Add tooltips

src/pstack/gui/controls.cpp

@@ -29,6 +29,7 @@ void controls::initialize(main_window* parent) {
     section_view_checkbox = new wxCheckBox(parent, wxID_ANY, "");
     progress_bar = new wxGauge(parent, wxID_ANY, 100);
     stack_button = new wxButton(parent, wxID_ANY, "Stack");
+    stack_button->SetToolTip("Start and stop the stacking process");
 
     std::tie(notebook, notebook_panels) = make_tab_panels(parent, {
         "Parts",
@@ -49,6 +50,12 @@ void controls::initialize(main_window* parent) {
         mirror_part_button = new wxButton(panel, wxID_ANY, "Mirror");
         mirror_part_button->Disable();
 
+        import_part_button->SetToolTip("Import parts from mesh files");
+        delete_part_button->SetToolTip("Delete selected parts");
+        reload_part_button->SetToolTip("Reload selected parts from their files");
+        copy_part_button->SetToolTip("Make a copy of selected parts");
+        mirror_part_button->SetToolTip("Make a mirrored copy of selected parts");
+
         quantity_text = new wxStaticText(panel, wxID_ANY, "Quantity:");
         min_hole_text = new wxStaticText(panel, wxID_ANY, "Minimum hole:");
         minimize_text = new wxStaticText(panel, wxID_ANY, "Minimize box:");
@@ -71,10 +78,42 @@ void controls::initialize(main_window* parent) {
         preview_voxelization_button->Disable();
         preview_bounding_box_button = new wxButton(panel, wxID_ANY, "Preview bounding box");
         preview_bounding_box_button->Disable();
+
+        const wxString quantity_tooltip = "How many copies of the selected parts should be included in the stacking";
+        const wxString min_hole_tooltip =
+            "This setting defines the minimum hole in the selected parts through which another part can pass. "
+            "This typically applies when you have hollow or loop-shaped parts. "
+            "It may not be possible to remove a part from inside another part without a big enough hole.\n\n"
+            "The application starts with a solid cube the size of your part and then uses a cube the"
+            "size of the minimum hole to *carve* away from the other cube until it cannot go any further.\n\n"
+            "(Not yet implemented) Click the \"Preview voxelization\" button to see how changing minimum hole affects the voxelization.";
+        const wxString minimize_tooltip =
+            "This setting chooses whether the parts are first rotated to a more optimal orientation before performing any other steps. "
+            "The application will attempt to minimizes their axis-aligned bounding boxes.\n\n"
+            "Do not select this option for cosmetic parts where you care about surface finish, as this setting could apply any arbitrary rotation.";
+        const wxString rotation_tooltip =
+            "This setting chooses the set of rotations the stacking algorithm will try on the selected parts.\n\n"
+            "None = The parts will always be oriented exactly as they are imported.\n\n"
+            "Cubic = The parts will be rotated by some multiple of 90 degrees from their starting orientations.\n\n"
+            "Arbitrary = The parts will be oriented in one of 32 random possible rotations. The rotations are constant for the duration of the application, and will be re-randomized next time the application is launched.";
+        const wxString preview_voxelization_tooltip = "*NOT YET IMPLEMENTED*\nShows a preview of the voxelization. Used to check if there are any open holes into the internal volume of the part.";
+        const wxString preview_bounding_box_tooltip = "*NOT YET IMPLEMENTED*\nShows a preview of the bounding box. Used to check the part's orientation.";
+
+        quantity_text->SetToolTip(quantity_tooltip);
+        min_hole_text->SetToolTip(min_hole_tooltip);
+        minimize_text->SetToolTip(minimize_tooltip);
+        quantity_spinner->SetToolTip(quantity_tooltip);
+        min_hole_spinner->SetToolTip(min_hole_tooltip);
+        minimize_checkbox->SetToolTip(minimize_tooltip);
+        rotation_text->SetToolTip(rotation_tooltip);
+        rotation_dropdown->SetToolTip(rotation_tooltip);
+        preview_voxelization_button->SetToolTip(preview_voxelization_tooltip);
+        preview_bounding_box_button->SetToolTip(preview_bounding_box_tooltip);
     }
 
     {
         const auto panel = notebook_panels[1];
+
         initial_x_text = new wxStaticText(panel, wxID_ANY, "Initial X:");
         initial_y_text = new wxStaticText(panel, wxID_ANY, "Initial Y:");
         initial_z_text = new wxStaticText(panel, wxID_ANY, "Initial Z:");
@@ -97,6 +136,28 @@ void controls::initialize(main_window* parent) {
         min_clearance_spinner->SetDigits(2);
         min_clearance_spinner->SetIncrement(0.05);
         min_clearance_spinner->SetRange(0.5, 2);
+
+        constexpr auto make_tooltip = [](const char* state, char dir) {
+            return wxString::Format("%s size of the bounding box %c direction", state, dir);
+        };
+        initial_x_text->SetToolTip(make_tooltip("Initial", 'X'));
+        initial_y_text->SetToolTip(make_tooltip("Initial", 'Y'));
+        initial_z_text->SetToolTip(make_tooltip("Initial", 'Z'));
+        maximum_x_text->SetToolTip(make_tooltip("Maximum", 'X'));
+        maximum_y_text->SetToolTip(make_tooltip("Maximum", 'Y'));
+        maximum_z_text->SetToolTip(make_tooltip("Maximum", 'Z'));
+        initial_x_spinner->SetToolTip(make_tooltip("Initial", 'X'));
+        initial_y_spinner->SetToolTip(make_tooltip("Initial", 'Y'));
+        initial_z_spinner->SetToolTip(make_tooltip("Initial", 'Z'));
+        maximum_x_spinner->SetToolTip(make_tooltip("Maximum", 'X'));
+        maximum_y_spinner->SetToolTip(make_tooltip("Maximum", 'Y'));
+        maximum_z_spinner->SetToolTip(make_tooltip("Maximum", 'Z'));
+
+        const wxString min_clearance_tooltip =
+            "The minimum distance maintained between stacked parts. "
+            "Also the voxel size fed into the stacking algorithm.";
+        min_clearance_text->SetToolTip(min_clearance_tooltip);
+        min_clearance_spinner->SetToolTip(min_clearance_tooltip);
     }
 
     {
@@ -107,6 +168,11 @@ void controls::initialize(main_window* parent) {
         delete_result_button->Disable();
         sinterbox_result_button = new wxButton(panel, wxID_ANY, "Add sinterbox");
         sinterbox_result_button->Disable();
+
+        export_result_button->SetToolTip("Export selected result");
+        delete_result_button->SetToolTip("Delete selected results");
+        sinterbox_result_button->SetToolTip("Add sinterbox to selected result, using the below settings, only if it does not already have a sinterbox");
+
         clearance_text = new wxStaticText(panel, wxID_ANY, "Clearance:");
         spacing_text = new wxStaticText(panel, wxID_ANY, "Spacing:");
         thickness_text = new wxStaticText(panel, wxID_ANY, "Thickness:");
@@ -121,6 +187,19 @@ void controls::initialize(main_window* parent) {
         spacing_spinner = make_spinner(1, 20, 0.5);
         thickness_spinner = make_spinner(0.1, 4, 0.1);
         width_spinner = make_spinner(0.1, 4, 0.1);
+
+        const wxString clearance_tooltip = "Distance from the result's bounding box to the inner wall of the sinterbox";
+        const wxString spacing_tooltip = "Average distance between parallel bars/wires of the sinterbox";
+        const wxString thickness_tooltip = "Depth from the outer wall to the inner wall of the sinterbox";
+        const wxString width_tooltip = "Width of the bars/wires of the sinterbox";
+        clearance_text->SetToolTip(clearance_tooltip);
+        spacing_text->SetToolTip(spacing_tooltip);
+        thickness_text->SetToolTip(thickness_tooltip);
+        width_text->SetToolTip(width_tooltip);
+        clearance_spinner->SetToolTip(clearance_tooltip);
+        spacing_spinner->SetToolTip(spacing_tooltip);
+        thickness_spinner->SetToolTip(thickness_tooltip);
+        width_spinner->SetToolTip(width_tooltip);
     }
 
     reset_values();

src/pstack/gui/controls.hpp

@@ -32,9 +32,7 @@ struct controls {
     wxButton* delete_result_button;
     wxButton* sinterbox_result_button;
 
-    wxStaticText* min_clearance_text;
     wxStaticText* section_view_text;
-    wxSpinCtrlDouble* min_clearance_spinner;
     wxCheckBox* section_view_checkbox;
     wxButton* stack_button;
     wxGauge* progress_bar;
@@ -54,17 +52,7 @@ struct controls {
     wxButton* preview_voxelization_button;
     wxButton* preview_bounding_box_button;
 
-    // Sinterbox tab
-    wxStaticText* clearance_text;
-    wxStaticText* spacing_text;
-    wxStaticText* thickness_text;
-    wxStaticText* width_text;
-    wxSpinCtrlDouble* clearance_spinner;
-    wxSpinCtrlDouble* spacing_spinner;
-    wxSpinCtrlDouble* thickness_spinner;
-    wxSpinCtrlDouble* width_spinner;
-
-    // Bounding box tab
+    // Stack settings tab
     wxStaticText* initial_x_text;
     wxStaticText* initial_y_text;
     wxStaticText* initial_z_text;
@@ -77,6 +65,18 @@ struct controls {
     wxSpinCtrl* maximum_x_spinner;
     wxSpinCtrl* maximum_y_spinner;
     wxSpinCtrl* maximum_z_spinner;
+    wxStaticText* min_clearance_text;
+    wxSpinCtrlDouble* min_clearance_spinner;
+
+    // Sinterbox tab
+    wxStaticText* clearance_text;
+    wxStaticText* spacing_text;
+    wxStaticText* thickness_text;
+    wxStaticText* width_text;
+    wxSpinCtrlDouble* clearance_spinner;
+    wxSpinCtrlDouble* spacing_spinner;
+    wxSpinCtrlDouble* thickness_spinner;
+    wxSpinCtrlDouble* width_spinner;
 };
 
 } // namespace pstack::gui

src/pstack/gui/main_window.cpp

@@ -259,7 +259,7 @@ void main_window::enable_on_stacking(const bool starting) {
         _results_list.get_selected(selected);
         _controls.export_result_button->Enable(selected.size() == 1);
         _controls.delete_result_button->Enable(selected.size() != 0);
-        _controls.sinterbox_result_button->Enable(selected.size() != 0);
+        _controls.sinterbox_result_button->Enable(selected.size() == 1);
     } else {
         _controls.import_part_button->Disable();
         _controls.delete_part_button->Disable();