I am new to C# so pardon me if I stumble over concepts or syntax.

I have a trading program where I use lists to store potential trades and data related to the quality of the trade. On of the lists contains fields that store incremental information from the chart. An example of how I do that is below. Each subsequent field is populated the same way but with a different threshold based on the boundaries. The boundary matches the field name. For example, the .SHL20 field hold a value related to objects on a chart that are between 0 and 20 ticks from the potential trade. .SHL30 is up to 30 ticks away, etc.

There are 2 things I want to do. First is to populate the fields. Then I would like to be able to choose which field I want to use as a trade filter.

I can populate the fields as I did below, but that is a lot of code to do the same thing.

I can also set up a case statement that chooses from among the different fields based on which threshold I want to use. But again, that is a lot of code since If my threshold is 40, I know I want the data in the .SHL40 field

But if it were possible to do something like name the fields based on a loop, and query on a loop I could do something like this

(My list name in the example below is IFVGopen)

for(index = 0 ; index < 100 ; index = index + 10)
{
SwingHLopen.Count(p =>  p.type == -type && p.eqhlCount < 2 && (tradeSide - p.price) * type - index >= 0     && (p.price - tradeSide) * type + index + 10 > 0)
}

then I’d like to extract the filter value by being able to get a variable, say 40, and find the value for IFVG[index].40

Is somethin like this possible?

I’m currently populating the fields manually like below.

IFVGopen[index].SHL20    = SwingHLopen.Count(p =>   p.type == -type && p.eqhlCount < 2 && (tradeSide - p.price) * type - 10 >= 0 && (p.price - tradeSide) * type + 20 > 0);

IFVGopen[index].SHL30    = SwingHLopen.Count(p =>   p.type == -type && p.eqhlCount < 2 && (tradeSide - p.price) * type - 10 >= 0 && (p.price - tradeSide) * type + 30 > 0);

IFVGopen[index].SHL40    = SwingHLopen.Count(p =>   p.type == -type && p.eqhlCount < 2 && (tradeSide - p.price) * type - 10 >= 0 && (p.price - tradeSide) * type + 40 > 0);

IFVGopen[index].SHL50    = SwingHLopen.Count(p =>   p.type == -type && p.eqhlCount < 2 && (tradeSide - p.price) * type - 10 >= 0 && (p.price - tradeSide) * type + 50 > 0);

IFVGopen[index].SHL60    = SwingHLopen.Count(p =>   p.type == -type && p.eqhlCount < 2 && (tradeSide - p.price) * type - 10 >= 0 && (p.price - tradeSide) * type + 60 > 0);

I can do it all manually as I described above, but it sems like there should be a more elegant way to accomplish the same thing