public C_Raud(G.Line main, G.Line side, int nr, int d, string teras) : base(main, nr, d, teras) { G.Vector mainDir = main.getDirectionVector(); G.Polar mainPol = G.Converter.xy_to_la(mainDir); G.Vector sideDir = side.getDirectionVector(); G.Polar sidePol = G.Converter.xy_to_la(sideDir); _A = shorter(side.Length()); _B = shorter(main.Length()); _U = G.Converter.AngleDelta(mainPol.angle, sidePol.angle); _IP = main.Start; _Length = _A + _B; //OVERRIDE G.Vector dir = main.getDirectionVector(); double shorterLength = shorter(main.Length()); _StartPoint = main.Start; _EndPoint = _StartPoint.move(shorterLength, dir); //OVERRIDE G.Vector v1 = -1 * side.getDirectionVector(); _SidePoint = _StartPoint.move(_A, v1); }
public static E_Raud mergeTwoRebar_long(C_Raud one, C_Raud two) { G.Point a = one._SidePoint; G.Point b = one.StartPoint; G.Point c = two.StartPoint; G.Point d = two._EndPoint; G.Line temp1 = new G.Line(a, b); G.Line main = new G.Line(b, c); G.Line temp2 = new G.Line(c, d); double s1 = temp1.Length(); double s2 = temp2.Length(); double max = Math.Max(s1, s2); G.Vector v1 = (-1) * temp1.getDirectionVector(); G.Vector v2 = temp2.getDirectionVector(); G.Point new_a = b.move(max, v1); G.Point new_d = c.move(max, v2); G.Line side1 = new G.Line(new_a, b); G.Line side2 = new G.Line(c, new_d); E_Raud raud = new E_Raud(main, side1, side2, one.Number, one.Diameter, one.Materjal); return(raud); }
public E_Raud(G.Line main, G.Line side1, G.Line side2, int nr, int d, string teras, int parand = 0) : base(main, nr, d, teras) { G.Vector mainDir = main.getDirectionVector(); G.Polar mainPol = G.Converter.xy_to_la(mainDir); G.Vector sideDir1 = side1.getDirectionVector(); G.Polar sidePol1 = G.Converter.xy_to_la(sideDir1); G.Vector sideDir2 = side2.getDirectionVector(); G.Polar sidePol2 = G.Converter.xy_to_la(sideDir2); _A = shorter(side1.Length()); _B = shorter(main.Length()); _B2 = shorter(main.Length() + parand); // parand magic _C = shorter(side2.Length()); G.Vector perpendVector = mainDir.rotate(-Math.PI / 2); double maxDist = Math.Max(_A, _C) * 2; G.Line mainExtended = main.extendDouble(maxDist); G.Point movePoint1 = side1.Start.move(maxDist, perpendVector); G.Line perpendLine1 = new G.Line(side1.Start, movePoint1); G.Point interPoint1 = G.Line.getIntersectionPoint(mainExtended, perpendLine1); G.Line XLine = new G.Line(side1.Start, interPoint1); G.Point movePoint2 = side2.End.move(maxDist, perpendVector); G.Line perpendLine2 = new G.Line(side2.End, movePoint2); G.Point interPoint2 = G.Line.getIntersectionPoint(mainExtended, perpendLine2); G.Line YLine = new G.Line(side2.End, interPoint2); _U = G.Converter.AngleDelta(mainPol.angle, sidePol1.angle); _V = G.Converter.AngleDelta(mainPol.angle, sidePol2.angle); _X = XLine.Length(); _Y = YLine.Length(); _IP = main.getCenterPoint(); _Length = _A + _B2 + _C; // parand magic G.Vector v1 = -1 * side1.getDirectionVector(); _Side1Point = _StartPoint.move(_A, v1); G.Vector v2 = side2.getDirectionVector(); _Side2Point = _EndPoint.move(_C, v2); }
private void define_side_D(LineSegment seg) { G.Line ln = seg.getLine(); G.Line offsetLine = ln.Offset(_V_.X_CONCRETE_COVER_1); G.Vector d1 = ln.getDirectionVector(); G.Vector o1 = ln.getOffsetVector(); double absX = Math.Abs(o1.X); double absY = Math.Abs(o1.Y); G.Vector absV = new G.Vector(absX, absY); G.Polar p = G.Converter.xy_to_la(absV); int spacing; int distance; int parand; // parand magic if (p.angle < Math.PI / 4) { spacing = _V_.X_REINFORCEMENT_SIDE_D_SPACING; distance = _V_.X_REINFORCEMENT_SIDE_D_ANCHOR_LENGTH; parand = _V_.X_REINFORCEMENT_SIDE_D_FIX; } else { spacing = _V_.X_REINFORCEMENT_TOP_D_SPACING; distance = _V_.X_REINFORCEMENT_TOP_D_ANCHOR_LENGTH; parand = _V_.X_REINFORCEMENT_TOP_D_FIX; } double nearEdge = _V_.X_CONCRETE_COVER_1 * 2.5; double equalSpacer = ((ln.Length() - 2 * nearEdge) % spacing) / 2; double j = nearEdge + equalSpacer; double len = ln.Length(); if ((len - nearEdge * 2) > spacing) { R.Raud_Array rauad = new R.Raud_Array(spacing); knownArrayReinforcement.Add(rauad); while (j < len) { G.Point start = offsetLine.Start.move(j, d1); G.Point end = start.move(distance, o1); D_side_handler(start, end, parand); // parand magic j = j + spacing; } D_side_garbage_collector(); } }
//B HANDLE private bool B_vs_C_handler(G.Point mainPoint, G.Point mainEnd, G.Point sideStart, G.Edge e, G.Corner oc) { G.Line main = new G.Line(mainPoint, mainEnd); G.Line side = new G.Line(sideStart, mainPoint); G.Line temp1 = trimLine_basepoint(main, mainPoint); if (temp1.Length() > main.Length() * _V_.M_TRIM_TOLERANCE) { main = temp1.Copy(); } if (denier(main)) { return(false); } G.Line temp2 = trimLine_basepoint(side, mainPoint); if (temp2.Length() > side.Length() * _V_.M_TRIM_TOLERANCE) { side = temp2.Copy(); } if (denier(side)) { return(false); } if (main.Length() < _V_.Y_REINFORCEMENT_MAIN_RADIUS) { return(false); } if (side.Length() < _V_.Y_REINFORCEMENT_MAIN_RADIUS) { return(false); } G.Vector v1 = main.getDirectionVector(); G.Vector v2 = side.getDirectionVector(); double ang = G.Converter.AngleDeltaCW(v1, v2); if (Math.Abs(ang - Math.PI / 2) < _V_.M_B_BAR_TOLERANCE) { R.B_Raud reinf = new R.B_Raud(main, side, _V_.X_REINFORCEMENT_NUMBER, _V_.X_REINFORCEMENT_MAIN_DIAMETER, _V_.X_REINFORCEMENT_MARK); keep(reinf, e, oc, null); } else { R.C_Raud reinf = new R.C_Raud(main, side, _V_.X_REINFORCEMENT_NUMBER, _V_.X_REINFORCEMENT_MAIN_DIAMETER, _V_.X_REINFORCEMENT_MARK); keep(reinf, e, oc, null); } return(true); }
private void define_side_U(LineSegment seg) { G.Line mainLine = seg.getLine(); G.Line otherLine = seg.getOtherLine(); if (setLineSegment.Contains(seg)) { return; } if (isLineRight(mainLine) == false && isLineRight(otherLine) == true) { return; } G.Vector d1 = mainLine.getDirectionVector(); G.Vector o1 = mainLine.getOffsetVector(); int spacing = _V_.X_REINFORCEMENT_STIRRUP_SPACING; double nearEdge = _V_.X_CONCRETE_COVER_1 * 1.2; double equalSpacer = ((mainLine.Length() - 2 * nearEdge) % spacing) / 2; double j = nearEdge + equalSpacer; double len = mainLine.Length(); if ((len - nearEdge * 2) > spacing) { R.Raud_Array rauad = new R.Raud_Array(spacing); knownArrayReinforcement.Add(rauad); while (j < len) { G.Point start = mainLine.Start.move(j, d1); G.Point extended = start.move(_V_.Y_STIRRUP_MAX_LENGTH * 1.1, o1); G.Line temp = new G.Line(start, extended); G.Point end = G.Line.getIntersectionPoint(temp, otherLine); temp = new G.Line(start, end); if (Math.Round(temp.Length(), 0) > _V_.X_CONCRETE_COVER_1 * 2) { temp = temp.extendDouble(-1 * _V_.X_CONCRETE_COVER_1); U_side_handler(temp.Start, temp.End, seg); } j = j + spacing; } U_side_garbage_collector(); } }
//definer private bool D_side_handler(G.Point start, G.Point end, int parand) { G.Line side = new G.Line(start, end); if (denier(side)) { return(false); } //reinf_geometry_debug.Add(side); G.Vector o1 = side.getDirectionVector(); double absX = Math.Abs(o1.X); double absY = Math.Abs(o1.Y); G.Vector absV = new G.Vector(absX, absY); G.Polar p = G.Converter.xy_to_la(absV); R.D_Raud cur; if (p.angle < Math.PI / 4) { if (_V_.X_REINFORCEMENT_SIDE_D_CREATE == 1) { cur = new R.D_Raud(side, _V_.Y_ELEMENT_WIDTH_COVER + parand, 1, _V_.X_REINFORCEMENT_SIDE_D_DIAMETER, _V_.X_REINFORCEMENT_MARK); } else { return(false); } } else { if (_V_.X_REINFORCEMENT_TOP_D_CREATE == 1) { cur = new R.D_Raud(side, _V_.Y_ELEMENT_WIDTH_COVER + parand, 1, _V_.X_REINFORCEMENT_TOP_D_DIAMETER, _V_.X_REINFORCEMENT_MARK); } else { return(false); } } int currentIndex = knownArrayReinforcement.Count - 1; knownArrayReinforcement[currentIndex].add_one(cur); keep_array(cur, null); return(true); }
private bool AB_handler_replace_side(R.A_Raud a, R.B_Raud b) { G.Line t1 = a.makeLine(); G.Line t2 = b.makeMainLine(); G.Line t3 = b.makeSideLine(); G.Line new_a_line = new G.Line(a.StartPoint, b.IP); G.Point new_b_start = t2.Start.move(_V_.Y_CONCRETE_COVER_DELTA, t2.getDirectionVector()); G.Point new_b_end = t2.End.move(_V_.Y_CONCRETE_COVER_DELTA, t2.getDirectionVector()); G.Point new_b_side_point = new_b_start.move(_V_.X_REINFORCEMENT_MAIN_ANCHOR_LENGTH, (-1) * t3.getDirectionVector()); G.Line new_b_side_line = new G.Line(new_b_side_point, new_b_start); G.Line new_b_main_line = new G.Line(new_b_start, new_b_end); R.A_Raud new_A = new R.A_Raud(new_a_line, a.Number, a.Diameter, a.Materjal); R.B_Raud new_B = new R.B_Raud(new_b_main_line, new_b_side_line, b.Number, b.Diameter, b.Materjal); if (denier(new_A.makeLine())) { return(false); } if (denier(new_B.makeSideLine())) { return(false); } if (denier(new_B.makeMainLine())) { return(false); } keep_replace(new_A, new_B, a, b); return(true); }
public D_Raud(G.Line main, G.Line side1, G.Line side2, int nr, int d, string teras, int parand = 0) : base(main, nr, d, teras) { _A = shorter(side1.Length()); _B = shorter(main.Length()); _B2 = shorter(main.Length() + parand); // parand magic _C = shorter(side2.Length()); _IP = main.getCenterPoint(); _Length = _A + _B2 + _C; // parand magic G.Vector v1 = -1 * side1.getDirectionVector(); _Side1Point = _StartPoint.move(_A, v1); G.Vector v2 = side2.getDirectionVector(); _Side2Point = _EndPoint.move(_C, v2); }
public bool isInBounds(Line target) { Vector v = target.getDirectionVector(); Polar p = Converter.xy_to_la(v); Line projected_line = target.rotation(this, p.angle); if (this.X < projected_line.Start.X) { return(false); } if (this.X > projected_line.End.X) { return(false); } return(true); }
public Raud(G.Line main, int nr, int d, string teras) { G.Vector dir = main.getDirectionVector(); G.Polar pol = G.Converter.xy_to_la(dir); _Rotation = G.Converter.Wrap(pol.angle, Math.PI * 2, 0.0); _Number = nr; _Diameter = d; _Materjal = teras; double shorterLength = shorter(main.Length()); double originalLength = main.Length(); double delta = (originalLength - shorterLength) / 2; _StartPoint = main.Start.move(delta, dir); _EndPoint = _StartPoint.move(shorterLength, dir); }
public B_Raud(G.Line main, G.Line side, int nr, int d, string teras) : base(main, nr, d, teras) { _A = shorter(side.Length()); _B = shorter(main.Length()); _IP = main.Start; _Length = _A + _B; //OVERRIDE G.Vector dir = main.getDirectionVector(); double shorterLength = shorter(main.Length()); _StartPoint = main.Start; _EndPoint = _StartPoint.move(shorterLength, dir); //OVERRIDE G.Vector v1 = -1 * side.getDirectionVector(); _SidePoint = _StartPoint.move(_A, v1); }
private bool isLineRight(G.Line ln) { G.Vector v = ln.getDirectionVector(); double absX = Math.Abs(v.X); double absY = Math.Abs(v.Y); G.Vector absV = new G.Vector(absX, absY); G.Polar p = G.Converter.xy_to_la(absV); double remain = p.angle % (Math.PI / 4); if (remain < 0.1) { return(true); } return(false); }
private G.Line trimLine_basepoint(G.Line extendedLine, G.Point fixedPoint, double offset, G.Edge e, ref G.Edge trimmer) { G.Line trimmedLine = extendedLine.Copy(); foreach (G.Edge eg in allEdges) { if (eg.Line.getOffsetVector() == e.Line.getOffsetVector()) { continue; } if (e.StartCorner.getOtherEdge(e) == eg && e.StartCorner.Angle > Math.PI) { continue; } if (e.EndCorner.getOtherEdge(e) == eg && e.EndCorner.Angle > Math.PI) { continue; } if (trimmedLine.getDirectionVector() == eg.Line.getDirectionVector()) { continue; } if (trimmedLine.getDirectionVector() == (-1) * eg.Line.getDirectionVector()) { continue; } double o = offset - _V_.X_TRIM_MINIMUM_DELTA; double so = _V_.X_CONCRETE_COVER_1 - _V_.X_TRIM_SIDE_MINIMUM_DELTA; if (e.StartCorner.getOtherEdge(e) == eg) { o = so; } if (e.EndCorner.getOtherEdge(e) == eg) { o = so; } G.Line offsetLine = eg.edgeTrimmer(o, so, so); if (G.Line.hasIntersection(trimmedLine, offsetLine)) { G.Point ip = G.Line.getIntersectionPoint(trimmedLine, offsetLine); if (ip == fixedPoint) { continue; } if (fixedPoint == extendedLine.End) { trimmedLine = new G.Line(ip, extendedLine.End); } else { trimmedLine = new G.Line(extendedLine.Start, ip); } trimmer = eg; } } return(trimmedLine); }
//D HANDLE private bool D_vs_E_handler(G.Point mainPoint, G.Point mainEnd, G.Point side1Start, G.Point side2End, G.Edge e, G.Corner c1, G.Corner c2, int parand, G.Edge other = null, G.Edge other2 = null) { G.Line main = new G.Line(mainPoint, mainEnd); G.Line side1 = new G.Line(side1Start, mainPoint); G.Line side2 = new G.Line(mainEnd, side2End); if (main.Length() < _V_.Y_REINFORCEMENT_MAIN_RADIUS * 1.99) { return(false); } //reinf_geometry_debug.Add(main); //reinf_geometry_debug.Add(side1); //reinf_geometry_debug.Add(side2); G.Vector v1 = main.getDirectionVector(); G.Vector v2 = side1.getDirectionVector(); G.Vector v3 = side2.getDirectionVector(); double ang1 = G.Converter.AngleDeltaCW(v1, v2); double ang2 = G.Converter.AngleDeltaCW(v1, v3); bool d1 = Math.Abs(ang1 - Math.PI / 2) < _V_.M_B_BAR_TOLERANCE; bool d2 = Math.Abs(ang2 - 3 * Math.PI / 2) < _V_.M_B_BAR_TOLERANCE; if (d1 && d2) { R.D_Raud reinf = new R.D_Raud(main, side1, side2, _V_.X_REINFORCEMENT_NUMBER, _V_.X_REINFORCEMENT_MAIN_DIAMETER, _V_.X_REINFORCEMENT_MARK, parand); if (denier(reinf.makeMainLine())) { return(false); } if (denier(reinf.makeSide1Line())) { return(false); } if (denier(reinf.makeSide2Line())) { return(false); } keep(reinf, e, c1, c2); keep_double(reinf, other); keep_double(reinf, other2); } else { R.E_Raud reinf = new R.E_Raud(main, side1, side2, _V_.X_REINFORCEMENT_NUMBER, _V_.X_REINFORCEMENT_MAIN_DIAMETER, _V_.X_REINFORCEMENT_MARK, parand); if (denier(reinf.makeMainLine())) { return(false); } if (denier(reinf.makeSide1Line())) { return(false); } if (denier(reinf.makeSide2Line())) { return(false); } keep(reinf, e, c1, c2); keep_double(reinf, other); keep_double(reinf, other2); } return(true); }