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Who's Done the Most Damage?

Most damage done against the player?


  • Total voters
    14

Randomfan

U19 Captain
Philander/Steyn is the exception, not the rule. They are vastly different bowling styles (also Philander's average is as low as it is because of conditions he played in, that bridged the gap in average between the 2. Steyn would have a significantly lower average and strike-rate on most pitches IMO)
I have not come across any fan who could confuse Steyn and Vern class due due to looking at their career avg. No one puts Jadeja with Warne looking at their career average. It's does not take more than 2 minutes to see break up of any player stats, see it raw break up in different conditions and also compare them with their peers.
 

Prince EWS

Global Moderator
So if it's a bowler you aren't familiar with, what are the first things you check in his record?

You're telling me you don't notice the tally of wickets compared to games played just as a reflex?

I find that hard to believe.
I only do that to the extent of checking to see if they were actually a regular frontline bowler.
 

Swamp Witch Hattie

U19 12th Man
There were posts about Ambrose's WPM about 11 pages back so I thought I would look into that in more detail.

Ambrose before shoulder injury (his shoulder might have been troubling him even during this time, I don't know):

Ambrose before shoulder injury.JPG

Ambrose after shoulder injury:

Ambrose after shoulder injury.JPG

1 = before shoulder injury

2 = after shoulder injury

WPM1 = 4.56

WPM2 = 3.72

WPM2/WPM1 = 0.816 so his WPM was 18.4% worse after his shoulder injury.

Reasons for the decline in his WPM:

WPM = wickets/matches

= (wickets/balls) x (balls/innings) x (innings/matches)

= BPI x (I/M)/SR

WPM2/WPM1 = (BPI2/BPI1) x ((I/M)2/(I/M)1) x (SR1/SR2)

= (117.0/129.8) x (1.76(0)/1.896) x (53.9/55.3)

= 0.901 x 0.928 x 0.975

= 0.815 (same as before, within rounding errors)

BPI = balls/innings = workload per innings

I/M = number of bowling innings bowler is getting per match

SR = strike rate in balls/wicket

You can see that the main contributor to Ambrose's WPM decline was his reduced workload per innings (maybe because his shoulder just couldn't take too much work anymore or they didn't want to risk his breaking down again).

The next major contributor was the drop-off in his number of bowling innings per match. Maybe when Ambrose returned after the shoulder injury, the WI attack (including Ambrose) wasn't as penetrative as before and they found it harder to bowl sides out or maybe the opposition batting improved or maybe the pitches became more placid. Or maybe Ambrose just wasn't bowled and like Garner, was picked for his batting!

The least important factor was Ambrose's SR getting worse. Maybe his SR got only a bit worse despite his pace being down because his accuracy might have improved slightly (as suggested by his smaller Econ) which helped to compensate somewhat (e.g. being able to put the ball in the right place better when the wicket was doing a bit).

I should point out that these factors are not independent, e.g. if Ambrose had bowled a lot more after his shoulder injury and not broken down then his BPI would have gone up but I would anticipate that his SR would have got worse, i.e. also increased.

The specific context I have given above can be expanded upon or corrected by others more knowledgeable about Ambrose or WI cricket.

Individual impacts of the three factors:

1 - 0.901 = 0.099

1 - 0.928 = 0.072

1 - 0.975 = 0.025

Note: 9.9% + 7.2% + 2.5% = 19.6% > earlier 18.4% because of higher-order terms due to the three factors operating simultaneously.

0.099 : 0.072 : 0.025 gives:

Workload per innings: 50.51% --> 51%

Number of bowling innings per match: 36.7% --> 37%

SR: 12.8% --> 13%

(some rounding errors going on here with the final percentages as their sum exceeds 100%)

If this analysis is regarded as being useful for identifying factors involved in why WPM changes (and their relative importance) then, of course, it can be applied to other bowlers as well. I'm tempted to apply it to my favourite, Hadlee, but I would divide his career up into three parts: 1973-77 (inconsistent), 1978-82 (great but (nearly always) off the long run) and 1983-1990 (greater and off the short run).
 

subshakerz

Request Your Custom Title Now!
There were posts about Ambrose's WPM about 11 pages back so I thought I would look into that in more detail.

Ambrose before shoulder injury (his shoulder might have been troubling him even during this time, I don't know):

View attachment 49230

Ambrose after shoulder injury:

View attachment 49231

1 = before shoulder injury

2 = after shoulder injury

WPM1 = 4.56

WPM2 = 3.72

WPM2/WPM1 = 0.816 so his WPM was 18.4% worse after his shoulder injury.

Reasons for the decline in his WPM:

WPM = wickets/matches

= (wickets/balls) x (balls/innings) x (innings/matches)

= BPI x (I/M)/SR

WPM2/WPM1 = (BPI2/BPI1) x ((I/M)2/(I/M)1) x (SR1/SR2)

= (117.0/129.8) x (1.76(0)/1.896) x (53.9/55.3)

= 0.901 x 0.928 x 0.975

= 0.815 (same as before, within rounding errors)

BPI = balls/innings = workload per innings

I/M = number of bowling innings bowler is getting per match

SR = strike rate in balls/wicket

You can see that the main contributor to Ambrose's WPM decline was his reduced workload per innings (maybe because his shoulder just couldn't take too much work anymore or they didn't want to risk his breaking down again).

The next major contributor was the drop-off in his number of bowling innings per match. Maybe when Ambrose returned after the shoulder injury, the WI attack (including Ambrose) wasn't as penetrative as before and they found it harder to bowl sides out or maybe the opposition batting improved or maybe the pitches became more placid. Or maybe Ambrose just wasn't bowled and like Garner, was picked for his batting!

The least important factor was Ambrose's SR getting worse. Maybe his SR got only a bit worse despite his pace being down because his accuracy might have improved slightly (as suggested by his smaller Econ) which helped to compensate somewhat (e.g. being able to put the ball in the right place better when the wicket was doing a bit).

I should point out that these factors are not independent, e.g. if Ambrose had bowled a lot more after his shoulder injury and not broken down then his BPI would have gone up but I would anticipate that his SR would have got worse, i.e. also increased.

The specific context I have given above can be expanded upon or corrected by others more knowledgeable about Ambrose or WI cricket.

Individual impacts of the three factors:

1 - 0.901 = 0.099

1 - 0.928 = 0.072

1 - 0.975 = 0.025

Note: 9.9% + 7.2% + 2.5% = 19.6% > earlier 18.4% because of higher-order terms due to the three factors operating simultaneously.

0.099 : 0.072 : 0.025 gives:

Workload per innings: 50.51% --> 51%

Number of bowling innings per match: 36.7% --> 37%

SR: 12.8% --> 13%

(some rounding errors going on here with the final percentages as their sum exceeds 100%)

If this analysis is regarded as being useful for identifying factors involved in why WPM changes (and their relative importance) then, of course, it can be applied to other bowlers as well. I'm tempted to apply it to my favourite, Hadlee, but I would divide his career up into three parts: 1973-77 (inconsistent), 1978-82 (great but (nearly always) off the long run) and 1983-1990 (greater and off the short run).
Great post.

Yes it's true, Ambrose for half his career after his shoulder injury essentially bowls below par as far as a workload is concerned.

Compare that to Lillee who was bowling way more as his career proceeded, after injury and after WSC towards the end. Almost ten overs more per match on average.
 

Swamp Witch Hattie

U19 12th Man
Great post.

Yes it's true, Ambrose for half his career after his shoulder injury essentially bowls below par as far as a workload is concerned.

Compare that to Lillee who was bowling way more as his career proceeded, after injury and after WSC towards the end. Almost ten overs more per match on average.
Lillee before WSC:

Lillee before WSC.JPG

Lillee after WSC:

Lillee after WSC.JPG

WPM1 = 5.34

WPM2 = 4.84

WPM2/WPM1 = 0.906 so his WPM was 9.4% worse after WSC.

WPM2/WPM1 = (BPI2/BPI1) x ((I/M)2/(I/M)1) x (SR1/SR2)

= (138.3/141.7) x (1.842/1.938) x (51.3/52.6)

= 0.976 x 0.950 x 0.975

= 0.904 (same as before, within rounding errors)

Individual impacts of the three factors:

0.024 : 0.050 : 0.025 gives:

Workload per innings: 24%

Number of bowling innings per match: 51%

SR: 25%

The last two years two months of Lillee's Test career:

Lillee last two years two months.JPG

BPI before WSC: 141.7

BPI after WSC: 138.3

BPI last two years two months: 136.4

BPM before WSC: 274.5

BPM after WSC: 254.8

BPM last two years two months: 238.7

Lillee's workload went down but not as much as Ambrose's.
 

Swamp Witch Hattie

U19 12th Man
Ambrose's workload picked up towards the end:

His last two years seven months:

Ambrose last two years seven months.JPG

BPI before shoulder injury: 129.8

BPI after shoulder injury: 117.0

BPI last two years seven months: 121.6

BPM before shoulder injury: 246(.0)

BPM after shoulder injury: 205.9

BPM last two years seven months: 222.9
 
Last edited:

subshakerz

Request Your Custom Title Now!
Ambrose's workload picked up towards the end:

His last two years seven months:

View attachment 49235

BPI before shoulder injury: 129.8

BPI after shoulder injury: 117.0

BPI last two years seven months: 121.6

BPM before shoulder injury: 246(.0)

BPM after shoulder injury: 205.9

BPM last two years seven months: 222.9
Still a fair distance from what Lillee was regularly bowling.
 
Last edited:

Swamp Witch Hattie

U19 12th Man
What's your top ten pace bowling list?
Subsz, I see posters like Luffy with (semi-)ordered lists of 100 or even 200 cricketers and others like kyear2 with his multiple tiers and ordering within these tiers and I have no idea how they do that. Even if I had the knowledge, I would struggle with the ordering. With pace bowling, there are many variables to consider: quality, longevity, performance across conditions, different eras, lone wolf versus pack leader, diciness (patriotic umpires and/or overly dedicated ball management), etc. What weightings do we assign to those things? How do we put it all together? I have no clue. Anyway, giving it a go:

1-3: Marshall, McGrath, Hadlee

I think any ordering is acceptable. Marshall was the most proven across all conditions. McGrath had his longevity and performance during the flat pitch era. Hadlee had his longevity, quality and carrying his team.

4: Steyn

He seems a little inconsistent but was absolutely deadly as an out-and-out strike bowler. A case could be made for his joining the above three.

5: Ambrose

Hurt a bit by his reduced output over the second half of his career due to the shoulder injury. If it hadn't been for that, could have joined the others above. Not his fault, he made the best of a difficult situation.

6-9: Lillee, Imran, Holding, Donald

You can shuffle them in any order you please.

10: Trueman or Wasim or Garner or Waqar

I have not considered bowlers who are still playing like Bumrah, Cummins or Rabada, or old-timers like Barnes who by all accounts was a genius.

I wouldn't be at all surprised if I have missed somebody!
 

Swamp Witch Hattie

U19 12th Man
In my previous posts above, I've been using BPI as a measure of workload per innings but the average speed of the deliveries of the bowler also needs to be taken into account for actual physical workload. Now, as a pacer ages, their average bowling speed tends to decrease so if their BPI also decreases then not only does their workload in terms of balls bowled decrease but their actual physical workload probably does too. However, if a pacer's BPI goes up as they age (like Hadlee's did when he transitioned from the long run to the short run) then while their workload in terms of balls bowled increases, their actual physical workload might more or less stay the same or even decrease since they are probably bowling with a lower average speed. In the case of Hadlee, his short run being short (off 15 paces) compared to his long run (off 23 paces) would have also helped to reduce his actual physical workload.
 

shortpitched713

Cricketer Of The Year
Subsz, I see posters like Luffy with (semi-)ordered lists of 100 or even 200 cricketers and others like kyear2 with his multiple tiers and ordering within these tiers and I have no idea how they do that. Even if I had the knowledge, I would struggle with the ordering. With pace bowling, there are many variables to consider: quality, longevity, performance across conditions, different eras, lone wolf versus pack leader, diciness (patriotic umpires and/or overly dedicated ball management), etc. What weightings do we assign to those things? How do we put it all together? I have no clue. Anyway, giving it a go:

1-3: Marshall, McGrath, Hadlee

I think any ordering is acceptable. Marshall was the most proven across all conditions. McGrath had his longevity and performance during the flat pitch era. Hadlee had his longevity, quality and carrying his team.

4: Steyn

He seems a little inconsistent but was absolutely deadly as an out-and-out strike bowler. A case could be made for his joining the above three.

5: Ambrose

Hurt a bit by his reduced output over the second half of his career due to the shoulder injury. If it hadn't been for that, could have joined the others above. Not his fault, he made the best of a difficult situation.

6-9: Lillee, Imran, Holding, Donald

You can shuffle them in any order you please.

10: Trueman or Wasim or Garner or Waqar

I have not considered bowlers who are still playing like Bumrah, Cummins or Rabada, or old-timers like Barnes who by all accounts was a genius.

I wouldn't be at all surprised if I have missed somebody!
I like the list, seems very much in line with CW consensus. I woul personally have Steyn and Garner higher, and Holding lower, but regardless is a good list. ;)
 

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