Enclosing interface:

ProjectReports
```
public static interface ProjectReports.AnalysisReport
```
This contains the bits of the analysis summary report that are common to both initial and optimal portfolios. it also has methods to get the bits s pecific to the initial and optimal portfolios

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method	Description
`double`	`amortTransCostDollar()`	returns the amortized transaction cost in dollars
`double`	`amortTransCostPercent()`	returns the amortized transaction cost as a percent of the net asset value
`double`	`grossEquityExposure()`	returns the gross equity exposure.
`ProjectReports.AnalysisSummaryReport`	`initial()`	returns the part of the analysis summary report specific to the initial portfolio.
`int`	`iterations1()`	returns the number of iterations it took to achieve the optimal portfolio
`int`	`iterations2()`
`int`	`iterations3()`
`double`	`netEquityExposure()`	returns the net equity exposure.
`ProjectReports.AnalysisSummaryReport`	`optimal()`	returns the part of the analysis summary report specific to the optimal portfolio.
`void`	`setData(int iterations1, int iterations2, int iterations3, int transactions, double turnoverPercent, double amortTransCostDollar, double amortTransCostPercent, double grossEquityExposure, double netEquityExposure)`	internal use only
`int`	`transactions()`	returns the number of transactions between initial and optimal.
`double`	`turnoverPercent()`	returns the turnover percent.

- Method Detail
  - initial
```
ProjectReports.AnalysisSummaryReport initial()
```
    returns the part of the analysis summary report specific to the initial portfolio.
    
    Returns:
    
    initial portfolio analysis summary.
  - optimal
```
ProjectReports.AnalysisSummaryReport optimal()
```
    returns the part of the analysis summary report specific to the optimal portfolio.
    
    Returns:
    
    optimal portfolio analysis summary.
  - iterations1
```
int iterations1()
```
    returns the number of iterations it took to achieve the optimal portfolio
    
    Returns:
    
    number of iterations.
  - iterations2
```
int iterations2()
```
  - iterations3
```
int iterations3()
```
  - transactions
```
int transactions()
```
    returns the number of transactions between initial and optimal.
    
    Returns:
    
    number of transactions.
  - turnoverPercent
```
double turnoverPercent()
```
    returns the turnover percent. turnover is buys plus sells so 200% is the maximum possible number for a long only portfolio
    
    Returns:
    
    turnover percent.
  - amortTransCostDollar
```
double amortTransCostDollar()
```
    returns the amortized transaction cost in dollars
    
    Returns:
    
    amortized transaction cost in dollars.
  - amortTransCostPercent
```
double amortTransCostPercent()
```
    returns the amortized transaction cost as a percent of the net asset value
    
    Returns:
    
    amortized transaction cost in percent.
  - grossEquityExposure
```
double grossEquityExposure()
```
    returns the gross equity exposure.
    
    Returns:
    
    gross equity exposure.
  - netEquityExposure
```
double netEquityExposure()
```
    returns the net equity exposure. differs from gross in the case of a long short portfolio.
    
    Returns:
    
    net equity exposure.
  - setData
```
void setData(int iterations1,
             int iterations2,
             int iterations3,
             int transactions,
             double turnoverPercent,
             double amortTransCostDollar,
             double amortTransCostPercent,
             double grossEquityExposure,
             double netEquityExposure)
```
    internal use only
    
    Parameters:
    
    iterations1 -
    
    iterations2 -
    
    iterations3 -
    
    transactions -
    
    turnoverPercent -
    
    amortTransCostDollar -
    
    amortTransCostPercent -
    
    grossEquityExposure -
    
    netEquityExposure -

Interface ProjectReports.AnalysisReport

Method Summary

Method Detail

initial

optimal

iterations1

iterations2

iterations3

transactions

turnoverPercent

amortTransCostDollar

amortTransCostPercent

grossEquityExposure

netEquityExposure

setData