Study revised targets, par scores, and resource loss. Use flexible inputs, examples, and exports easily. Understand interruptions better with a simple cricket learning tool.
| Format | Team 1 Score | Team 1 Resource % | Team 2 Resource % | G50 | Revised Overs | Revised Target |
|---|---|---|---|---|---|---|
| ODI | 280 | 100 | 80 | 245 | 40 | 225 |
| T20 | 165 | 100 | 90 | 160 | 18 | 149 |
| ODI | 240 | 95 | 100 | 245 | 50 | 253 |
This calculator uses an educational Duckworth-Lewis style approach based on resource percentages entered by the user.
When Team 2 has fewer or equal resources:
Revised Target = floor(Team 1 Score × Team 2 Resource % ÷ Team 1 Resource %) + 1
When Team 2 has more resources:
Revised Target = floor(Team 1 Score + G50 × (Team 2 Resource % − Team 1 Resource %) ÷ 100) + 1
Resource Lost:
Resource Lost = Team 1 Resource % − Team 2 Resource %
Estimated Pace Par Score:
Estimated Pace Par = floor((Revised Target − 1) × Balls Bowled ÷ Total Revised Balls)
Required Run Rate:
Required Run Rate = Runs Remaining ÷ Overs Remaining
This model is useful for learning. Official professional match calculations use formal resource tables and competition rules.
The DL Method Cricket Target Score Calculator helps students understand how interrupted cricket matches adjust a chase target. Rain, bad light, or delays can shorten a game. That changes the resources available to the chasing team. This calculator converts those resource changes into a revised target.
The page is built for education. It explains the idea behind target revision without forcing users to study long tables first. You can enter the first innings score, resource percentages, revised overs, and a G50 benchmark. The result appears quickly and stays easy to review.
Cricket target adjustment depends on resources. Resources usually mean overs remaining and wickets in hand. When a team loses overs because of an interruption, its scoring potential changes. A fair chase target should reflect that change. This is why resource-based methods are useful.
This calculator lets you enter Team 1 resource percentage and Team 2 resource percentage directly. That makes classroom use simpler. It also helps learners test many scenarios. You can compare reduced resources and extra resources with the same page.
The calculator gives more than one figure. It shows the revised target, original target, resource loss, and difference from the original chase. If you also enter the current chase score and overs bowled, it shows runs remaining, balls remaining, current run rate, required run rate, and an estimated pace par score.
These outputs support cricket lessons, match simulation, exam practice, and strategy discussion. They also help users understand chase pressure during shortened matches.
This page also includes a formula section, steps for use, an example table, and simple export tools. The CSV option is useful for data review. The PDF option is useful for printing or sharing a match summary. Overall, this calculator makes revised target learning practical, structured, and easy to repeat.
It estimates a revised cricket target after interruptions. It uses user-entered resource percentages, revised overs, and the first innings score. It is designed for teaching and practice.
No. This page is an educational DL style calculator. Official professional games use formal resource tables and playing conditions set by governing bodies and competitions.
A resource percentage represents scoring potential. It usually reflects overs left and wickets in hand. Higher resources mean better scoring capacity for the batting side.
G50 is a benchmark average score used in the extra resource case. It helps estimate a fair target when the chasing team has more resources than the first batting team.
Yes. Enter overs in cricket format. For example, 19.3 means 19 overs and 3 balls, not 19.30 overs in decimal time format.
If Team 2 has fewer resources than Team 1, the revised target usually drops. Fewer overs or fewer scoring opportunities reduce expected run potential.
It is a simple learning estimate based on balls used in the revised chase. It helps compare current scoring pace with the adjusted target path.
Students, cricket coaches, teachers, analysts, and fans can use it. It is especially useful for learning revised targets in rain affected cricket matches.