static FormulaUtil()
{
fm = new FuncMap();
fm.SetFunction("sin", new SinFunction());
fm.SetFunction("cos", new CosFunction());
fm.SetFunction("acos", new AcosFunction());
fm.SetFunction("asin", new AsinFunction());
fm.SetFunction("atan", new AtanFunction());
fm.SetFunction("tan", new TanFunction());
fm.SetFunction("cos", new CosFunction());
fm.SetFunction("max", new MaxFunction());
fm.SetFunction("min", new MinFunction());
fm.SetFunction("abs", new AbsFunction());
fm.SetFunction("log", new LogFunction());
fm.SetFunction("pow", new PowFunction());
fm.SetFunction("mod", new ModFunction());
}
public common(map <@string, ptr <Template> > tmpl = default, option option = default, sync.RWMutex muFuncs = default, FuncMap parseFuncs = default, map <@string, reflect.Value> execFuncs = default)
{
this.tmpl = tmpl;
this.option = option;
this.muFuncs = muFuncs;
this.parseFuncs = parseFuncs;
this.execFuncs = execFuncs;
}
// addValueFuncs adds to values the functions in funcs, converting them to reflect.Values. private static void addValueFuncs(map<@string, reflect.Value> @out, FuncMap @in) => func((_, panic, __) =>
// createValueFuncs turns a FuncMap into a map[string]reflect.Value
private static map<@string, reflect.Value> createValueFuncs(FuncMap funcMap)
{
var m = make_map<@string, reflect.Value>();
addValueFuncs(m, funcMap);
return m;
}
