🧤Fielding Stats Calculator
What is Cricket Fielding Stats Calculator?
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क्रिकेटच्या बहुतेक 150 वर्षांच्या विश्लेषणात्मक इतिहासासाठी, क्षेत्ररक्षण हे खेळाचे अदृश्य कौशल्य होते - फक्त घेतलेले झेल आणि 'क्षेत्रात चांगले' असण्याची अस्पष्ट प्रतिष्ठा याद्वारे ट्रॅक केली जाते. 2010 च्या दशकात बॉल-ट्रॅकिंग कॅमेरे आणि GPS कार्यप्रदर्शन प्रणालीच्या परिचयाने ते नाटकीयरित्या बदलले. 2020 पर्यंत, प्रत्येक प्रमुख क्रिकेट बोर्ड बॉल-बाय-बॉल स्तरावर क्षेत्ररक्षण डेटा गोळा करत होता: प्रत्येक सामन्याचे अंतर, डायव्ह वारंवारता, फेकताना हाताची ताकद, पहिल्या हालचालीसाठी प्रतिक्रिया वेळ आणि वेगवेगळ्या अडचण रेटिंग अंतर्गत पकड पूर्ण करण्याचे दर. जॉन्टी रोड्सला अनेकदा क्रिकेटचा पहिला खरा फिल्डिंग क्रांतिकारक म्हणून उद्धृत केले जाते - दक्षिण आफ्रिकेच्या 1992 च्या विश्वचषक मोहिमेतील त्याच्या डायव्हिंग रन-आऊट आणि ऍथलेटिसीझमने एलिट क्षेत्ररक्षण कसे दिसावे यासाठी एक टेम्पलेट तयार केले. परंतु आजचा डेटा दर्शवितो की क्षेत्ररक्षण केवळ नेत्रदीपक क्षणांबद्दल नाही: ते सामन्याच्या निकालांवर परिणामकारक परिणामांबद्दल आहे. आयपीएल आणि आंतरराष्ट्रीय डेटा वापरून केलेल्या संशोधनात असे दिसून आले आहे की एलिट क्षेत्ररक्षण (प्रति सामन्यात 10 किंवा त्याहून अधिक धावा पकडणे, धावा रोखणे आणि चौकार वाचवणे याद्वारे परिभाषित) संघाच्या प्रभावी एकूण धावसंख्येमध्ये अंदाजे 15-20 अतिरिक्त अपेक्षित धावांचे योगदान देते — जे बऱ्यापैकी फलंदाजी योगदानाच्या समतुल्य आहे. आधुनिक क्षेत्ररक्षण विश्लेषणाच्या मेट्रिक्समध्ये खालील गोष्टींचा समावेश होतो: झेल घेतले आणि झेल पूर्णत्वाचा दर (कॅच विरुद्ध ऑफर केलेल्या संधी), रन-आऊट योगदान (थेट फटके आणि अप्रत्यक्ष सहाय्य), बाऊंड्री सेव्ह (रस्सीवर रोखलेले चेंडू), ग्राउंड कव्हरेज (प्रत्येक सामन्यात कव्हर केलेले अंतर, GPS द्वारे मोजले जाते), आणि विशिष्ट फील्ड फेकण्याची क्षमता-प्रत्यक्ष स्थितीवरून फेकण्याची क्षमता. हे मेट्रिक्स एकत्रितपणे फील्डिंग इम्पॅक्ट रेटिंग तयार करतात ज्यामुळे क्षेत्ररक्षकांची पद्धतशीर तुलना करता येते. T20 क्रिकेटमध्ये विशेषतः, क्षेत्ररक्षण हा एक निवड निकष बनला आहे जितका स्पष्टपणे फलंदाजी स्ट्राइक रेट किंवा गोलंदाजी अर्थव्यवस्था. झेल सोडलेल्या आणि सुटलेल्या रन-आऊटमधून प्रत्येक सामन्यात अंदाजे 15-25 अतिरिक्त धावा कमी-अधिक प्रमाणात फील्ड करणाऱ्या फ्रँचायझी - एक फरक जो वारंवार T20 क्रिकेटमध्ये सामन्याचे निकाल ठरवतो जेथे 10-15 धावांमुळे बहुतेक सामन्यांमध्ये विजेते आणि पराभूत वेगळे होतात.
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सूत्र
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फील्डिंग स्टॅटिस्टिक्स की मेट्रिक्स:
1. पूर्णत्वाचा दर पकडणे (CCR):
CCR = कॅचेस_टेकन / एकूण_चान्सेस_ऑफर केलेले x 100
कठिण-भारित CCR = बेरीज(कठीण_वजन x पकडणे_घेणे) / बेरीज(कठीण_वजन)
अवघड वजन: सोपे = 1, मध्यम = 2, अवघड = 3, अपवादात्मक = 4
2. फील्डिंग इम्पॅक्ट स्कोअर (FIS):
FIS = (कॅचेस x 10) + (डायरेक्ट_रनआउट x 15) + (अप्रत्यक्ष_रनआउट x 8)
+ (सीमा_बचत x 4) + (डॉट_बॉल_सेव्हज x 2)
3. रन प्रिव्हेंशन रेट (RPR):
RPR = (Expected_runs_conceded - actual_runs_conceded) / Overs_fielded
सकारात्मक RPR = क्षेत्ररक्षण करणाऱ्या संघाने अपेक्षेपेक्षा जास्त धावा वाचवल्या
4. फील्डिंग रेटिंग (0-100 स्केल):
FR = (CCR x 0.4) + (रनआउट_योगदान x 0.3) + (ग्राउंड_कव्हरेज_स्कोर x 0.2) + (थ्रो_अचूकता x 0.1)
कार्य केलेले उदाहरण — टूर्नामेंट-स्तरीय फील्डिंग मूल्यांकन:
खेळाडू A: 8 झेल (8 संधींमधून 6 घेतले), 2 थेट धावबाद, 1 अप्रत्यक्ष, 12 चौकार वाचवले
CCR = 6/8 x 100 = 75%
FIS = (6 x 10) + (2 x 15) + (1 x 8) + (12 x 4) = 60 + 30 + 8 + 48 = 146
फील्डिंग रेटिंग (ग्राउंड कव्हरेजसह 72%): FR = (75 x 0.4) + (40 x 0.3) + (72 x 0.2) + (65 x 0.1)
= ३० + १२ + १४.४ + ६.५ = ६२.९ / १००Variable Legend
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| प्रतीक | नाव | एकक | वर्णन |
|---|---|---|---|
| C | Catches | catches | Number of clean catches taken by the fielder to dismiss batters; the most common fielding dismissal in all formats of cricket |
| RO_D | Direct Run-Outs | run-outs | Run-outs effected by a single fielder hitting the stumps directly with the ball while a batter is out of their ground |
| RO_I | Indirect Run-Outs | run-outs | Run-outs where the fielder throws to another fielder or keeper who breaks the stumps; the assisting fielder gets indirect credit |
| St | Stumpings | stumpings | Dismissals effected by the wicketkeeper when a batter is out of the crease off a non-fast delivery; credited to the keeper only |
| FE | Fielding Efficiency | % | Ratio of chances accepted (catches + run-outs effected) to total chances presented, measuring a fielder's reliability in the field |
| BD | Boundary Saves | runs | Runs prevented by a fielder stopping the ball at or near the boundary; often tracked in analytics as 'runs saved above average' for fielder valuation |
How to Cricket Fielding Stats Calculator
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- 1क्षेत्ररक्षणाच्या प्रत्येक संधीची नोंद करा — ऑफर केलेले झेल (थेंबांसह), धावबादच्या संधी (प्रत्यक्ष आणि अप्रत्यक्ष दोन्ही), आणि चौकार वाचवण्याचे प्रयत्न — सर्व क्षेत्ररक्षण डावांमध्ये, प्रत्येक इव्हेंटला अवघडपणाचे रेटिंग ठरवून दिलेल्या जटिलतेवर आधारित.
- 2ऑफर केलेल्या एकूण संधींद्वारे यशस्वीरित्या घेतलेल्या झेलांना विभाजित करून पकड पूर्ण होण्याच्या दराची गणना करा; अपवादात्मक कॅचमधून नियमित कॅच वेगळे करण्यासाठी ग्रॅन्युलर चान्स डेटा उपलब्ध असल्यास अडचण वजन लागू करा.
- 3थेट-हिट झालेल्या रन-आऊट्सचे संपूर्ण श्रेय (क्षेत्ररक्षकाने स्टंपला मारलेला चेंडू फेकून) आणि आंशिक क्रेडिटसह अप्रत्यक्ष योगदान (क्षेत्ररक्षकाने फेकले ते एका वेगळ्या क्षेत्ररक्षकाने गोळा केले आणि स्टंप तोडले) श्रेय देऊन रन-आउट योगदानाचा मागोवा घ्या.
- 4दोरीवर क्षेत्ररक्षकाच्या अडवणुकीमुळे चार चेंडू रोखले गेलेल्या चेंडूंची संख्या मोजून सीमारेषेची बचत करा — यासाठी बॉल-ट्रॅकिंग किंवा व्हिडीओ विश्लेषणाची आवश्यकता आहे काउंटरफॅक्चुअल सीमा संभाव्यता निश्चित करण्यासाठी.
- 5सामन्यांच्या दरम्यान क्षेत्ररक्षकांनी परिधान केलेले GPS ट्रॅकिंग वापरून ग्राउंड कव्हरेज अंतराची गणना करा, प्रति-सामना मेट्रिकमध्ये रूपांतरित करा जे क्षेत्ररक्षणाच्या डावात एकूण अंतर धाव घेते.
- 6सामने आणि टूर्नामेंटमध्ये एकच तुलनात्मक संख्या तयार करण्यासाठी वैयक्तिक मेट्रिक्सला फील्डिंग इम्पॅक्ट स्कोअरमध्ये एकत्र करा, ज्यामुळे संघांमध्ये आणि जागतिक बेंचमार्कच्या विरूद्ध क्षेत्ररक्षकांची क्रमवारी लावा.
- 7Contextualize fielding statistics by position: a fielder at boundary typically has more boundary-save opportunities and fewer catching chances than a slip fielder; direct comparison requires position normalization.
Worked Examples
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An 85.7% catch completion rate with 3 direct run-outs and 18 boundary saves across 14 matches represents world-class fielding. This type of performance contributes an estimated 40-50 saved runs across the tournament.
Jonty Rhodes's statistical profile as estimated from historical records shows a catches-per-match rate 58% above the peer average for outfielders of his era — a gap attributable to exceptional positioning, reading of play, and athleticism.
Dhoni's wicketkeeping statistics are the benchmark against which all modern wicketkeepers are measured. His stumping speed — consistently sub-0.1 seconds from gloves to stumps — is quantified by high-speed camera analysis at approximately 0.08 seconds average.
A team that drops 5 catches and misses 3 run-outs concedes approximately 11 wickets' worth of extra batting, which at average scoring rates translates to 79 additional opposition runs across 8 matches — a match-winning margin.
Real-World Applications
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IPL franchises use Fielding Impact Score rankings to value fielding specialists explicitly in auction strategies — teams like Kolkata Knight Riders and Chennai Super Kings have historically assigned 10-15% of their auction budget to securing elite fielders who make measurable defensive contributions.
National cricket boards use GPS ground coverage data to design fielding fitness training programmes, setting minimum distance thresholds for each fielding position to ensure players have the athletic capacity to cover their designated zones in the field.
Television broadcast partners use fielding statistics to create 'fielding of the match' awards and real-time fielding performance overlays, showing metrics like catch completion rate and boundary saves as running totals during live broadcasts.
Cricket academies incorporate standardized fielding assessment tests — timed reaction drills, catching completion challenges, throwing accuracy stations — into their annual player evaluation frameworks, generating fielding scores that influence scholarship and development programme entry.
Special Cases
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Wicketkeeper fielding statistics should always be analyzed separately from
Wicketkeeper fielding statistics should always be analyzed separately from outfielder statistics because wicketkeepers have categorically different opportunity profiles — they receive every delivery that passes the bat edge or takes the gloves, giving them far more catching opportunities than any outfielder but under different conditions (kneeling, wider catching arc). Professionals working with cricket fielding stats should be especially attentive to this scenario because it can lead to misleading results if not handled properly. Always verify boundary conditions and cross-check with independent methods when this case arises in practice.
Slip fielders in Test cricket have the highest-difficulty, highest-impact
Slip fielders in Test cricket have the highest-difficulty, highest-impact catching profile of any fielding position but face relatively few chances per match compared to outfielders. Their catch completion rate should be benchmarked against slip-specialist historical data, not against general fielding CCR benchmarks. Professionals working with cricket fielding stats should be especially attentive to this scenario because it can lead to misleading results if not handled properly. Always verify boundary conditions and cross-check with independent methods when this case arises in practice.
In day-night matches, fielding statistics are affected by the transition from
In day-night matches, fielding statistics are affected by the transition from natural to artificial light, which impairs depth perception and makes high catches more difficult to judge in the 20-30 minute twilight period. Fielding teams often adjust positions during this window, and analytical benchmarks should account for the artificially elevated drop rate during twilight.
Elite Fielding Benchmarks — International Cricket (Modern Era)
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| मेट्रिक | Elite (Top 10%) | Good (Top 25%) | सरासरी | सरासरीपेक्षा कमी | Unit |
|---|---|---|---|---|---|
| Catch Completion Rate | 90%+ | 85-90% | 75-84% | <75% | टक्केवारी |
| Catches per Match (Outfielder) | 0.55+ | 0.40-0.55 | 0.25-0.40 | <0.25 | Per match |
| Direct Run-Outs per 10 matches | १.५+ | 0.8-1.5 | 0.3-0.8 | <0.3 | Per 10 matches |
| Boundary Saves per Match | 2.5+ | 1.5-2.5 | 0.8-1.5 | <0.8 | Per match |
| Distance Covered (GPS) | 1100m+ | 900-1100m | 700-900m | <700m | Metres per match |
| Wicketkeeper CCR | 95%+ | 90-95% | 83-90% | <83% | टक्केवारी |
| Stumping Rate (WK) | 0.5+ per match | 0.3-0.5 | 0.15-0.3 | <0.15 | Per match |
Frequently Asked Questions
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How are fielding statistics measured in cricket?
Modern fielding statistics are measured through ball-tracking camera systems, GPS performance trackers worn by fielders, and video analysis platforms. Key metrics include catch completion rate (catches taken vs. chances offered), run-out contributions (direct and indirect), boundary saves (interceptions at the rope), and distance covered per match. These are compiled by team analysts and technology providers like Hawk-Eye and CricViz.
What is catch completion rate in cricket?
Catch completion rate (CCR) is the percentage of fielding chances that result in a successful catch: CCR = (Catches Taken / Total Chances Offered) x 100. Elite fielders maintain career CCRs above 85%; average international fielders typically post 75-80%. CCR is more informative than raw catch counts because it accounts for the difficulty and frequency of chances offered.
What is the best fielding position in T20 cricket?
The most impactful fielding positions in T20 cricket from a run-saving perspective are: long-off and long-on (highest boundary-save frequency), square leg and fine leg (key for pull-shot boundaries), and point/cover (diagonal boundary saves from cuts and drives). The slip cordon is less relevant in T20 due to infrequent use. Ground fielders who can sprint to cut off boundaries have the highest measurable impact.
Who is the best fielder in cricket history?
Jonty Rhodes of South Africa is widely considered the greatest outfielder in cricket history, revolutionizing fielding standards in the 1990s and setting records for run-outs and diving catches that redefined what was athletically possible. In the modern era, Ravindra Jadeja and AB de Villiers are recognized as the most complete fielding packages, combining exceptional catching, throwing accuracy, and ground-fielding athleticism.
How much does good fielding affect the match outcome?
Research using IPL and international cricket data suggests that elite fielding teams save approximately 15-25 additional runs per match compared to average fielding teams. In T20 cricket where matches are won by margins of 5-15 runs in approximately 60% of cases, this fielding run-saving is equivalent to an additional batter scoring a match-winning 15-25 runs — making fielding excellence directly match-decisive.
Are fielding statistics included in ICC player rankings?
ICC player rankings for batting and bowling do not directly incorporate fielding statistics. However, fielding performance influences broader player evaluation for award purposes — the ICC fielder of the year award, various franchise player ratings systems (used in IPL auction analysis), and national selection processes all consider fielding metrics alongside batting and bowling data.
What is a direct run-out in cricket?
A direct run-out occurs when a fielder's throw directly hits the stumps while a batter is out of their crease, resulting in dismissal without any other fielder needing to collect and then break the stumps. Direct run-outs require both throwing accuracy and reading the batter's movement precisely — they are scored as the highest-difficulty fielding achievement and assigned full credit (15 points) in Fielding Impact Score systems.
Common Mistakes to Avoid
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- !Comparing absolute catch counts across players without normalizing for chances offered — a fielder who takes 15 catches from 20 chances is a better catcher than one who takes 15 from 15 chances only if we ignore that the first had 33% more opportunities, not that they made more catches.
- !Ignoring the contribution of run-saving to fielding quality, focusing exclusively on catches and run-outs — a boundary-saving specialist who prevents 20 fours per tournament contributes 80 saved runs, comparable to 8 additional wickets in terms of match impact.
- !Treating fielding errors (drops, misfields) as isolated incidents rather than tracking systemic patterns — a player who consistently drops catches on the leg side or in certain light conditions has an identifiable weakness that coaching can address, but only if the drop location and condition data is captured systematically.
Pro Tip
When evaluating fielding for T20 squad selection, weight boundary-saving ability in the positions where the batting team hits the most boundaries for your specific opposition (use ball-tracking to identify their six-zone hitting frequency), and then select your best athletic fielder for those positions. This position-specific fielding optimization can save 8-12 additional runs per match compared to random fielder placement.
Did you know?
The fastest ever run-out in recorded international cricket occurred in a 2019 IPL match when Ravindra Jadeja fielded, turned, and threw down the stumps in 1.58 seconds from a position 40 meters from the wicket. High-speed camera analysis revealed Jadeja's arm release speed was approximately 120 km/h — comparable to a medium-fast bowler's delivery speed — directed with pinpoint accuracy. This single play has become a coaching benchmark for what elite run-out technique looks like.
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