private (int horizontalGutter, int verticalGutter) GetGutter(string breakPoint)
{
GutterType gutter = 0;
if (this.Gutter.Value != null)
{
gutter = this.Gutter;
}
return(gutter.Match(
num => (num, 0),
dic => breakPoint != null && dic.ContainsKey(breakPoint) ? (dic[breakPoint], 0) : (0, 0),
tuple => tuple
));
}
private (int horizontalGutter, int verticalGutter) GetGutter(string breakPoint)
{
GutterType gutter = 0;
if (this.Gutter.Value != null)
{
gutter = this.Gutter;
}
return(gutter.Match(
num => (num, 0),
dic => breakPoint != null && dic.ContainsKey(breakPoint) ? (dic[breakPoint], 0) : (0, 0),
tuple => tuple,
tupleDicInt => (tupleDicInt.Item1.ContainsKey(breakPoint) ? tupleDicInt.Item1[breakPoint] : 0, tupleDicInt.Item2),
tupleIntDic => (tupleIntDic.Item1, tupleIntDic.Item2.ContainsKey(breakPoint) ? tupleIntDic.Item2[breakPoint] : 0),
tupleDicDic => (tupleDicDic.Item1.ContainsKey(breakPoint) ? tupleDicDic.Item1[breakPoint] : 0, tupleDicDic.Item2.ContainsKey(breakPoint) ? tupleDicDic.Item2[breakPoint] : 0)
));
}
private (int horizontalGutter, int verticalGutter) GetGutter(BreakpointType?breakPoint)
{
GutterType gutter = 0;
if (this.Gutter.Value != null)
{
gutter = this.Gutter;
}
var breakPointName = Enum.GetName(typeof(BreakpointType), breakPoint);
return(gutter.Match(
num => (num, 0),
dic => breakPoint != null && dic.ContainsKey(breakPointName) ? (dic[breakPointName], 0) : (0, 0),
tuple => tuple,
tupleDicInt => (tupleDicInt.Item1.ContainsKey(breakPointName) ? tupleDicInt.Item1[breakPointName] : 0, tupleDicInt.Item2),
tupleIntDic => (tupleIntDic.Item1, tupleIntDic.Item2.ContainsKey(breakPointName) ? tupleIntDic.Item2[breakPointName] : 0),
tupleDicDic => (tupleDicDic.Item1.ContainsKey(breakPointName) ? tupleDicDic.Item1[breakPointName] : 0, tupleDicDic.Item2.ContainsKey(breakPointName) ? tupleDicDic.Item2[breakPointName] : 0)
));
}
