initial commit

tests/fixtures/sample_mme/MME.ini

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+[Test]
+test_number = IMPAKT_SYNTH_001
+test_date = 2024-06-15
+test_type = Full Frontal Rigid Barrier
+test_speed = 56.3
+test_facility = Impakt Synthetic Data Generator
+test_standard = FMVSS 208
+description = Synthetic frontal crash test for Impakt development and testing
+
+[Vehicle]
+vehicle_make = Synthetic
+vehicle_model = TestCar
+vehicle_year = 2024
+vehicle_vin = IMPAKT0000000001
+vehicle_mass = 1523.0
+vehicle_type = Passenger Car
+
+[Barrier]
+barrier_type = Rigid
+impact_angle = 0
+overlap_percent = 100
+impact_side = Front
+
+[Dummy]
+dummy_type = Hybrid III 50th Percentile Male
+dummy_serial = H3-50M-SYNTH-001
+dummy_position = Driver
+dummy_mass = 78.0
+restraint_type = 3-point belt + frontal airbag
+seat_position = Mid-track, mid-height
+
+[DataAcquisition]
+sample_rate = 20000
+pre_trigger_ms = 10
+total_duration_ms = 210
+num_channels = 28

tests/fixtures/sample_mme/channels/10BPILLE00ACXA.chn

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+[Channel]
+channel_code = 10BPILLE00ACXA
+description = Left B-Pillar X Acceleration
+unit = g
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 60
+data_format = ascii

tests/fixtures/sample_mme/channels/10STCL0000DSXA.chn

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+[Channel]
+channel_code = 10STCL0000DSXA
+description = Steering Column Displacement
+unit = mm
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 60
+data_format = ascii

tests/fixtures/sample_mme/channels/11BELT0000FOXA.chn

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+[Channel]
+channel_code = 11BELT0000FOXA
+description = Lap Belt Force
+unit = N
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 60
+data_format = ascii

tests/fixtures/sample_mme/channels/11BELTUPOOFOZA.chn

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+[Channel]
+channel_code = 11BELTUPOOFOZA
+description = Shoulder Belt Force
+unit = N
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 60
+data_format = ascii

tests/fixtures/sample_mme/channels/11CHST0000ACXA.chn

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+[Channel]
+channel_code = 11CHST0000ACXA
+description = Chest T12 X Acceleration
+unit = g
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 180
+data_format = ascii

tests/fixtures/sample_mme/channels/11CHST0000ACYA.chn

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+[Channel]
+channel_code = 11CHST0000ACYA
+description = Chest T12 Y Acceleration
+unit = g
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 180
+data_format = ascii

tests/fixtures/sample_mme/channels/11CHST0000ACZA.chn

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+[Channel]
+channel_code = 11CHST0000ACZA
+description = Chest T12 Z Acceleration
+unit = g
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 180
+data_format = ascii

tests/fixtures/sample_mme/channels/11CHST0000DCXA.chn

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+[Channel]
+channel_code = 11CHST0000DCXA
+description = Chest Deflection
+unit = mm
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 180
+data_format = ascii

tests/fixtures/sample_mme/channels/11FEMRLE00FOZA.chn

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+[Channel]
+channel_code = 11FEMRLE00FOZA
+description = Left Femur Axial Force
+unit = N
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 600
+data_format = ascii

tests/fixtures/sample_mme/channels/11FEMRRI00FOZA.chn

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+[Channel]
+channel_code = 11FEMRRI00FOZA
+description = Right Femur Axial Force
+unit = N
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 600
+data_format = ascii

tests/fixtures/sample_mme/channels/11HEAD0000ACXA.chn

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+[Channel]
+channel_code = 11HEAD0000ACXA
+description = Head CG X Acceleration
+unit = g
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 1000
+data_format = ascii

tests/fixtures/sample_mme/channels/11HEAD0000ACYA.chn

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+[Channel]
+channel_code = 11HEAD0000ACYA
+description = Head CG Y Acceleration
+unit = g
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 1000
+data_format = ascii

tests/fixtures/sample_mme/channels/11HEAD0000ACZA.chn

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+[Channel]
+channel_code = 11HEAD0000ACZA
+description = Head CG Z Acceleration
+unit = g
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 1000
+data_format = ascii

tests/fixtures/sample_mme/channels/11HEAD0000AVXA.chn

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+[Channel]
+channel_code = 11HEAD0000AVXA
+description = Head Angular Velocity X
+unit = rad/s
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 600
+data_format = ascii

tests/fixtures/sample_mme/channels/11HEAD0000AVYA.chn

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+[Channel]
+channel_code = 11HEAD0000AVYA
+description = Head Angular Velocity Y
+unit = rad/s
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 600
+data_format = ascii

tests/fixtures/sample_mme/channels/11HEAD0000AVZA.chn

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+[Channel]
+channel_code = 11HEAD0000AVZA
+description = Head Angular Velocity Z
+unit = rad/s
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 600
+data_format = ascii

tests/fixtures/sample_mme/channels/11NECKUP00FOXA.chn

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+[Channel]
+channel_code = 11NECKUP00FOXA
+description = Upper Neck Shear Force X
+unit = N
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 600
+data_format = ascii

tests/fixtures/sample_mme/channels/11NECKUP00FOZA.chn

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+[Channel]
+channel_code = 11NECKUP00FOZA
+description = Upper Neck Axial Force
+unit = N
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 600
+data_format = ascii

tests/fixtures/sample_mme/channels/11NECKUP00MOXA.chn

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+[Channel]
+channel_code = 11NECKUP00MOXA
+description = Upper Neck Moment X
+unit = N·m
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 600
+data_format = ascii

tests/fixtures/sample_mme/channels/11NECKUP00MOYA.chn

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+[Channel]
+channel_code = 11NECKUP00MOYA
+description = Upper Neck Moment Y (Flexion)
+unit = N·m
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 600
+data_format = ascii

tests/fixtures/sample_mme/channels/11PELV0000ACXA.chn

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+[Channel]
+channel_code = 11PELV0000ACXA
+description = Pelvis X Acceleration
+unit = g
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 180
+data_format = ascii

tests/fixtures/sample_mme/channels/11PELV0000ACYA.chn

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+[Channel]
+channel_code = 11PELV0000ACYA
+description = Pelvis Y Acceleration
+unit = g
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 180
+data_format = ascii

tests/fixtures/sample_mme/channels/11PELV0000ACZA.chn

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+[Channel]
+channel_code = 11PELV0000ACZA
+description = Pelvis Z Acceleration
+unit = g
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 180
+data_format = ascii

tests/fixtures/sample_mme/channels/11TIBILEUOFOZA.chn

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+[Channel]
+channel_code = 11TIBILEUOFOZA
+description = Left Upper Tibia Axial Force
+unit = N
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 600
+data_format = ascii

tests/fixtures/sample_mme/channels/11TIBILEUOMOXA.chn

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+[Channel]
+channel_code = 11TIBILEUOMOXA
+description = Left Upper Tibia Moment X
+unit = N·m
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 600
+data_format = ascii

tests/fixtures/sample_mme/channels/11TIBILEUOMOYA.chn

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+[Channel]
+channel_code = 11TIBILEUOMOYA
+description = Left Upper Tibia Moment Y
+unit = N·m
+sample_rate = 20000
+num_samples = 4200
+dt = 0.0000500000
+pre_trigger = 200
+cfc = 600
+data_format = ascii