Proseca: Loss-in-Weight Total Performance and Effective Value Converter
Author: EbimorphicExecutions: 18
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Equivalent Comprehensive Power and RMS Value Conversion for Loss-En
*You can calculate up to 4 sets simultaneously. Each “column” in the top row represents one set.
*The output corresponds to columns 1 through 4 in the top row, from left to right.
*The output corresponds to columns 1 through 4 in the top row, from left to right.
| －－－－－－－－－－－－－－－－－－－－Standard Support－－－－－－－－－－－－－－－－－－－－ | |
| Comprehensive Benchmark Score | 10,000｜Comprehensive Benchmark Score 10,000｜Comprehensive Benchmark Score 10,000｜Comprehensive Benchmark Score 10,000 |
| Equivalent RMS Value | ％｜Equivalent RMS Value ％｜Equivalent RMS Value ％｜Equivalent RMS Value ％ |
| Equivalent Comprehensive Capability | 10,000｜Equivalent Comprehensive Capability 10,000｜Equivalent Comprehensive Capability 10,000｜Equivalent Comprehensive Capability 10,000 |
| Standard Effective Value | ％｜Standard Effective Value ％｜Standard Effective Value ％｜Standard Effective Value ％ |
| 10,000 Δ Comprehensive Ability = %ΔRMS｜1% Δ RMS = 10,000 Δ Comprehensive Strength | |
| －－－－－－－－－－－－－－－－－－－When providing Anko support－－－－－－－－－－－－－－－－－－－－ | |
| Comprehensive Benchmark Score | 10,000｜Comprehensive Benchmark Score 10,000｜Comprehensive Benchmark Score 10,000｜Comprehensive Benchmark Score 10,000 |
| Equivalent RMS Value | ％｜Equivalent RMS Value ％｜Equivalent RMS Value ％｜Equivalent RMS Value ％ |
| Equivalent Comprehensive Capability | 10,000｜Equivalent Comprehensive Capability 10,000｜Equivalent Comprehensive Capability 10,000｜Equivalent Comprehensive Capability 10,000 |
| Standard Effective Value | ％｜Standard Effective Value ％｜Standard Effective Value ％｜Standard Effective Value ％ |
| 10,000 Δ Comprehensive Ability = %ΔRMS｜1% Δ RMS = 10,000 Δ Comprehensive Strength |
* Values are converted based on the supporter’s values to determine the values that provide an equivalent point effect for the runner.
* Equivalent conversion is based on an approximation of the expected point value assuming AP.
* The runner’s values are used as the standard:
For Total → Actual, the equivalent effective value relative to the baseline comprehensive strength is calculated;
For Actual → Total, the equivalent comprehensive strength relative to the baseline effective value is calculated.
*The runner’s comprehensive strength affects the conversion rate.
*“Standard Support” and “Anko Support” have different conversion rates and are displayed separately.
・“Target Overall Power (10,000)” and “Target Effective Value (%)” are the supporter’s values.
*“Runner Effective Value” is an optional input. If the value is 0, it is treated as not entered, and no conversion is performed from Effective to Total.
* Equivalent conversion is based on an approximation of the expected point value assuming AP.
* The runner’s values are used as the standard:
For Total → Actual, the equivalent effective value relative to the baseline comprehensive strength is calculated;
For Actual → Total, the equivalent comprehensive strength relative to the baseline effective value is calculated.
*The runner’s comprehensive strength affects the conversion rate.
*“Standard Support” and “Anko Support” have different conversion rates and are displayed separately.
・“Target Overall Power (10,000)” and “Target Effective Value (%)” are the supporter’s values.
*“Runner Effective Value” is an optional input. If the value is 0, it is treated as not entered, and no conversion is performed from Effective to Total.
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