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jsonpath, Does JSON path return any item for the specified JSON value? '{"a":[1,2,3,4,5]}'::jsonb @? '$.a[*]? (@ > 2)'. @@, jsonpath, Returns the result of. Decimal system, in mathematics, positional numeral system employing 10 as the base and requiring 10 different numerals, the digits 0, 1, 2, 3, 4, 5, 6, 7. In ES6 using Array from() and keys() methods. Array.from(Array(10).keys()) //=> [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]. Shorter version using spread operator.
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.PolynomialFeatures¶

classsklearn.preprocessing.PolynomialFeatures(degree=2, *, interaction_only=False, include_bias=True, order='C')[source]¶

Generate polynomial and interaction features.

Generate a new feature matrix consisting of all polynomial combinations of the features with degree less than or equal to the specified degree. For example, if an input sample is two dimensional and of the form [a, b], the degree-2 polynomial features are [1, a, b, a^2, ab, b^2].

Read more in the User Guide.

Parameters
degreeint or tuple (min_degree, max_degree), default=2

If a single int is given, it specifies the maximal degree of the polynomial features. If a tuple is passed, then is the minimum and is the maximum polynomial degree of the generated features. Note that and are equivalent as outputting the degree zero term is determined by .

interaction_onlybool, default=False

If , only interaction features are produced: features that are products of at most distinct input features, i.e. terms with power of 2 or higher of the same input feature are excluded:

  • included: , , , etc.

  • excluded: , , etc.

include_biasbool, default=True

If (default), then include a bias column, the feature in which all polynomial powers are zero (i.e. a column of ones - acts as an intercept term in a linear model).

order{‘C’, ‘F’}, default=’C’

Order of output array in the dense case. order is faster to compute, but may slow down subsequent estimators.

Attributes
ndarray of shape (, )

Exponent for each of the inputs in the output.

int

DEPRECATED: The attribute was deprecated in version 1.0 and will be removed in 1.2.

n_features_in_int

Number of features seen during fit.

feature_names_in_ndarray of shape (,)

Names of features seen during fit. Defined only when has feature names that are all strings.

n_output_features_int

The total number of polynomial output features. The number of output features is computed by iterating over all suitably sized combinations of input features.

See also

Transformer that generates univariate B-spline bases for features.

Notes

Be aware that the number of features in the output array scales polynomially in the number of features of the input array, and exponentially in the degree. High degrees can cause overfitting.

See examples/linear_model/plot_polynomial_interpolation.py

Examples

>>> importnumpyasnp>>> fromsklearn.preprocessingimportPolynomialFeatures>>> X=np.arange(6).reshape(3,2)>>> Xarray([[0, 1], [2, 3], [4, 5]])>>> poly=PolynomialFeatures(2)>>> poly.fit_transform(X)array([[ 1., 0., 1., 0., 0., 1.], [ 1., 2., 3., 4., 6., 9.], [ 1., 4., 5., 16., 20., 25.]])>>> poly=PolynomialFeatures(interaction_only=True)>>> poly.fit_transform(X)array([[ 1., 0., 1., 0.], [ 1., 2., 3., 6.], [ 1., 4., 5., 20.]])

Methods

(X[, y])

Compute number of output features.

(X[, y])

Fit to data, then transform it.

([input_features])

DEPRECATED: get_feature_names is deprecated in 1.0 and will be removed in 1.2.

([input_features])

Get output feature names for transformation.

([deep])

Get parameters for this estimator.

(**params)

Set the parameters of this estimator.

(X)

Transform data to polynomial features.

fit(X, y=None)[source]¶

Compute number of output features.

Parameters
X{array-like, sparse matrix} of shape (n_samples, n_features)

The data.

yIgnored

Not used, present here for API consistency by convention.

Returns
selfobject

Fitted transformer.

fit_transform(X, y=None, **fit_params)[source]¶

Fit to data, then transform it.

Fits transformer to and with optional parameters and returns a transformed version of .

Parameters
Xarray-like of shape (n_samples, n_features)

Input samples.

yarray-like of shape (n_samples,) or (n_samples, n_outputs), default=None

Target values (None for unsupervised transformations).

**fit_paramsdict

Additional fit parameters.

Returns
X_newndarray array of shape (n_samples, n_features_new)

Transformed array.

get_feature_names(input_features=None)[source]¶

DEPRECATED: get_feature_names is deprecated in 1.0 and will be removed in 1.2. Please use get_feature_names_out instead.

Return feature names for output features.

Parameters
input_featureslist of str of shape (n_features,), default=None

String names for input features if available. By default, “x0”, “x1”, … “xn_features” is used.

Returns
output_feature_nameslist of str of shape (n_output_features,)

Transformed feature names.

get_feature_names_out(input_features=None)[source]¶

Get output feature names for transformation.

Parameters
input_featuresarray-like of str or None, default=None

Input features.

  • If , then is used as feature names in. If is not defined, then names are generated: .

  • If is an array-like, then must match if is defined.

Returns
feature_names_outndarray of str objects

Transformed feature names.

get_params(deep=True)[source]¶

Get parameters for this estimator.

Parameters
deepbool, default=True

If True, will return the parameters for this estimator and contained subobjects that are estimators.

Returns
paramsdict

Parameter names mapped to their values.

propertyn_input_features_¶

DEPRECATED: The attribute was deprecated in version 1.0 and will be removed in 1.2.

propertypowers_¶

Exponent for each of the inputs in the output.

set_params(**params)[source]¶

Set the parameters of this estimator.

The method works on simple estimators as well as on nested objects (such as ). The latter have parameters of the form so that it’s possible to update each component of a nested object.

Parameters
**paramsdict

Estimator parameters.

Returns
selfestimator instance

Estimator instance.

transform(X)[source]¶

Transform data to polynomial features.

Parameters
X{array-like, sparse matrix} of shape (n_samples, n_features)

The data to transform, row by row.

Prefer CSR over CSC for sparse input (for speed), but CSC is required if the degree is 4 or higher. If the degree is less than 4 and the input format is CSC, it will be converted to CSR, have its polynomial features generated, then converted back to CSC.

If the degree is 2 or 3, the method described in “Leveraging Sparsity to Speed Up Polynomial Feature Expansions of CSR Matrices Using K-Simplex Numbers” by Andrew Nystrom and John Hughes is used, which is much faster than the method used on CSC input. For this reason, a CSC input will be converted to CSR, and the output will be converted back to CSC prior to being returned, hence the preference of CSR.

Returns
XP{ndarray, sparse matrix} of shape (n_samples, NP)

The matrix of features, where is the number of polynomial features generated from the combination of inputs. If a sparse matrix is provided, it will be converted into a sparse .

Examples using ¶

Источник: http://scikit-learn.org/stable/modules/generated/sklearn.preprocessing.PolynomialFeatures.html

Understanding slice notation

The answers above don't discuss slice assignment. To understand slice assignment, it's helpful to add another concept to the ASCII art:

One heuristic is, for a slice from zero to n, think: "zero is the beginning, start at the beginning and take n items in a list".

Another heuristic is, "for any slice, replace the start by zero, apply the previous heuristic to get the end of the list, then count the first number back up to chop items off the beginning"

The first rule of slice assignment is that since slicing returns a list, slice assignment requires a list (or other iterable):

The second rule of slice assignment, which you can also see above, is that whatever portion of the list is returned by slice indexing, that's the same portion that is changed by slice assignment:

The third rule of slice assignment is, the assigned list (iterable) doesn't have to have the same length; the indexed slice is simply sliced out and replaced en masse by whatever is being assigned:

The trickiest part to get used to is assignment to empty slices. Using heuristic 1 and 2 it's easy to get your head around indexing an empty slice:

And then once you've seen that, slice assignment to the empty slice makes sense too:

Note that, since we are not changing the second number of the slice (4), the inserted items always stack right up against the 'o', even when we're assigning to the empty slice. So the position for the empty slice assignment is the logical extension of the positions for the non-empty slice assignments.

Backing up a little bit, what happens when you keep going with our procession of counting up the slice beginning?

With slicing, once you're done, you're done; it doesn't start slicing backwards. In Python you don't get negative strides unless you explicitly ask for them by using a negative number.

There are some weird consequences to the "once you're done, you're done" rule:

In fact, compared to indexing, Python slicing is bizarrely error-proof:

This can come in handy sometimes, but it can also lead to somewhat strange behavior:

Depending on your application, that might... or might not... be what you were hoping for there!


Below is the text of my original answer. It has been useful to many people, so I didn't want to delete it.

This may also clarify the difference between slicing and indexing.

Источник: https://stackoverflow.com/questions/509211/understanding-slice-notation

Npt torque spec



npt torque spec 1. Technical specifications for fittings that can be assembled with female threads produced to many different standards including ISO 7, BSPT BSPP, NPT and NPTF. 15-5/16 24 NF 22-25 5/16 24 NF Recommended torque values (inch-pounds). ) Torque (Nm) Thread Treatment Notes Bolts, Starter motor 30 40 Light Oil Jul 11, 2008 · Block Pipe Plugs 20 - 177 (1/4 NPT) (3/8 NPT) 27 - 240 Camshaft Sprocket-Bolt 122 90 - Camshaft Tensioner Plate-Bolts 28 - 250 Coil to Cylinder Head Cover-Bolts 7 - 62 Timing Chain Case Cover-Bolts 28 - 250 Lifting Stud 55 40 - Connecting Rod Cap-Bolts 21 15 - plus 90° plus 90° Turn Turn Main Bearing Cap-Bolts 27 - - M-12 plus 90° Turn The requirements for NPT (National Pipe Thread) are spelled out in ANSI B1. 5 12. Auxiliary control valve cover 10-12 1/4 28 NF Auxiliary control valve cover 8-10 #6 32 Brass Schrader valve 1/810-12. Nptf Bspt Pipe Threads Air Way Manufacturing. To install the larger sizes align the tongue and pocket of the couplings appropriately and tighten the nuts alternately to the specified bolt torque. 38in-lbs: PG 9. Notes 1 N1912K 10-24 X 1/2 FHSCS Hand-tight Blue Loctite 13 L4000J 3/8 NPT Socket Pipe Plug 40 ft-lbs Thread Sealer National Standard Taper Pipe Threads Size NPT Chart - Includes both External and internal Pipe Thread Data. ) Threads per inch 307A ASTM A307 Grade A SAE J429 Grade 5 SAE J429 Grade 8 F N L G 9 FNL Grade 9 Clamp Load (Lbs. com TB. O Box 1044 • Dayton OH 45401–1044W • Phone: 937/277–9364 / FAX: 937/277–6516 www. 18 4½ 2½ 0. 1/4 NPT. S. torque specifications inline sae / jic connections connection image description connection details / performance 1. 15-5/16 24 NF 22-25 5/16 24 NF The best size hole to achieve best tap performance, and product threads within specifications, is usually determined by trial. All threaded connections should be lubricated before assembly. Pipe Thread Installation Torque Table Chart. apply sealant/lubrication to male pipe threads. for Tapered Pipe only)l good seal, but prevents damage to the fitting by over torque. 60o thread angle. 20in-lbs: PG 7. 2 • Trapezoidal thread with high torque guarantees tight and permanent fit of the dome nut The best size hole to achieve best tap performance, and product threads within specifications, is usually determined by trial. (1/4 NPT) 20 — 177. ZZ6 EFI Turnkey Engine Torque specifications: *Note: The torque values below are in addition to those documented within the ZZ6 Deluxe Crate Engine and Serpentine Belt Accessory Drive Package instructions. The taper rate for all NPT threads is 1 inch of diameter in 16 inches of length (3 ⁄ 4 inch per foot or 62. inspect male and female threads to ensure that both are free of burrs, nicks or any foreign material. NPT ( 7/8” 14UNF) x . Failure to reach minimum engagement usually indi-cates poorly formed or damaged threads. Liquid pipe sealant containing no teflon is the only See Tap Drill Sizes for NPT Pipe Threads . . 1 Pipe Threads, General Purpose): the angle between the taper and the center axis of the pipe is 1o 47' 24'' (1. DESCRIPTION N m Ft. Cap - - - -oil relief valve assembly Capacity control valve 20. Avoid dry assembly whenever possible. 3. Assembly Torque, Adapter Unions and Pipe Fittings. b pp THread Oct 27, 2016 · National Pipe Thread Taper or NPT threaded pipes and fittings are deployed in a variety of fields where transportation or containment of liquids, gases, steam, or hydraulic fluid is required. Torque. More turns will put to much pressure on the fitting and may crack it and cause a leak. Apr 21, 2018 · Npt Ings Background And Use Pegasus Auto Racing Supplies. Torque Specification Guidelines Nut Minimum Maximum Size 1Torque Torque1-02 50 80-03 70 105-04 100 140-05 130 180-06 150 195-08 270 350-10 360 430-12 460 550-16 700 840-20 850 1020-24 900 1080-32 1800 2000 1Torque values are shown in inch pounds for aluminum fittings. Note b: Reference dimension. NPT pipe threads have a taper cut into the male and female fittings. Camshaft Sprocket—Bolt 122 90 —. The flank angles of the threads are also different between NPT and BSP. Torque Specs will vary depending on the crush 4. How Do I Measure Npt Threads Number of rotations tighten ing by hand and then turn it 2 turns with a wrench until reaches the desire torque listed pipe thread installation torque table chart engineers edge www engineersedge com nptf bspt pipe threads air way manufacturing surplus center Item # Part # Description Torque Spec. Taps are readily available. 1 NPT 1/2 24 14 44 12. Example designation: 3/8 – 18 NPT. ** PG 13. pipe thread. 3/8 NPT. This information includes component materials, pressure and temperature ratings, recommended tu bing materials and torque specifications. 2611 1/8 0. This is because they have controlled The requirements for NPT (National Pipe Thread) are spelled out in ANSI B1. AD01. 18-20. 2 4 3 0. 8 60-75 1/4. G1. Some drill sizes listed in the table may not be available as stocked drills. The nameplates give detailed information for a particular regulator as it comes from the factory. Specifications, design and materials subject to change without notice. 5 psi) Operating Temperature Permanent: -200C to +1000C (-40F to +21209 Intermittent: -OOC to +1500C (-220F to +30209 Thread ANSI B 120. 75 in. 30 foot pounds initial to compress sleeve onto tube. /ft . • Flexible Pigtails • Torque Wrenches Specifications: 1/8" NPT Male 1-1/4" 56-170-2M2-20 44800891 50-170-K 44803475 180 NPT / NPTF Threads NPT threads, when assembled without a sealant, leave a spiral leak path at the crest-root junction as shown in Fig. Timing Chain Case Cover—Bolts 28 — 250. Camshaft Tensioner Plate—Bolts 28 — 250. Note: Basic dimensions are given to four or NPT threads. (3/8 NPT) 27 — 240. Feb 22, 2001 · My guess is around 10-25 ft. ) Tightening The torque values in the following table give minimum and maximum torque recommendations. 20. -lbs. How Do I Measure Npt Threads Number of rotations tighten ing by hand and then turn it 2 turns with a wrench until reaches the desire torque listed pipe thread installation torque table chart engineers edge www engineersedge com nptf bspt pipe threads air way manufacturing surplus center National Standard Taper Pipe Threads Size NPT Chart - Includes both External and internal Pipe Thread Data. ASME B1. A. E1-10E 5/8” M. - NPT Thread taper angle = 1/16 taper = 1 deg. 5 is also known as PG 13. Lbs. torque for a 1" NPT. 401 3/8 0. roadapple Torque Values for NPTF and SAE Ports on Hydraulic valves and cylinders. (T. Npt Pipe Thread Shefalitayal. with any sealant, the first 1-2 threads should be left uncovered to avoid system contamination. Recommended torque values (inch-pounds). 1. The plug and socket thread together to form a stronger connection than other quick-disconnect couplings. Applying torque values greater than the maximum recommendation will distort and/or crack the fitting. Recommended Torque. This ambiguous guideline is a frustrating if you are developing a procedure for the mass production of NPT connections. NPT has a 60° thread where the BSP has a 55° thread. reaching the recommended torque. P. Characteristics of NPT (also known as ANSI/ASME B1. T = Assembly turns from finger tight with pipe thread sealant or teflon tape applied. E1-10D 5/8” M. The differences come in the major and minor diameters, the root and crest of the threads. AF2. NPT is defined by ANSI/ASME standard B1. Traditionally, they are tightened by technicians until they seal. 5 21. - Thread Designation: The nominal pipe size, number of threads per inch and the thread series symbol in sequence. The taper rate for all NPT threads is 1⁄16 (3⁄4 inch per foot) measured by the change of diameter (of the pipe thread) over distance. Tighten fitting by hand, then turn it 2-3 turns with a wrench until it reaches the desire torque listed. Never use teflon tape. 90 10 Copper Nickel Fasteners Cu Ni Nuts Bolts Studs S. Feb 05, 2009 · TORQUE CHART 6. Installation Torque 3/4 - 16 5/8 - 18 9/16 - 18 1/2 - 20 70 - 90 40 - 90 40 - 60 40 - 60 Torque value is for drive axle stud installation only. 5/8 18 NC . Liquid pipe sealant containing no teflon is the only Problems arise when threading a NPT male thread form into a BSP female straight thread form. TORQUE LIMITS RECOMMENDED FOR INSTAL-LATION (BOLTS LOADED PRIMARILY IN SHEAR) MAXIMUM ALLOWABLE TIGHTENING TORQUE LIMITS Thread Size Tension type nuts MS20365 and AN310 (40,000 psi in bolts) Shear type nuts MS20364 High-Pressure Thread-Lock Quick-DisconnectHose Couplings for Hydraulic Fluid. Failure to reach 40-5 minimum engagement usually indicates poorly formed or damaged threads. 3/8 = nominal pipe size. • Use anti-seize compound on male thread, then 2-3 wraps of Teflon® tape (larger than ¾ NPT use 3-4 wraps). cast in multiple segments. The minimum value will create a leakproof seal under most conditions. Larger sizes are generally bored or reamed, and a good starting point is to bore to K o, (Basic Minor Diameter at Small End of the External Pipe). 54 18 0. To seal pressurized fluid, NPT threads require a suitable sealant. 16 0. Lightly lubricate the threads and sealing surfaces with oil before assembly. For straight fittings, tighten to recommended torque listed in the following table. Note: Basic dimensions are given to four or Recommended Torque. NPTF threads (Dryseal), on the other hand, when assembled, do not leave the spiral leak path. That typically means wrench tight, plus a little more. M16. Number of rotations tighten ing by hand and then turn it 2 turns with a wrench until reaches the desire torque listed pipe thread installation torque table Specifications. NOTE: Sizes 16" and larger are * Refer to page 26 with bolt torque table. Fluids, Piping and Hydraulic Design Data. Notes 1 N1912K 10-24 X 1/2 FHSCS Hand-tight Blue Loctite 13 L4000J 3/8 NPT Socket Pipe Plug 40 ft-lbs Thread Sealer Jan 29, 2008 · How tight do you have to tighten National Pipe Thread? They should be hand tightened and then another 1 or 2 turns, but no more. 12 Apr 01, 2017 · When using aluminum and steel fittings, use the torque for the aluminum fitting. Generally, correct tightening is achieved by first tightening finger tight Sep 07, 2006 · You might consider that API 5CT specs out various threads of the "NPT favor". 2. • Flexible Pigtails • Torque Wrenches Specifications: 1/8" NPT Male 1-1/4" 56-170-2M2-20 44800891 50-170-K 44803475 180 NPT is a letter designation for American Standard Pipe Taper Thread. torque values are provided as a guideline only USAGE TORQUE SIZE THREADS . These are used in various applications and typically have 8 or 10 threads per inch and have the same taper of 3/4" per foot. 1 Problems arise when threading a NPT male thread form into a BSP female straight thread form. 5 millimeters per meter) measured by the change of USAGE TORQUE SIZE THREADS . Item # Part # Description Torque Spec. F. 408 * PG 7 thread fits 1/4" NPT or 1/2"-20 UNF. In. National Standard Taper Pipe (NPT) Threads Size Chart 1/16 0. NPT CABLE GLANDS 15 NPT Gland Specs (mm) Material Body: PA 6 (Poyamide 6) cap: PA 6 (Polamide 6) Seal: CR (Chloroprene Rubber) Flammability V2 (According to UL 94) Protection Class IP68 - 5 Bar (72. Jun 15, 2016 · Push-In Fitting Installation Procedure and Specifications: A. lubricate o-ring with light coating of system fluid or Aug 15, 2018 · Tapered pipe threads (NPT) do not have a specified torque rating. • Supply Part Number: 9702365 • AS 06/14 Torque Poster For additional technical information, contact Fastenal Engineering at [email protected] APFH-4. Created Date: 1/24/2019 8:55:46 AM TORQUE-TENSION REFERENCE GUIDE Printed in U. Oil Fill Plug 1/4 NPT 3/8 NPT 9/16 NPT threads require thread sealant. 675 18 0. 24 4½ 3 0. 5 8. NPT . 405 27 0. 50 foot pounds to tighten connection. Brass and steel Pipe thread (NPT) installation procedure and torque specification table and chart. For best results, torque to the low end of the torque range. CAUTION THE FOLLOWING TORQUE VALUES ARE DERIVED FROM OIL FREE CADMIUM PLATED THREADS. Hub Cap 5/16 - 18 12 - 18 Minimum SAE Grade 5 fasteners, flat washers only. • Prepared fittings should engage about 2 turns by hand and at least 5-6 turns before reaching the recommended torque. When properly assembled there will be a small equal gap between the adjacent bolt pads. inspect male and female threads, port and mating surfaces, and o-ring (if applicable) to ensure that all are free of burrs, nicks, scratches or any foreign material. Connecting rod lock nut . 18 = number of threads per inch. T. Block Pipe Plugs. Nov 13, 2018 · Visit the post for more. For shape fittings, approximately 1/2 turns should be made and then torque to the desired orientation without exceeding maximum recommended torque. For drive axle flange nuts, see axle manufacturer’s recommendations for proper torque. SAE 3/4” M. 25 foot pounds to tighten connection. - The angle between the sides of the thread is 60 deg. 7 17. 10 foot pounds initial to compress sleeve onto tube. TORQUE LIMITS RECOMMENDED FOR INSTAL-LATION (BOLTS LOADED PRIMARILY IN SHEAR) MAXIMUM ALLOWABLE TIGHTENING TORQUE LIMITS Thread Size Tension type nuts MS20365 and AN310 (40,000 psi in bolts) Shear type nuts MS20364 Installation Torque 3/4 - 16 5/8 - 18 9/16 - 18 1/2 - 20 70 - 90 40 - 90 40 - 60 40 - 60 Torque value is for drive axle stud installation only. npt torque spec


Источник: https://sindicatoruraldesorriso.com.br/nkn4vu/npt-torque-spec.html
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Understanding slice notation

The answers above don't discuss slice assignment. To understand slice assignment, it's helpful to add another concept to the ASCII art:

One landmark credit union online banking is, for a slice from zero to n, think: "zero is the beginning, start at the beginning and take n items in a list".

Another heuristic is, 0 1 2 3 4 5 any slice, replace the start by zero, apply the previous heuristic to get the end of the list, then 0 1 2 3 4 5 the first number back up to chop items off the beginning"

The first rule of slice assignment is that since slicing returns a list, slice assignment requires a list (or other iterable):

The second rule of slice assignment, which you can also see above, is that whatever portion of the list is returned by slice indexing, that's the same 0 1 2 3 4 5 that is changed by slice assignment:

The third rule of slice assignment is, the assigned list (iterable) doesn't have to have the same length; the indexed slice is simply sliced out and replaced en masse by whatever is being assigned:

The trickiest part to get used to is assignment to empty slices. Using heuristic 1 and 2 it's easy to get your head around indexing an empty slice:

And then once you've seen that, slice assignment to the empty slice makes sense too:

Note that, since we are not changing the second number of the slice (4), the inserted items always stack right up against the 'o', even when we're assigning to the empty slice. So the position for the empty slice assignment is the logical extension of the positions for the non-empty slice assignments.

Backing up a little bit, what happens when you keep going with our procession of counting up the slice beginning?

With slicing, once you're done, you're done; it doesn't start slicing backwards. In Python you don't get negative strides unless you explicitly ask for them by using a negative number.

There are some weird consequences to the "once you're done, you're done" rule:

In fact, compared to indexing, Python slicing is bizarrely error-proof:

This can come in handy sometimes, but it can also lead to somewhat strange behavior:

Depending on your application, that might. or might not. be what you were hoping for there!


Below is the text of my original answer. It has been useful to many people, so I didn't want to delete it.

This may also clarify the difference between slicing and indexing.

Источник: https://stackoverflow.com/questions/509211/understanding-slice-notation

Wednesday's Stark County-area high school box scores / Upcoming schedule


GIRLS BASKETBALL

Hoover 35, McKinley 34 

MCKINLEY (0-2, 0-1): Stokes 6-3-17, Snell 3-1-7, Fannin 3-0-6, McNeil 2-0-4. Totals 14-4-34. 

HOOVER (4-0, 1-0): Roshak 0-4-4, Rose 1-0-2, Eriksen 2-0-5, Craig 3-7-13, Cain 3-0-8, Jeffries 1-0-3. Totals 10-11-35. 

McKinley – 12 – 9 – 5 – 8 — 34 

Hoover – 8 – 11- 10 – 6 — 35 

3-Point Field Goals: Cain 2, Stokes 2, Jeffries, Eriksen. JV: Hoover 19-18.

Perry 40, Lake 32 

PERRY (2-1, 1-0): Takacs 1 5-6 7, Minor 0 2-2 2, Centeno 1 4-5 6, Guscof f3 1-2 10, Randulic 5 4-6 15. Totals 10 16-21 40. 

LAKE (1-2, 0-1): Anderson 4 3-4 13, Johnson 0 3-4 3, Horning 1 0-0 3, Slates 2 1-2 5, Riggs 1 1-2 3, Tobin 1 3-4 5. Totals 9 11-16 32. 

Perry - 11 - 7 - 10 - 12 — 40 

Lake - 3 - 7 - 15 - 7 — 32 

3-Point Field Goals: Guscoff 3, Anderson 2, Horning, Randulic. Total fouls: 14-14. Fouled out: None. Rebounds: Perry 26 (Guscoff 8), Lake 33 (Slates 10). JV: Perry 41-24. 

Marlington 51, Carrollton 31 

CARROLLTON: Leary 0 2-2 2, Lebbano 1 0-0 3, Marmo 1 0-2 3, Mitchell 2 0-0 5, Baker 4 0-0 9, Leslie 1 0-0 2, Glass 2 0-0 6, Havas 0 1-2 1, McClelland 0 0-2 0. Totals 11 3-8 31. 

MARLINGTON: Warner 5 1-1 11, McElroy 1 0-0 2, Mason 1 2-2 4, Miller 6 3-4 15, Evanich 5 4-5 14, Collins 2 0-0 4, Gill 0 1-2 1. Totals 20 11-14 51. 

Carrollton - 3 - 5 - 10 - 13 — 31 

Marlington - 6 - 14 - 16 - 15 — 51 

3-Point Field Goals: Glass 2, Baker, Mitchell, Marmo, Lebbano. Total fouls: Marlington 15-14.  Fouled out: None. Rebounds: Carrollton 25 (Leslie 5), Marlington 34 (Evanich 13). JV: Carrollton 27-23.

More: Ultimate Guide to the OHSAA football state finals: 0 1 2 3 4 5 look at the teams coming to Tom Benson Hall of Fame Stadium

Northwest 41, CVCA 26 

CVCA (1-2): Casalinova 3 2-7 9, Williams 3 0-0 8, Bethinger 2 0-0 6, Hajdu 1 0-0 3. Totals 9 2-7 26. 

NORTHWEST (4-0): Spradling 2 2-2 5, Cudnik 6 4-5 16, Stark 2 1-2 5, Kuhn 0 1-2 1, Bottomley 6 1-2 13. Totals 16 9-13 0 1 2 3 4 5 Field Goals: Williams 2, Bethinger 2, Casalinova, Hajdu. Total fouls: CVCA 15-11.  JV: CVCA 38-14. 

Triway 48, Manchester 40 

MANCHESTER: White 1 2-2 5, Perry 0 0-2 0, Moss 2 7-10 11, Stamperd 4 5-6 15, Hite 1 0-0 3, Petroff 2 2-2 6, Love 0 0-2 0. Totals 10 16-24 homes for sale in sanders county montana 1 2-4 4, Crilow 3 0-0 7, Titler 5 2-2 15, Fluharty 4 0-1 9, Wirth 2 3-4 9, Himes 2 0-0 4. Totals 17 7-11 48. 

Manchester - 5 - 9 - 9 - 17 — 40 

Triway - 11 - 13 - 18 - 6 — 48 

3-Point Field Goals: Titler 3, Stamperd 2, Wirth 2, White, Petroff, Crilow, Fluharty. JV: Manchester won.

 Burick 1 3-5 5, Soehnlen 1 1-3 3, Everett 2 2-4 6, Gibbons 3 1-4 8, Bussey 2 4-7 8, Smith 7 2-4 16. Totals 16.13-27 46 

LAKE CENTER (0-3): Lyogky 1 0-0 3, Marrah 1 0-0 3, Weise 0 1-2 1, A.Karmie 4 0-1 9, Fulk 5 0-0 14, N. Clark 3 0-2 7, Graham 0 1 2 3 4 5, M.Karmie 0 0-0 0. Totals 16 1-5 41. 

Aquinas - 14 - 11 - 10 - 11  — 46 

Lake Center - 16 - 8 = 7 - 10 — 41 

3-Point Field Goals: Fulk 4, Lyogky, Marrah, A.Karmie, Clark, Bussey. Total fouls: Lake Center 23-11. Rebounds: Aquinas 37 (Smith 11); Lake Center 28 (M. Karmie 4, Marrah 4). JV: Lake Center 28-5 (2 quarters). 

Tusky Valley 46, Garaway 26 

T.VALLEY (2-1, 1-0): Stutz 6 0-4 12, Norris 4 3-5 bbking tab, Stookey 5 1-3 11, Bourquin 2 0-0 5, Levengood 1 0 1 2 3 4 5 3, Merrick 1 0-0 2, Sites 1 0-0 2. Totals 20 4-12 46. 

GARAWAY (2-1, 0-1): Putt 2 4-6 9, Yoder 3 1-2 7, Metzger 2 1-2 5, Schwartz 1 1-2 3, Sitzlarr 1 0-0 2. Totals 9 7-12 26. 

T.Valley - 10 - 11 - 18 - 7 — 46 

Garaway - 2 - 12 - 7 - 5 — 26 

3-Point Field Goals: Bourquin, Levengood, Putt. Total fouls: Garaway 15-13.  Fouled out: None. Rebounds: T.Valley 23 (Norris 8), Garaway 25 (Putt 5, Yoder 5). JV: T.Valley 32-18. 

Southern 50, Malvern 42 

MALVERN 42: Bower 2 2-4 7, Smith 1 2-2 4, Powers 5 11-14 22, Debo 2 0-0 4, Boni 1 0-0 3, Radtka 1 0-0 2. Totals 12 15-20 42. 

SOUTHERN: Kerns 6 0-0 12, Forbes 1 0-2 3, Lewis 2 0-0 4, Shroades 10 6-10 27, Stanley 1 2-3 4. Totals 20 8-15 50. 

Malvern - 9 - 7 - 10 - 16 — 42 

Southern- 15 - 11 - 8 - 16 — 50 

3-Point Field Goals: Bower, Powers, Boni, Forbes, Shroades. Total fouls: Malvern 16-15.  Fouled out: None. Technicals: Malvern coach. Rebounds: Malvern 27 (Powers 8), Southern 39 (Kerns 11).

BOYS BOWLING

Minerva 2,751, Lake 2,589 

Two-game matches: Minerva 0 1 2 3 4 5 227-224, Wisenbarger 210-164, Frazier 197-199, May 202-153, Bias 174-174), Lake 1,819. Bakers: Lake 218-192, Minerva 222-180, Lake 211-210, Minerva 203-161

Records: Minerva 2-1. 

Canton South 2,258, Marlington 1,838 

Two-game matches: Marlington 1,430 (Edwards 174-170, Stauffer 155-122, Sambroak 144-195, Toole 172-131, Scott 90, Thomas 77). Bakers: South 235-113, Marlington 136-122, Marlington 159-139. 

More: Tuesday roundup: Hoover boys basketball opens with win, Ja'Corey Lipkins' five 3s spark GlenOak

GIRLS BOWLING

Lake 2,366, Minerva 2,318 

Two-game matches: Minerva 1,653 (Sanor 169-148, Davis 195-140, Worrell 151-214, Cress 156-125, Thompson 170-185), Lake 1,627. Bakers: Lake 215-167, Lake 193-163, Lake 185-151, Minerva 184-146. 

Records: Minerva 2-1. 

Canton South 1,633, Marlington 1,342 

Two-game matches: Marlington 991 (Spilios 108-127, Baumgarten 103, Best 99, Wines 84, WestCole 80, Horn 115-94, Shoemaker 79, Vigliotti 102). Bakers: South 126-85, Marlington 125-121, Marlington 141-112.

Sandy Valley 2,178, New Philadelphia 1,931 

Two-game matches: S.Valley 1,584 (Selby 64-105, McLemore 143-139, Cordia 190-132, 0 1 2 3 4 5 170-216, Boyer 258-167).

SCHEDULE

THURSDAY

COLLEGE 

MEN’S BASKETBALL 

Walsh at Lake Erie, 5:30 

INDOOR TRACK AND FIELD 

Walsh at Oiler Open (Findlay), 2 

SWIMMING AND DIVING 

Mount Union at Wooster Invitational, 11 (prelims), 7 (finals) 

WOMEN’S BASKETBALL 

Walsh at Lake Erie, 7:30 

FRIDAY

HIGH SCHOOL 

BOYS BASKETBALL 

Louisville at South Range, 7 

Orrville at Northwest, 7 

Fairless at CVCA, 7 

Marlington at Carrollton, 7 

Aquinas at Lake Center, 7 

Jackson at Hoover, 7:15 

McKinley at Lake, 7:15 

GlenOak at Perry, 7:15 

Central Catholic at Canton South, 7:15 

Garaway at Malvern, 7:30 

Green at Stow, 7:30 

Manchester at Revere, 8 

GIRLS BASKETBALL 

McKinley at Lake, 6 

FOOTBALL: STATE FINALS

Tom Benson Hall of Fame Stadium

Division IV: Ursuline vs. Clinton-Massie, 10:30 a.m.

Division III: Hamilton Badin vs. Chardon, 3 p.m.

Division I: Springfield vs. St. Edward, 7:30

COLLEGE 

INDOOR TRACK AND FIELD 

Walsh at Oiler Open (Findlay), 10 

Walsh at YSU Icebreaker (Youngstown), 2 

SWIMMING AND DIVING 

Mount Union at Wooster Invitational, 10 (prelims), 2 (diving), 6 (finals) 

WOMEN’S BASKETBALL 

Kent State at St. Bonaventure, 7 

WRESTLING 

Mount Union at Messiah Petrofes Invitational (Grantham, Pa.)

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Источник: https://www.cantonrep.com/story/sports/high-school/2021/12/01/stark-county-area-h-s-box-scores-dec-1-upcoming-schedule/8825676002/

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