protected override void register_parameters()
{
closingMode = base.RegisterDropDown("FillTypeDropDown", "fill_type",
new List <string>()
{
"Trivial", "Minimal", "Smooth"
},
new List <int>()
{
(int)FillHolesTool.FillTypes.Trivial,
(int)FillHolesTool.FillTypes.Minimal,
(int)FillHolesTool.FillTypes.Smooth
});
showHidden = base.RegisterToggle("ShowHiddenToggle", "show_hidden");
minimalPanel = this.gameObject.FindChildByName("MinimalPanel", true);
smoothPanel = this.gameObject.FindChildByName("SmoothPanel", true);
fillAllButton = UnityUIUtil.FindButtonAndAddClickHandler(this.gameObject, "FillAllButton", on_fill_all_clicked);
minOptimizeTris = base.RegisterToggle("MinimalOptimizeTrisToggle", "optimize_tris");
minOptTrisTolerance = base.RegisterFloatInput("MinimalOptTrisTolInput", "optimize_tris_deviation_thresh", new Interval1d(0, 1));
smoothAutoTargetEdgeLen = base.RegisterToggle("AutoEdgeLengthToggle", "auto_edge_length");
smoothTargetEdgeLen = base.RegisterFloatInput("TargetEdgeLenInput", "edge_length", new Interval1d(0.01, 100));
smoothOptRounds = base.RegisterIntInput("OptimizationRoundsInput", "smooth_opt_rounds", new Interval1i(1, 999));
statusText = UnityUIUtil.FindTextAndSet(this.gameObject, "StatusText", "");
}
protected override void register_parameters()
{
reduceMode = base.RegisterDropDown("ReduceTypeDropDown", "target_mode",
new List <string>()
{
"Triangles", "Vertices", "Min Length"
},
new List <int>()
{
(int)ReduceOp.TargetModes.TriangleCount,
(int)ReduceOp.TargetModes.VertexCount,
(int)ReduceOp.TargetModes.MinEdgeLength
});
triangleCount = base.RegisterIntInput("TriangleCountInput", "triangle_count", new Interval1i(0, int.MaxValue));
trianglePanel = this.gameObject.FindChildByName("TriangleCountParam", true);
vertexCount = base.RegisterIntInput("VertexCountInput", "vertex_count", new Interval1i(0, int.MaxValue));
vertexPanel = this.gameObject.FindChildByName("VertexCountParam", true);
minEdgeLength = base.RegisterFloatInput("MinEdgeLengthInput", "min_edge_length", new Interval1d(0.0001, 100), "F8");
minEdgeLengthPanel = this.gameObject.FindChildByName("MinEdgeLengthParam", true);
reproject = base.RegisterToggle("ReprojectToggle", "reproject");
replaceInput = base.RegisterToggle("ReplaceInputToggle", "replace_input");
statusText = UnityUIUtil.FindTextAndSet(this.gameObject, "StatusText", "");
}
protected override void register_parameters()
{
holeType = base.RegisterDropDown("HoleTypeDropDown", "hole_type",
new List <string>()
{
"Cut Mesh", "Add Cavity"
},
new List <int>()
{
(int)AddHoleTool.HoleTypes.CutHole,
(int)AddHoleTool.HoleTypes.CavityObject
});
directionType = base.RegisterDropDown("HoleDirectionDropDown", "hole_direction",
new List <string>()
{
"Vertical", "Right/Left", "Back/Fwd", "Normal"
},
new List <int>()
{
(int)AddHoleTool.HoleDirections.AxisY,
(int)AddHoleTool.HoleDirections.AxisX,
(int)AddHoleTool.HoleDirections.AxisZ,
(int)AddHoleTool.HoleDirections.Normal
});
holeSize = base.RegisterFloatInput("HoleSizeInput", "hole_size", new Interval1d(0.001f, 500.0f));
throughHole = base.RegisterToggle("ThroughHoleToggle", "through_hole");
holeDepth = base.RegisterFloatInput("HoleDepthInput", "hole_depth", new Interval1d(0.001f, 500.0f));
subdivisions = base.RegisterIntInput("SubdivisionsInput", "subdivisions", new Interval1i(3, 1000));
showPreview = base.RegisterToggle("ShowPreviewToggle", "show_preview");
replaceInput = base.RegisterToggle("ReplaceInputToggle", "replace_input");
}
protected override void register_parameters()
{
edgeLength = base.RegisterFloatInput("EdgeLengthInput", "edge_length", new Interval1d(0.01, 100), "F4");
smoothAlpha = base.RegisterFloatInput("SmoothingInput", "smooth_alpha", new Interval1d(0, 1), "F4");
iterations = base.RegisterIntInput("RoundsInput", "iterations", new Interval1i(1, 9999));
boundaryMode = base.RegisterDropDown("BoundaryModeDropDown", "boundary_mode",
new List <string>()
{
"Free", "Fixed", "Split"
},
new List <int>()
{
(int)RemeshTool.BoundaryModes.FreeBoundaries,
(int)RemeshTool.BoundaryModes.FixedBoundaries,
(int)RemeshTool.BoundaryModes.ConstrainedBoundaries
});
preserveCreases = base.RegisterToggle("PreserveCreasesToggle", "preserve_creases");
creaseAngle = base.RegisterFloatInput("CreaseAngleInput", "crease_angle", new Interval1d(10, 90), "F2");
reproject = base.RegisterToggle("ReprojectToggle", "reproject");
smoothButton = base.RegisterToggleButton("SmoothButton", "enable_smooth");
collapseButton = base.RegisterToggleButton("CollapseButton", "enable_collapse");
splitButton = base.RegisterToggleButton("SplitButton", "enable_split");
flipButton = base.RegisterToggleButton("FlipButton", "enable_flip");
replaceInput = base.RegisterToggle("ReplaceInputToggle", "replace_input");
}
protected override void register_parameters()
{
shellType = base.RegisterDropDown("ShellTypeDropDown", "shell_type",
new List <string>()
{
"Voxel", "Extrusion"
},
new List <int>()
{
(int)MeshShellTool.ShellTypes.DistanceField,
(int)MeshShellTool.ShellTypes.Extrusion
});
directionType = base.RegisterDropDown("ShellDirectionDropDown", "shell_direction",
new List <string>()
{
"Inset", "Outset", "Symmetric"
},
new List <int>()
{
(int)MeshShellTool.ShellDirections.Inner,
(int)MeshShellTool.ShellDirections.Outer,
(int)MeshShellTool.ShellDirections.Symmetric,
});
shellThickness = base.RegisterFloatInput("ShellThicknessInput", "shell_thickness", new Interval1d(0.0001f, 9999f));
simpleCellSize = base.RegisterFloatInput("SimpleCellSizeInput", "all_cell_size", new Interval1d(0.25f, 500.0f));
simpleCellSizeRow = this.gameObject.FindChildByName("SimpleCellSizeParam", true);
gridCellCount = base.RegisterIntInput("GridCellCountInput", "grid_cell_count", new Interval1i(4, 2048));
gridCellCountRow = this.gameObject.FindChildByName("GridCellCountParam", true);
gridCellSize = base.RegisterFloatInput("GridCellSizeInput", "grid_cell_size", new Interval1d(0.001f, 500.0f));
gridCellSizeRow = this.gameObject.FindChildByName("GridCellSizeParam", true);
meshCellCount = base.RegisterIntInput("MeshCellCountInput", "mesh_cell_count", new Interval1i(4, 2048));
meshCellCountRow = this.gameObject.FindChildByName("MeshCellCountParam", true);
meshCellSize = base.RegisterFloatInput("MeshCellSizeInput", "mesh_cell_size", new Interval1d(0.001f, 500.0f));
meshCellSizeRow = this.gameObject.FindChildByName("MeshCellSizeParam", true);
minComponentSize = base.RegisterFloatInput("MinComponentSizeInput", "min_component_size", new Interval1d(0.0f, 500.0f));
minComponentSizeRow = this.gameObject.FindChildByName("MinComponentSizeParam", true);
showInputObjects = base.RegisterToggle("ShowOriginalToggle", "show_original");
replaceInput = base.RegisterToggle("ReplaceInputToggle", "replace_input");
basicButton = UnityUIUtil.FindButtonAndAddClickHandler(this.gameObject, "BasicToggleButton", on_basic_expert_toggle);
TabOrder.Add(basicButton.gameObject);
update_basic_expert_visibility();
}
protected override void register_parameters()
{
insideMode = base.RegisterDropDown("InsideModeDropDown", "inside_mode",
new List <string>()
{
"Interior", "Occluded"
},
new List <int>()
{
(int)RemoveHiddenFacesTool.CalculationMode.WindingNumber,
(int)RemoveHiddenFacesTool.CalculationMode.OcclusionTest
});
allVertices = base.RegisterToggle("AllVerticesToggle", "all_hidden_vertices");
showRemoved = base.RegisterToggle("ShowRemovedToggle", "show_removed");
replaceInput = base.RegisterToggle("ReplaceInputToggle", "replace_input");
}
public MappedDropDown RegisterDropDown(string dropdownName, string toolParamName,
List <string> options, List <int> values)
{
MappedDropDown dropdown = new MappedDropDown(
this.gameObject.FindChildByName(dropdownName, true).GetComponent <Dropdown>(),
() => { return(ActiveParameterSet.GetValueInt(toolParamName)); },
(intValue) => { ActiveParameterSet.SetValue <int>(toolParamName, intValue); update_values_from_tool(); });
dropdown.SetOptions(options, values);
TabOrder.Add(dropdown.drop);
dropdown_params.Add(new DropDownParam()
{
widget = dropdown, paramName = toolParamName
});
return(dropdown);
}
protected override void register_parameters()
{
reprojectMode = base.RegisterDropDown("ReprojectTypeDropDown", "project_mode",
new List <string>()
{
"Smooth", "Sharp", "Bounded"
},
new List <int>()
{
(int)ReprojectTool.ReprojectModes.Smooth,
(int)ReprojectTool.ReprojectModes.Sharp,
(int)ReprojectTool.ReprojectModes.Bounded
});
maxDistance = base.RegisterFloatInput("MaxDistanceInput", "max_distance", new Interval1d(0.001, 1000), "F4");
transitionSmooth = base.RegisterFloatInput("TransitionSmoothInput", "transition_smoothness", new Interval1d(0, 1));
edgeLength = base.RegisterFloatInput("EdgeLengthInput", "edge_length", new Interval1d(0.01, 100));
smoothAlpha = base.RegisterFloatInput("SmoothingInput", "smooth_alpha", new Interval1d(0, 1), "F4");
iterations = base.RegisterIntInput("RoundsInput", "iterations", new Interval1i(1, 9999));
boundaryMode = base.RegisterDropDown("BoundaryModeDropDown", "boundary_mode",
new List <string>()
{
"Free", "Fixed", "Split"
},
new List <int>()
{
(int)RemeshTool.BoundaryModes.FreeBoundaries,
(int)RemeshTool.BoundaryModes.FixedBoundaries,
(int)RemeshTool.BoundaryModes.ConstrainedBoundaries
});
smoothButton = base.RegisterToggleButton("SmoothButton", "enable_smooth");
collapseButton = base.RegisterToggleButton("CollapseButton", "enable_collapse");
splitButton = base.RegisterToggleButton("SplitButton", "enable_split");
flipButton = base.RegisterToggleButton("FlipButton", "enable_flip");
replaceInput = base.RegisterToggle("ReplaceInputToggle", "replace_input");
}
protected override void register_parameters()
{
removeInsideMode = base.RegisterDropDown("InsideModeDropDown", "remove_inside_mode",
new List <string>()
{
"None", "Interior", "Hidden"
},
new List <int>()
{
(int)MeshAutoRepairTool.RemoveInsideModes.None,
(int)MeshAutoRepairTool.RemoveInsideModes.Interior,
(int)MeshAutoRepairTool.RemoveInsideModes.Occluded
});
minEdgeLength = base.RegisterFloatInput("MinEdgeLengthInput", "min_edge_length", new Interval1d(0.0001, 100));
erosionRounds = base.RegisterIntInput("ErosionRoundsInput", "erosion_rounds", new Interval1i(0, 10000));
invertResult = base.RegisterToggle("InvertResultToggle", "invert_result");
replaceInput = base.RegisterToggle("ReplaceInputToggle", "replace_input");
}
protected override void register_parameters()
{
shapeTypeMode = base.RegisterDropDown("ShapeTypeDropDown", "shape_type",
new List <string>()
{
"Box", "Sphere", "Cylinder", "Arrow", "Bunny"
},
new List <int>()
{
(int)GenerateShapeTool.ShapeTypes.Box,
(int)GenerateShapeTool.ShapeTypes.Sphere,
(int)GenerateShapeTool.ShapeTypes.Cylinder,
(int)GenerateShapeTool.ShapeTypes.Arrow,
(int)GenerateShapeTool.ShapeTypes.Bunny
});
subdivisions = base.RegisterIntInput("SubdivisionsInput", "subdivisions", new Interval1i(1, 1000));
shapeHeight = base.RegisterFloatInput("HeightInput", "shape_height", new Interval1d(0, 1000000));
shapeWidth = base.RegisterFloatInput("WidthInput", "shape_width", new Interval1d(0, 1000000));
shapeDepth = base.RegisterFloatInput("DepthInput", "shape_depth", new Interval1d(0, 1000000));
}
protected override void register_parameters()
{
closingMode = base.RegisterDropDown("ClosingTypeDropDown", "closing_type",
new List <string>()
{
"Robust", "Precise", "Fast"
},
new List <int>()
{
(int)GenerateClosedMeshTool.ClosingTypes.WindingNumberGrid,
(int)GenerateClosedMeshTool.ClosingTypes.WindingNumberAnalytic,
(int)GenerateClosedMeshTool.ClosingTypes.LevelSet
});
simpleCellSize = base.RegisterFloatInput("SimpleCellSizeInput", "all_cell_size", new Interval1d(0.25f, 500.0f));
simpleCellSizeRow = this.gameObject.FindChildByName("SimpleCellSizeParam", true);
gridCellCount = base.RegisterIntInput("GridCellCountInput", "grid_cell_count", new Interval1i(4, 2048));
gridCellCountRow = this.gameObject.FindChildByName("GridCellCountParam", true);
gridCellSize = base.RegisterFloatInput("GridCellSizeInput", "grid_cell_size", new Interval1d(0.001f, 500.0f));
gridCellSizeRow = this.gameObject.FindChildByName("GridCellSizeParam", true);
meshCellCount = base.RegisterIntInput("MeshCellCountInput", "mesh_cell_count", new Interval1i(4, 2048));
meshCellCountRow = this.gameObject.FindChildByName("MeshCellCountParam", true);
meshCellSize = base.RegisterFloatInput("MeshCellSizeInput", "mesh_cell_size", new Interval1d(0.001f, 500.0f));
meshCellSizeRow = this.gameObject.FindChildByName("MeshCellSizeParam", true);
minComponentSize = base.RegisterFloatInput("MinComponentSizeInput", "min_component_size", new Interval1d(0.0f, 500.0f));
minComponentSizeRow = this.gameObject.FindChildByName("MinComponentSizeParam", true);
offsetDistance = base.RegisterFloatInput("OffsetDistanceInput", "offset_distance", new Interval1d(-500, 500));
windingIso = base.RegisterFloatInput("WindingIsoInput", "winding_inflate", new Interval1d(0.01, 0.99));
replaceInput = base.RegisterToggle("ReplaceInputToggle", "replace_input");
basicButton = UnityUIUtil.FindButtonAndAddClickHandler(this.gameObject, "BasicToggleButton", on_basic_expert_toggle);
TabOrder.Add(basicButton.gameObject);
}
protected override void register_parameters()
{
operationMode = base.RegisterDropDown("OpTypeDropDown", "op_type",
new List <string>()
{
"Expand", "Contract", "Erode", "Fill"
},
new List <int>()
{
(int)MeshMorphologyTool.OperationTypes.Dilate,
(int)MeshMorphologyTool.OperationTypes.Contract,
(int)MeshMorphologyTool.OperationTypes.Open,
(int)MeshMorphologyTool.OperationTypes.Close
});
offsetDistance = base.RegisterFloatInput("DistanceInput", "distance", new Interval1d(-500, 500));
simpleCellSize = base.RegisterFloatInput("SimpleCellSizeInput", "all_cell_size", new Interval1d(0.25f, 500.0f));
simpleCellSizeRow = this.gameObject.FindChildByName("SimpleCellSizeParam", true);
gridCellCount = base.RegisterIntInput("GridCellCountInput", "grid_cell_count", new Interval1i(4, 2048));
gridCellCountRow = this.gameObject.FindChildByName("GridCellCountParam", true);
gridCellSize = base.RegisterFloatInput("GridCellSizeInput", "grid_cell_size", new Interval1d(0.001f, 500.0f));
gridCellSizeRow = this.gameObject.FindChildByName("GridCellSizeParam", true);
meshCellCount = base.RegisterIntInput("MeshCellCountInput", "mesh_cell_count", new Interval1i(4, 2048));
meshCellCountRow = this.gameObject.FindChildByName("MeshCellCountParam", true);
meshCellSize = base.RegisterFloatInput("MeshCellSizeInput", "mesh_cell_size", new Interval1d(0.001f, 500.0f));
meshCellSizeRow = this.gameObject.FindChildByName("MeshCellSizeParam", true);
minComponentSize = base.RegisterFloatInput("MinComponentSizeInput", "min_component_size", new Interval1d(0.0f, 500.0f));
minComponentSizeRow = this.gameObject.FindChildByName("MinComponentSizeParam", true);
replaceInput = base.RegisterToggle("ReplaceInputToggle", "replace_input");
basicButton = UnityUIUtil.FindButtonAndAddClickHandler(this.gameObject, "BasicToggleButton", on_basic_expert_toggle);
TabOrder.Add(basicButton.gameObject);
}
// Use this for initialization
public void Start()
{
dismissButton = UnityUIUtil.FindButtonAndAddClickHandler(this.gameObject, "DismissButton", on_dismiss);
UnityUIUtil.FindTextAndSet(this.gameObject, "VersionText", string.Format("v{0}.{1}.{2}",
CotangentVersion.CurrentVersion.a, CotangentVersion.CurrentVersion.b, CotangentVersion.CurrentVersion.c));
prefsTabButton = UnityUIUtil.FindButtonAndAddClickHandler(this.gameObject, "PreferencesButton", on_prefs_tab);
prefsTab = this.gameObject.FindChildByName("PreferencesPanel", true);
privacyTabButton = UnityUIUtil.FindButtonAndAddClickHandler(this.gameObject, "PrivacyButton", on_privacy_tab);
privacyTab = this.gameObject.FindChildByName("PrivacyPanel", true);
aboutTabButton = UnityUIUtil.FindButtonAndAddClickHandler(this.gameObject, "AboutButton", on_about_tab);
aboutTab = this.gameObject.FindChildByName("AboutPanel", true);
startupWorkspace = new MappedDropDown(
this.gameObject.FindChildByName("StartupWorkspaceDropDown", true).GetComponent <Dropdown>(),
() => { return((int)CCPreferences.StartupWorkspace); },
(intValue) => { CCPreferences.StartupWorkspace = (AppViewMode)intValue; });
startupWorkspace.SetOptions(
new List <string>()
{
"Print", "Repair", "Model"
},
new List <int>()
{
(int)AppViewMode.PrintView,
(int)AppViewMode.RepairView,
(int)AppViewMode.ModelView
});
startupWorkspace.SetFromId((int)CCPreferences.StartupWorkspace);
graphicsQuality = new MappedDropDown(
this.gameObject.FindChildByName("GraphicsQualityDropDown", true).GetComponent <Dropdown>(),
() => { return((int)CCPreferences.GraphicsQuality); },
(intValue) => { CCPreferences.GraphicsQuality = (CCPreferences.GraphicsQualityLevels)intValue; });
graphicsQuality.SetOptions(
new List <string>()
{
"Maximum", "High", "Medium", "Low", "Fastest"
},
new List <int>()
{
(int)CCPreferences.GraphicsQualityLevels.Max,
(int)CCPreferences.GraphicsQualityLevels.High,
(int)CCPreferences.GraphicsQualityLevels.Medium,
(int)CCPreferences.GraphicsQualityLevels.Low,
(int)CCPreferences.GraphicsQualityLevels.Fastest
});
graphicsQuality.SetFromId((int)CCPreferences.GraphicsQuality);
cameraMode = new MappedDropDown(
this.gameObject.FindChildByName("CameraModeDropDown", true).GetComponent <Dropdown>(),
() => { return((int)CCPreferences.CameraMode); },
(intValue) => { CCPreferences.CameraMode = (CCPreferences.CameraModes)intValue; });
cameraMode.SetOptions(
new List <string>()
{
"Perspective", "Orthographic"
},
new List <int>()
{
(int)CCPreferences.CameraModes.Perspective,
(int)CCPreferences.CameraModes.Orthographic
});
cameraMode.SetFromId((int)CCPreferences.CameraMode);
importXFormMode = new MappedDropDown(
this.gameObject.FindChildByName("ImportXFormDropdown", true).GetComponent <Dropdown>(),
() => { return((int)CCPreferences.ImportTransformMode); },
(intValue) => { CCPreferences.ImportTransformMode = (CCPreferences.ImportTransformModes)intValue; });
importXFormMode.SetOptions(
new List <string>()
{
"Auto-Center First", "Auto-Center All", "No Transformations"
},
new List <int>()
{
(int)CCPreferences.ImportTransformModes.AutoCenterFirst,
(int)CCPreferences.ImportTransformModes.AutoCenterAll,
(int)CCPreferences.ImportTransformModes.NoAutoCenter
});
importXFormMode.SetFromId((int)CCPreferences.ImportTransformMode);
importAssistantMode = new MappedDropDown(
this.gameObject.FindChildByName("ImportAssistantModeDropdown", true).GetComponent <Dropdown>(),
() => { return((int)CCPreferences.ImportAssistantMode); },
(intValue) => { CCPreferences.ImportAssistantMode = (CCPreferences.ImportAssistantModes)intValue; });
importAssistantMode.SetOptions(
new List <string>()
{
"All Assistants", "Mesh Size Only", "Dimensions Only", "Disabled"
},
new List <int>()
{
(int)CCPreferences.ImportAssistantModes.All,
(int)CCPreferences.ImportAssistantModes.MeshSizeOnly,
(int)CCPreferences.ImportAssistantModes.PhysicalSizeOnly,
(int)CCPreferences.ImportAssistantModes.Disabled
});
importAssistantMode.SetFromId((int)CCPreferences.ImportAssistantMode);
largeMeshSizeInput = UnityUIUtil.FindInputAndAddIntHandlers(this.gameObject, "LargeMeshSizeInput",
() => { return(CCPreferences.LargeMeshImportThreshold); },
(intValue) => { CCPreferences.LargeMeshImportThreshold = intValue; },
10000, 999999999);
largeMeshSizeInput.text = CCPreferences.LargeMeshImportThreshold.ToString();
unityPolicyButton = UnityUIUtil.FindButtonAndAddClickHandler(this.gameObject, "PrivacyPolicyButton", on_unity_privacy_policy);
// about dialog
UnityUIUtil.FindButtonAndAddClickHandler(this.gameObject, "GradientspaceWebButton", on_open_gradientspace_site);
UnityUIUtil.FindButtonAndAddClickHandler(this.gameObject, "CotangentWebButton", on_open_cotangent_site);
on_prefs_tab();
}
