[structure] type = generalstructure # Type of structure id = ST_Borgharen # Name of the structure polylinefile = ../geometry/structures/ST_Borgharen.pli # *.pli; Polyline geometry definition for 2D structure Upstream1Width = 99.00 # Width left side of structure (m) Upstream2Width = 99.00 # Width structure left side (m) CrestWidth = 99.00 # Width structure centre (m) Downstream1Width = 99.00 # Width structure right side (m) Downstream2Width = 99.00 # Width right side of structure (m) Upstream1Level = 39.17 # Bed level left side of structure (m AD) Upstream2Level = 39.22 # Bed level left side structure (m AD) CrestLevel = 41.88 # Bed level at centre of structure (m AD) Downstream1Level = 39.22 # Bed level right side structure (m AD) Downstream2Level = 39.17 # Bed level right side of structure (m AD) GateLowerEdgeLevel = 999 # Gate lower edge level (m AD) pos_freegateflowcoeff = 1.000 # Positive free gate flow (-) pos_drowngateflowcoeff = 1.000 # Positive drowned gate flow (-) pos_freeweirflowcoeff = 1.000 # Positive free weir flow (-) pos_drownweirflowcoeff = 1.000 # Positive drowned weir flow (-) pos_contrcoeffreegate = 0.600 # Positive flow contraction coefficient (-) neg_freegateflowcoeff = 1.000 # Negative free gate flow (-) neg_drowngateflowcoeff = 1.000 # Negative drowned gate flow (-) neg_freeweirflowcoeff = 1.000 # Negative free weir flow (-) neg_drownweirflowcoeff = 1.000 # Negative drowned weir flow (-) neg_contrcoeffreegate = 0.600 # Negative flow contraction coefficient (-) extraresistance = 0.000 # Extra resistance (-) GateHeight = 999.00 # Gate opening height (m) GateOpeningWidth = 0 [structure] type = generalstructure # Type of structure id = ST_Linne # Name of the structure polylinefile = ../geometry/structures/ST_Linne.pli # *.pli; Polyline geometry definition for 2D structure Upstream1Width = 111.00 # Width left side of structure (m) Upstream2Width = 111.00 # Width structure left side (m) CrestWidth = 111.00 # Width structure centre (m) Downstream1Width = 111.00 # Width structure right side (m) Downstream2Width = 111.00 # Width right side of structure (m) Upstream1Level = 16.31 # Bed level left side of structure (m AD) Upstream2Level = 16.36 # Bed level left side structure (m AD) CrestLevel = 18.78 # Bed level at centre of structure (m AD) Downstream1Level = 16.36 # Bed level right side structure (m AD) Downstream2Level = 16.31 # Bed level right side of structure (m AD) GateLowerEdgeLevel = 999 # Gate lower edge level (m AD) pos_freegateflowcoeff = 1.000 # Positive free gate flow (-) pos_drowngateflowcoeff = 1.000 # Positive drowned gate flow (-) pos_freeweirflowcoeff = 1.000 # Positive free weir flow (-) pos_drownweirflowcoeff = 1.000 # Positive drowned weir flow (-) pos_contrcoeffreegate = 0.600 # Positive flow contraction coefficient (-) neg_freegateflowcoeff = 1.000 # Negative free gate flow (-) neg_drowngateflowcoeff = 1.000 # Negative drowned gate flow (-) neg_freeweirflowcoeff = 1.000 # Negative free weir flow (-) neg_drownweirflowcoeff = 1.000 # Negative drowned weir flow (-) neg_contrcoeffreegate = 0.600 # Negative flow contraction coefficient (-) extraresistance = 0.000 # Extra resistance (-) GateHeight = 999.00 # Gate opening height (m) GateOpeningWidth = 0 [structure] type = generalstructure # Type of structure id = ST_Roermond # Name of the structure polylinefile = ../geometry/structures/ST_Roermond.pli # *.pli; Polyline geometry definition for 2D structure Upstream1Width = 102.00 # Width left side of structure (m) Upstream2Width = 102.00 # Width structure left side (m) CrestWidth = 102.00 # Width structure centre (m) Downstream1Width = 102.00 # Width structure right side (m) Downstream2Width = 102.00 # Width right side of structure (m) Upstream1Level = 11.70 # Bed level left side of structure (m AD) Upstream2Level = 11.75 # Bed level left side structure (m AD) CrestLevel = 14.75 # Bed level at centre of structure (m AD) Downstream1Level = 11.75 # Bed level right side structure (m AD) Downstream2Level = 11.70 # Bed level right side of structure (m AD) GateLowerEdgeLevel = 999 # Gate lower edge level (m AD) pos_freegateflowcoeff = 1.000 # Positive free gate flow (-) pos_drowngateflowcoeff = 1.000 # Positive drowned gate flow (-) pos_freeweirflowcoeff = 1.000 # Positive free weir flow (-) pos_drownweirflowcoeff = 1.000 # Positive drowned weir flow (-) pos_contrcoeffreegate = 0.600 # Positive flow contraction coefficient (-) neg_freegateflowcoeff = 1.000 # Negative free gate flow (-) neg_drowngateflowcoeff = 1.000 # Negative drowned gate flow (-) neg_freeweirflowcoeff = 1.000 # Negative free weir flow (-) neg_drownweirflowcoeff = 1.000 # Negative drowned weir flow (-) neg_contrcoeffreegate = 0.600 # Negative flow contraction coefficient (-) extraresistance = 0.000 # Extra resistance (-) GateHeight = 999.00 # Gate opening height (m) GateOpeningWidth = 0 [structure] type = generalstructure # Type of structure id = ST_Belfeld # Name of the structure polylinefile = ../geometry/structures/ST_Belfeld.pli # *.pli; Polyline geometry definition for 2D structure Upstream1Width = 97.00 # Width left side of structure (m) Upstream2Width = 97.00 # Width structure left side (m) CrestWidth = 97.00 # Width structure centre (m) Downstream1Width = 97.00 # Width structure right side (m) Downstream2Width = 97.00 # Width right side of structure (m) Upstream1Level = 7.83 # Bed level left side of structure (m AD) Upstream2Level = 7.88 # Bed level left side structure (m AD) CrestLevel = 11.90 # Bed level at centre of structure (m AD) Downstream1Level = 7.88 # Bed level right side structure (m AD) Downstream2Level = 7.83 # Bed level right side of structure (m AD) GateLowerEdgeLevel = 999 # Gate lower edge level (m AD) pos_freegateflowcoeff = 1.000 # Positive free gate flow (-) pos_drowngateflowcoeff = 1.000 # Positive drowned gate flow (-) pos_freeweirflowcoeff = 1.000 # Positive free weir flow (-) pos_drownweirflowcoeff = 1.000 # Positive drowned weir flow (-) pos_contrcoeffreegate = 0.600 # Positive flow contraction coefficient (-) neg_freegateflowcoeff = 1.000 # Negative free gate flow (-) neg_drowngateflowcoeff = 1.000 # Negative drowned gate flow (-) neg_freeweirflowcoeff = 1.000 # Negative free weir flow (-) neg_drownweirflowcoeff = 1.000 # Negative drowned weir flow (-) neg_contrcoeffreegate = 0.600 # Negative flow contraction coefficient (-) extraresistance = 0.000 # Extra resistance (-) GateHeight = 999.00 # Gate opening height (m) GateOpeningWidth = 0 [structure] type = generalstructure # Type of structure id = ST_Sambeek # Name of the structure polylinefile = ../geometry/structures/ST_Sambeek.pli # *.pli; Polyline geometry definition for 2D structure Upstream1Width = 97.05 # Width left side of structure (m) Upstream2Width = 97.05 # Width structure left side (m) CrestWidth = 97.05 # Width structure centre (m) Downstream1Width = 97.05 # Width structure right side (m) Downstream2Width = 97.05 # Width right side of structure (m) Upstream1Level = 4.54 # Bed level left side of structure (m AD) Upstream2Level = 4.59 # Bed level left side structure (m AD) CrestLevel = 8.89 # Bed level at centre of structure (m AD) Downstream1Level = 4.59 # Bed level right side structure (m AD) Downstream2Level = 4.54 # Bed level right side of structure (m AD) GateLowerEdgeLevel = 999 # Gate lower edge level (m AD) pos_freegateflowcoeff = 1.000 # Positive free gate flow (-) pos_drowngateflowcoeff = 1.000 # Positive drowned gate flow (-) pos_freeweirflowcoeff = 1.000 # Positive free weir flow (-) pos_drownweirflowcoeff = 1.000 # Positive drowned weir flow (-) pos_contrcoeffreegate = 0.600 # Positive flow contraction coefficient (-) neg_freegateflowcoeff = 1.000 # Negative free gate flow (-) neg_drowngateflowcoeff = 1.000 # Negative drowned gate flow (-) neg_freeweirflowcoeff = 1.000 # Negative free weir flow (-) neg_drownweirflowcoeff = 1.000 # Negative drowned weir flow (-) neg_contrcoeffreegate = 0.600 # Negative flow contraction coefficient (-) extraresistance = 0.000 # Extra resistance (-) GateHeight = 999.00 # Gate opening height (m) GateOpeningWidth = 0 [structure] type = generalstructure # Type of structure id = ST_Grave # Name of the structure polylinefile = ../geometry/structures/ST_Grave.pli # *.pli; Polyline geometry definition for 2D structure Upstream1Width = 110.45 # Width left side of structure (m) Upstream2Width = 110.45 # Width structure left side (m) CrestWidth = 110.45 # Width structure centre (m) Downstream1Width = 110.45 # Width structure right side (m) Downstream2Width = 110.45 # Width right side of structure (m) Upstream1Level = 2.60 # Bed level left side of structure (m AD) Upstream2Level = 2.65 # Bed level left side structure (m AD) CrestLevel = 5.83 # Bed level at centre of structure (m AD) Downstream1Level = 2.65 # Bed level right side structure (m AD) Downstream2Level = 2.60 # Bed level right side of structure (m AD) GateLowerEdgeLevel = 999 # Gate lower edge level (m AD) pos_freegateflowcoeff = 1.000 # Positive free gate flow (-) pos_drowngateflowcoeff = 1.000 # Positive drowned gate flow (-) pos_freeweirflowcoeff = 1.000 # Positive free weir flow (-) pos_drownweirflowcoeff = 1.000 # Positive drowned weir flow (-) pos_contrcoeffreegate = 0.600 # Positive flow contraction coefficient (-) neg_freegateflowcoeff = 1.000 # Negative free gate flow (-) neg_drowngateflowcoeff = 1.000 # Negative drowned gate flow (-) neg_freeweirflowcoeff = 1.000 # Negative free weir flow (-) neg_drownweirflowcoeff = 1.000 # Negative drowned weir flow (-) neg_contrcoeffreegate = 0.600 # Negative flow contraction coefficient (-) extraresistance = 0.000 # Extra resistance (-) GateHeight = 999.00 # Gate opening height (m) GateOpeningWidth = 0 [structure] type = generalstructure # Type of structure id = ST_Lith # Name of the structure polylinefile = ../geometry/structures/ST_Lith.pli # *.pli; Polyline geometry definition for 2D structure Upstream1Width = 114.00 # Width left side of structure (m) Upstream2Width = 114.00 # Width structure left side (m) CrestWidth = 114.00 # Width structure centre (m) Downstream1Width = 114.00 # Width structure right side (m) Downstream2Width = 114.00 # Width right side of structure (m) Upstream1Level = -2.60 # Bed level left side of structure (m AD) Upstream2Level = -2.55 # Bed level left side structure (m AD) CrestLevel = 2.94 # Bed level at centre of structure (m AD) Downstream1Level = -2.55 # Bed level right side structure (m AD) Downstream2Level = -2.60 # Bed level right side of structure (m AD) GateLowerEdgeLevel = 999 # Gate lower edge level (m AD) pos_freegateflowcoeff = 1.000 # Positive free gate flow (-) pos_drowngateflowcoeff = 1.000 # Positive drowned gate flow (-) pos_freeweirflowcoeff = 1.000 # Positive free weir flow (-) pos_drownweirflowcoeff = 1.000 # Positive drowned weir flow (-) pos_contrcoeffreegate = 0.600 # Positive flow contraction coefficient (-) neg_freegateflowcoeff = 1.000 # Negative free gate flow (-) neg_drowngateflowcoeff = 1.000 # Negative drowned gate flow (-) neg_freeweirflowcoeff = 1.000 # Negative free weir flow (-) neg_drownweirflowcoeff = 1.000 # Negative drowned weir flow (-) neg_contrcoeffreegate = 0.600 # Negative flow contraction coefficient (-) extraresistance = 0.000 # Extra resistance (-) GateHeight = 999.00 # Gate opening height (m) GateOpeningWidth = 0 [structure] type = gate # Type of structure id = HK_Limmel # Name of the structure polylinefile = ../geometry/structures/HK_Limmel.pli # *.pli; Polyline geometry definition for 2D structure CrestLevel = 39.00 # Weir crest height (in [m]) CrestWidth = 54.00 # Gate sill width (in [m]) GateLowerEdgeLevel = 51.70 # Gate lower edge level (in [m]) GateOpeningWidth = 0 # Gate opening width (in [m]) GateHeight = 8.00 # Gate door height (in [m]) GateOpeningHorizontalDirection = symmetric # Horizontal direction of the opening doors [structure] type = gate # Type of structure id = HK_Heumen # Name of the structure polylinefile = ../geometry/structures/HK_Heumen.pli # *.pli; Polyline geometry definition for 2D structure CrestLevel = 2.70 # Weir crest height (in [m]) CrestWidth = 22.80 # Gate sill width (in [m]) GateLowerEdgeLevel = 19.40 # Gate lower edge level (in [m]) GateOpeningWidth = 0 # Gate opening width (in [m]) GateHeight = 11.00 # Gate door height (in [m]) GateOpeningHorizontalDirection = symmetric # Horizontal direction of the opening doors [structure] type = gate # Type of structure id = HK_Cuijk # Name of the structure polylinefile = ../geometry/structures/HK_Cuijk.pli # *.pli; Polyline geometry definition for 2D structure CrestLevel = 3.80 # Weir crest height (in [m]) CrestWidth = 14.00 # Gate sill width (in [m]) GateLowerEdgeLevel = 18.00 # Gate lower edge level (in [m]) GateOpeningWidth = 0.00 # Gate opening width (in [m]) GateHeight = 9.00 # Gate door height (in [m]) GateOpeningHorizontalDirection = symmetric # Horizontal direction of the opening doors [structure] type = gate # Type of structure id = HK_Mook # Name of the structure polylinefile = ../geometry/structures/HK_Mook.pli # *.pli; Polyline geometry definition for 2D structure CrestLevel = 4.60 # Weir crest height (in [m]) CrestWidth = 11.00 # Weir crest width (in [m]) GateLowerEdgeLevel = 4.60 # Gate lower edge level (in [m]) GateOpeningWidth = 11.00 # Gate opening width (in [m]) GateHeight = 8.70 # Gate door height (in [m]) GateOpeningHorizontalDirection = symmetric # Horizontal direction of the opening doors [structure] type = gate # Type of structure id = HK_Schipdiep # Name of the structure polylinefile = ../geometry/structures/HK_Schipdiep.pli # *.pli; Polyline geometry definition for 2D structure CrestLevel = -4.30 # Weir crest height (in [m]) CrestWidth = 14.00 # Weir crest width (in [m]) GateLowerEdgeLevel = -4.30 # Gate lower edge level (in [m]) GateOpeningWidth = 0 # Gate opening width (in [m]) GateHeight = 9.00 # Gate door height (in [m]) GateOpeningHorizontalDirection = symmetric # Horizontal direction of the opening doors [structure] type = gate # Type of structure id = HK_Kromme_Nol # Name of the structure polylinefile = ../geometry/structures/HK_Kromme_Nol.pli # *.pli; Polyline geometry definition for 2D structure CrestLevel = -4.00 # Weir crest height (in [m]) CrestWidth = 50.00 # Gate sill width (in [m]) GateLowerEdgeLevel = 11.40 # Gate lower edge level (in [m]) GateOpeningWidth = 0 # Gate opening width (in [m]) GateHeight = 9.00 # Gate door height (in [m]) GateOpeningHorizontalDirection = symmetric # Horizontal direction of the opening doors