: name='score_samples' type=dtype('float64') shape=['', 1]

onx2=to_onnx(model,X_train[:1],options={id(model):{"score_samples":True}},black_op={"ReduceLogSumExp"},target_opset=12,)print(onnx_simple_text_plot(onx2))

opset: domain='' version=12input: name='X' type=dtype('float64') shape=['', 4]init: name='Ad_Addcst' type=float64 shape=(1,) -- array([7.35150827])init: name='Ge_Gemmcst' type=float64 shape=(4, 4)init: name='Ge_Gemmcst1' type=float64 shape=(4,) -- array([-7.51792282, -7.89910213,  4.37651563,  3.02521798])init: name='Mu_Mulcst' type=float64 shape=(1,) -- array([-0.5])init: name='Ad_Addcst1' type=float64 shape=(1,) -- array([3.24465589])init: name='Ad_Addcst2' type=float64 shape=(1,) -- array([0.])Gemm(X, Ge_Gemmcst, Ge_Gemmcst1, alpha=1.00, beta=1.00) -> Ge_Y0  Mul(Ge_Y0, Ge_Y0) -> Mu_C01    ReduceSum(Mu_C01, axes=[1], keepdims=1) -> Re_reduced0      Concat(Re_reduced0, axis=1) -> Co_concat_result0        Add(Ad_Addcst, Co_concat_result0) -> Ad_C02          Mul(Ad_C02, Mu_Mulcst) -> Mu_C0            Add(Mu_C0, Ad_Addcst1) -> Ad_C01              Add(Ad_C01, Ad_Addcst2) -> Ad_C0                ArgMax(Ad_C0, axis=1) -> label                ReduceMax(Ad_C0, axes=[1], keepdims=1) -> Re_reduced03                Sub(Ad_C0, Re_reduced03) -> Su_C01                  Exp(Su_C01) -> Ex_output0                    ReduceSum(Ex_output0, axes=[1], keepdims=1) -> Re_reduced02                      Log(Re_reduced02) -> Lo_output0                  Add(Lo_output0, Re_reduced03) -> score_samples                Sub(Ad_C0, score_samples) -> Su_C0                  Exp(Su_C0) -> probabilitiesoutput: name='label' type=dtype('int64') shape=['', 1]output: name='probabilities' type=dtype('float64') shape=['', 1]output: name='score_samples' type=dtype('float64') shape=['', 1]

res1,res2,align,dc=compare_onnx_execution(onx,onx2,verbose=1)print("------------")text=dc.to_str(res1,res2,align)print(text)

[compare_onnx_execution] generate inputs[compare_onnx_execution] execute with 1 inputs[compare_onnx_execution] execute first model[compare_onnx_execution] got 21 results[compare_onnx_execution] execute second model[compare_onnx_execution] got 21 results (first model)[compare_onnx_execution] got 27 results (second model)[compare_onnx_execution] compute edit distance[compare_onnx_execution] got 27 pairs[compare_onnx_execution] done------------001 = | INITIA float64  1:1                  HAAA                 Ad | INITIA float64  1:1                  HAAA                 Ad002 = | INITIA float64  2:4x4                ADZF                 Ge | INITIA float64  2:4x4                ADZF                 Ge003 = | INITIA float64  1:4                  TTED                 Ge | INITIA float64  1:4                  TTED                 Ge004 = | INITIA float64  1:1                  AAAA                 Mu | INITIA float64  1:1                  AAAA                 Mu005 = | INITIA float64  1:1                  DAAA                 Ad | INITIA float64  1:1                  DAAA                 Ad006 = | INITIA float64  1:1                  AAAA                 Ad | INITIA float64  1:1                  AAAA                 Ad007 = | INPUT  float64  2:1x4                AAAA                 X  | INPUT  float64  2:1x4                AAAA                 X008 = | RESULT float64  2:1x4                TTFF Gemm            Ge | RESULT float64  2:1x4                TTFF Gemm            Ge009 + |                                                              | RESULT float64  2:1x4                EBFD Mul             Mu010 ~ | RESULT float64  2:1x1                PAAA ReduceSumSquare Re | RESULT float64  2:1x1                PAAA ReduceSum       Re011 = | RESULT float64  2:1x1                PAAA Concat          Co | RESULT float64  2:1x1                PAAA Concat          Co012 = | RESULT float64  2:1x1                XAAA Add             Ad | RESULT float64  2:1x1                XAAA Add             Ad013 = | RESULT float64  2:1x1                PAAA Mul             Mu | RESULT float64  2:1x1                PAAA Mul             Mu014 = | RESULT float64  2:1x1                SAAA Add             Ad | RESULT float64  2:1x1                SAAA Add             Ad015 = | RESULT float64  2:1x1                SAAA Add             Ad | RESULT float64  2:1x1                SAAA Add             Ad016 = | RESULT int64    2:1x1                AAAA ArgMax          la | RESULT int64    2:1x1                AAAA ArgMax          la017 + |                                                              | RESULT float64  2:1x1                SAAA ReduceMax       Re018 + |                                                              | RESULT float64  2:1x1                AAAA Sub             Su019 + |                                                              | RESULT float64  2:1x1                BAAA Exp             Ex020 + |                                                              | RESULT float64  2:1x1                BAAA ReduceSum       Re021 + |                                                              | RESULT float64  2:1x1                AAAA Log             Lo022 ~ | RESULT float64  2:1x1                SAAA ReduceLogSumExp sc | RESULT float64  2:1x1                SAAA Add             sc023 = | RESULT float64  2:1x1                AAAA Sub             Su | RESULT float64  2:1x1                AAAA Sub             Su024 = | RESULT float64  2:1x1                BAAA Exp             pr | RESULT float64  2:1x1                BAAA Exp             pr025 = | OUTPUT int64    2:1x1                AAAA                 la | OUTPUT int64    2:1x1                AAAA                 la026 = | OUTPUT float64  2:1x1                BAAA                 pr | OUTPUT float64  2:1x1                BAAA                 pr027 = | OUTPUT float64  2:1x1                SAAA                 sc | OUTPUT float64  2:1x1                SAAA                 sc

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