public override bool CanByMaterial(Materials what, Materials wher)
{
//if Dowel || (what && wher)
if((Array.IndexOf(this.accepted_material, wher)>-1) && (Array.IndexOf(this.accepted_material, what)>-1))
return true;
else{
if((Array.IndexOf(this.accepted_material, Materials.Dowel)>-1) && (Array.IndexOf(this.accepted_material, what)>-1)){
Dowel dw = Calculator.DowelToScrew(this, what, wher);
if(dw != null){
this.dwl = dw;
this.is_doweled = dw != null;
}
return this.is_doweled;
}
}
return false;
}
public static void ReadDataResoursesDowels ()
{
DowelType type;
float max_avulsion_force;
float max_cut_force;
bool is_throughwall;
bool is_selfdrill;
float d;
float lenght;
Materials[] accepted_material;
float max_a;
float max_s;
float[] accepted_screw_d;
string s;
StreamReader strr = new StreamReader(GetStreamFromResource("Summer_work.Data.Dowels.dat"));
while ((s = strr.ReadLine()) != null) {
if(s[0] == '#')
while ((s = strr.ReadLine ()) != null && (s[0] == '#'));
if(s == null)
return;
string t;
t = s.Substring (0, s.IndexOf (" "));
s = s.Remove (0, s.IndexOf (" ") + 1);
Summer_work.DowelType.TryParse<Summer_work.DowelType> (t, out type);
t = s.Substring (0, s.IndexOf (" "));
s = s.Remove (0, s.IndexOf (" ") + 1);
max_avulsion_force = float.Parse (t);
t = s.Substring (0, s.IndexOf (" "));
s = s.Remove (0, s.IndexOf (" ") + 1);
max_cut_force = float.Parse (t);
if (s [0] == '1')
is_throughwall = true;
else
is_throughwall = false;
s = s.Remove (0, 2);
if (s [0] == '1')
is_selfdrill = true;
else
is_selfdrill = false;
s = s.Remove (0, 2);
t = s.Substring (0, s.IndexOf (" "));
s = s.Remove (0, s.IndexOf (" ") + 1);
d = float.Parse (t);
t = s.Substring (0, s.IndexOf (" "));
s = s.Remove (0, s.IndexOf (" ") + 1);
lenght = float.Parse (t);
t = s.Substring (0, s.IndexOf (" "));
s = s.Remove (0, s.IndexOf (" ") + 1);
//Используя регулярные выражения (pattern - что ищем, source - где ищем):
int sizeOfMat = new Regex (",").Matches (t).Count;
accepted_material = new Materials[sizeOfMat+1];
for (int i = 0; i < sizeOfMat; i++) {
string t1 = t.Substring (0, t.IndexOf (","));
t = t.Remove (0, t.IndexOf (",") + 1);
Materials.TryParse<Summer_work.Materials> (t1, out accepted_material [i]);
}
Materials.TryParse<Summer_work.Materials> (t, out accepted_material [sizeOfMat]);
t = s.Substring (0, s.IndexOf (" "));
s = s.Remove (0, s.IndexOf (" ") + 1);
max_a = float.Parse (t);
t = s.Substring (0, s.IndexOf (" "));
s = s.Remove (0, s.IndexOf (" ") + 1);
max_s = float.Parse (t);
int sizeOfScr = new Regex(";").Matches(s).Count;
accepted_screw_d = new float[sizeOfScr+1];
for(int i = 0; i < sizeOfScr; i++)
{
string t1 = s.Substring(0, s.IndexOf(";"));
s =s.Remove(0, s.IndexOf(";")+1);
accepted_screw_d[i] = float.Parse(t1);
}
accepted_screw_d[sizeOfScr] = float.Parse(s);
max_cut_force = accepted_screw_d [sizeOfScr - 1] * 5 * 100;
Dowel dw = new Dowel (type, max_avulsion_force, max_cut_force, is_throughwall, is_selfdrill, d, lenght, accepted_material, max_a, max_s, accepted_screw_d);
Storage.dowelsDB.Add (dw);
}
}