Compact mode

INDIRECT vs OFFSET vs DVAR

Table of content

Basic Classification Comparison
Usage Context Comparison
Basic Information Comparison
History Comparison
Facts Comparison

Usage Information Comparison
Technical Details Comparison
Evaluation Comparison
Ratings Comparison

Basic Classification Comparison

Function Category 📊

Primary classification of the Excel function based on its main purpose and usage domain, helps users quickly identify function types

INDIRECT

Lookup & Reference

INDIRECT belongs to the Lookup & Reference category. Excel functions for searching and referencing data across spreadsheets Click to see all.

OFFSET

Lookup & Reference

OFFSET belongs to the Lookup & Reference category. Excel functions for searching and referencing data across spreadsheets Click to see all.

DVAR

Statistical

DVAR belongs to the Statistical category. Excel functions for statistical analysis and calculations Click to see all.
Operation Type 🔧

Fundamental type of operation or action that the Excel function performs on its inputs

INDIRECT

Retrieval

INDIRECT performs Retrieval operations. Functions specialized in fetching data from various sources Click to see all.

OFFSET

Retrieval

OFFSET performs Retrieval operations. Functions specialized in fetching data from various sources Click to see all.

DVAR

Calculation

DVAR performs Calculation operations. Excel functions for performing various calculations Click to see all.

Usage Context Comparison

For whom 👥

Target user groups who would benefit most from using this Excel function

For all*

Data Analysts

Excel functions specifically designed for data analysis and interpretation

INDIRECT

Engineers

INDIRECT is designed for Engineers. Excel functions commonly used in engineering calculations and analysis Click to see all.

OFFSET

Engineers

OFFSET is designed for Engineers. Excel functions commonly used in engineering calculations and analysis Click to see all.

DVAR

Statisticians

DVAR is designed for Statisticians. Excel functions designed for statistical analysis and probability calculations Click to see all.
Purpose 📝

Primary purposes and use cases of the Excel function

INDIRECT

Dynamic References

INDIRECT is used for Dynamic References. Functions for creating flexible cell references Click to see all.

OFFSET

Dynamic Ranges

OFFSET is used for Dynamic Ranges. Functions for handling flexible data ranges Click to see all.

DVAR

Statistical Analysis

DVAR is used for Statistical Analysis. Excel functions designed for statistical calculations and data analysis Click to see all.

Basic Information Comparison

Known For ⭐

Distinctive characteristic or primary strength of the Excel function

INDIRECT

Dynamic Cell References

INDIRECT is known for Dynamic Cell References.

OFFSET

Dynamic Range Manipulation

OFFSET is known for Dynamic Range Manipulation.

DVAR

Database Variance

DVAR is known for Database Variance.

History Comparison

Creation Date 📅

Original release date of the Excel function

INDIRECT

Excel 97

INDIRECT was created in Excel 97. Functions first available in Excel 97 version Click to see all.

OFFSET

Excel 3.0

OFFSET was created in Excel 3.0. Functions that originated in Excel 3.0 version Click to see all.

DVAR

Excel 95

DVAR was created in Excel 95. Functions that came with Excel 95 release Click to see all.
Created By 👤

Organization or team responsible for developing the function

For all*

Microsoft Excel Team

Functions officially created by the Microsoft Excel development team

Facts Comparison

Interesting Fact 💡

Unique or lesser-known information about the Excel function

INDIRECT

Can create circular references easily

OFFSET

Essential for dynamic charts

DVAR

Statisticians favorite database function
Sarcastic Fact 🤣

Humorous or ironic observation about the Excel function

INDIRECT

The function that makes Excel question its life choices

OFFSET

The parkour artist of Excel functions

DVAR

Makes variance feel important

Usage Information Comparison

Formula Complexity Level 📖

Indicates the difficulty level and complexity of using the Excel function effectively

For all*

Advanced

Complex Excel functions for sophisticated calculations and operations

Technical Details Comparison

Input Data Type 📝

Types of data that the Excel function accepts as input parameters

INDIRECT

Text

INDIRECT accepts Text as input data. Excel functions specifically designed for text manipulation Click to see all.

OFFSET

Range

OFFSET accepts Range as input data. Excel functions that operate on cell ranges and data sets Click to see all.

DVAR

Number

DVAR accepts Number as input data. Excel functions specifically designed for numerical calculations Click to see all.

Array

DVAR accepts Array as input data. Excel functions designed to work with arrays and ranges of data Click to see all.

Range

DVAR accepts Range as input data. Excel functions that operate on cell ranges and data sets Click to see all.
Version Compatibility 💻

Indicates which Excel versions and platforms the function is compatible with < including Office 365< Excel 2019< 2016< etc.

For all*

Excel 2019

Excel functions that work specifically in Excel 2019 version

INDIRECT

Excel 2016

INDIRECT is compatible with Excel 2016 Excel functions that work specifically in Excel 2016 version Click to see all.

Excel 2013

INDIRECT is compatible with Excel 2013 Excel functions that work specifically in Excel 2013 version Click to see all.

OFFSET

Excel 2016

OFFSET is compatible with Excel 2016 Excel functions that work specifically in Excel 2016 version Click to see all.

Excel 2013

OFFSET is compatible with Excel 2013 Excel functions that work specifically in Excel 2013 version Click to see all.

DVAR

Excel 97

DVAR is compatible with Excel 97 Excel functions that work in the classic Excel 97 version Click to see all.
Operating System 💾

Specifies the operating systems where the function can be used < including Windows< macOS< and web platforms

For all*

Windows

Excel functions optimized for Windows operating system
MacOS

Excel functions optimized for MacOS users
Required Arguments Count 🔢

Number of mandatory arguments needed for the function to work properly

INDIRECT

1

INDIRECT needs 1 required arguments Click to see all.

OFFSET

3

OFFSET needs 3 required arguments Click to see all.

DVAR

3

DVAR needs 3 required arguments Click to see all.
Required Arguments Type 📊

The data types accepted as valid input arguments for the function

INDIRECT

Text

INDIRECT accepts Text as input types Excel functions specialized in text string manipulation and processing Click to see all.

OFFSET

Range

OFFSET accepts Range as input types Excel functions that operate on cell ranges for calculations Click to see all.

Number

OFFSET accepts Number as input types Excel functions that perform calculations specifically with numerical inputs Click to see all.

DVAR

Range

DVAR accepts Range as input types Excel functions that operate on cell ranges for calculations Click to see all.

Text

DVAR accepts Text as input types Excel functions specialized in text string manipulation and processing Click to see all.

Criteria

DVAR accepts Criteria as input types Excel functions that use specific criteria for filtering and conditional operations Click to see all.

Evaluation Comparison

Pros ✅

Key advantages and strengths of the Excel function

INDIRECT

Flexible Referencing

Dynamic Range Selection

OFFSET

Flexible Range Selection

Functions that enable selecting dynamic ranges and cell references flexibly Click to see all.

Dynamic References

Functions that can automatically adjust cell references based on changes Click to see all.

DVAR

Statistical Precision

Database Integration

Accurate Statistical Analysis

Database Compatible
Cons ❌

Limitations and potential drawbacks of the Excel function

For all*

Complex Syntax

INDIRECT

Performance Intensive

OFFSET

Volatile Calculation

DVAR

Limited Audience

Functions designed for particular user groups, reducing general usability Click to see all.

Complex For Beginners

Limited Use Cases

Ratings Comparison

Ease of Use Score 📊

User-rated score for function's ease of use

INDIRECT

6.5

User-rated score for function's ease of use (25%) Having high ease of use score means the function is more intuitive and user-friendly. Click to see all.

OFFSET

6

User-rated score for function's ease of use (25%) Having high ease of use score means the function is more intuitive and user-friendly. Click to see all.

DVAR

5

User-rated score for function's ease of use (25%) Having high ease of use score means the function is more intuitive and user-friendly. Click to see all.
Versatility Score 📈

Rating for function's adaptability to different scenarios

INDIRECT

9

Rating for function's adaptability to different scenarios (25%) Functions with higher versatility scores can be used in more diverse scenarios and applications. Click to see all.

OFFSET

9

Rating for function's adaptability to different scenarios (25%) Functions with higher versatility scores can be used in more diverse scenarios and applications. Click to see all.

DVAR

6.5

Rating for function's adaptability to different scenarios (25%) Functions with higher versatility scores can be used in more diverse scenarios and applications. Click to see all.
Performance Score ⚙

Rating for function's execution speed and efficiency

INDIRECT

6

Rating for function's execution speed and efficiency (25%) Functions with higher performance scores execute faster and use system resources more efficiently. Click to see all.

OFFSET

6.5

Rating for function's execution speed and efficiency (25%) Functions with higher performance scores execute faster and use system resources more efficiently. Click to see all.

DVAR

8.8

Rating for function's execution speed and efficiency (25%) Functions with higher performance scores execute faster and use system resources more efficiently. Click to see all.
Reliability Score 🛠

Rating for function's consistency and error handling

INDIRECT

7.5

Rating for function's consistency and error handling (25%) Functions with higher reliability scores produce more consistent results and handle edge cases better. Click to see all.

OFFSET

7.5

Rating for function's consistency and error handling (25%) Functions with higher reliability scores produce more consistent results and handle edge cases better. Click to see all.

DVAR

9

Rating for function's consistency and error handling (25%) Functions with higher reliability scores produce more consistent results and handle edge cases better. Click to see all.
Score ⭐

Overall rating combining all scoring attributes

For all*

7.3

Alternatives to INDIRECT

Known for Vertical Data Search

🔢 needs fewer arguments than INDIRECT

📊 is easier to use than INDIRECT

⚙ performs better than INDIRECT

🛠 is more reliable than INDIRECT

⭐ is rated higher than INDIRECT

Known for Position Finding

🔢 needs fewer arguments than INDIRECT

📊 is easier to use than INDIRECT

⚙ performs better than INDIRECT

🛠 is more reliable than INDIRECT

⭐ is rated higher than INDIRECT

Known for Replace Specific Text

🔢 needs fewer arguments than INDIRECT

📊 is easier to use than INDIRECT

⚙ performs better than INDIRECT

🛠 is more reliable than INDIRECT

⭐ is rated higher than INDIRECT

Known for Simple Vertical And Horizontal Lookups

🔢 needs fewer arguments than INDIRECT

📊 is easier to use than INDIRECT

⚙ performs better than INDIRECT

Known for Two-Way Lookup Power

🔢 needs fewer arguments than INDIRECT

📊 is easier to use than INDIRECT

📈 is more versatile than INDIRECT

⚙ performs better than INDIRECT

🛠 is more reliable than INDIRECT

⭐ is rated higher than INDIRECT

Known for Number Validation

📊 is easier to use than INDIRECT

⚙ performs better than INDIRECT

🛠 is more reliable than INDIRECT

⭐ is rated higher than INDIRECT

Known for Horizontal Data Lookup

🔢 needs fewer arguments than INDIRECT

📊 is easier to use than INDIRECT

⚙ performs better than INDIRECT

🛠 is more reliable than INDIRECT

⭐ is rated higher than INDIRECT

Known for Advanced Data Retrieval

🔢 needs fewer arguments than INDIRECT

📊 is easier to use than INDIRECT

📈 is more versatile than INDIRECT

⚙ performs better than INDIRECT

🛠 is more reliable than INDIRECT

⭐ is rated higher than INDIRECT

Known for Converting Row Data To Columns

📊 is easier to use than INDIRECT

⚙ performs better than INDIRECT

🛠 is more reliable than INDIRECT

⭐ is rated higher than INDIRECT

Known for Character Count Calculation

📊 is easier to use than INDIRECT

⚙ performs better than INDIRECT

🛠 is more reliable than INDIRECT

⭐ is rated higher than INDIRECT