ATITD-Tools/Desert-Paint-Codex Changeset

Changeset - 365cbd130bf2

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[Not reviewed]

R_T10_1.5 default

0 3 0

Tess Snider (Malkyne) - 3 years ago 2021-07-26 09:20:37
this@malkyne.org

Now correctly clearing buffer reagent selections when doing a test Clear.
Also, marking inert now immediately saves, because a verification step
is not necessary or useful, in this case.

3 files changed with 10 insertions and 5 deletions:

Models/ReactionTest.cs

ViewModels/ExperimentLogViewModel.cs

ViewModels/ReactionTestViewModel.cs

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Models/ReactionTest.cs

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@@ ... / @@ -186,209 +186,214 @@ namespace DesertPaintCodex.Models @@
+                {
                     Clipped = _observedColor.Red switch
+                        {
 => ClipType.RedLow,
 => ClipType.RedHigh,
                             _   => ClipType.None
+                        }
                         | _observedColor.Green switch
+                        {
 => ClipType.GreenLow,
 => ClipType.GreenHigh,
                             _   => ClipType.None
+                        }
                         | _observedColor.Blue switch
+                        {
 => ClipType.BlueLow,
 => ClipType.BlueHigh,
                             _   => ClipType.None
                         };
                     if (Clipped == ClipType.None)
+                    {
                         State = TestState.GoodResult;
                         Reaction = CalculateReaction();
+                    }
                     else
+                    {
                         Reaction? reaction = CalculateReaction();
                         bool extrapolated = false;
                         // SPECIAL CASE:
                         // Check to see if we've got a white-shift reaction that's partially clipped, where we can
                         // still extrapolate the reaction, based on the available information.
                         if (!testing3Way && (reaction != null))
+                        {
                             PaintColor baseColor = _recipe.BaseColor;
                             if ((reaction.Red < baseColor.Red) &&
                                 (reaction.Green < baseColor.Green) &&
                                 (reaction.Blue < baseColor.Blue))
+                            {
                                 // White-shift down clip.
                                 extrapolated                    = ExtrapolateWhiteFromOneChannel(_observedColor.Red,   0, reaction.Red);
                                 if (!extrapolated) extrapolated = ExtrapolateWhiteFromOneChannel(_observedColor.Green, 0, reaction.Green);
                                 if (!extrapolated)                ExtrapolateWhiteFromOneChannel(_observedColor.Blue,  0, reaction.Blue);
+                            }
                             else if ((reaction.Red > baseColor.Red) &&
                                 (reaction.Green > baseColor.Green) &&
                                 (reaction.Blue > baseColor.Blue))
+                            {
                                 // White-shift up clip.
                                 extrapolated                    = ExtrapolateWhiteFromOneChannel(_observedColor.Red,   255, reaction.Red);
                                 if (!extrapolated) extrapolated = ExtrapolateWhiteFromOneChannel(_observedColor.Green, 255, reaction.Green);
                                 if (!extrapolated)                ExtrapolateWhiteFromOneChannel(_observedColor.Blue,  255, reaction.Blue);
+                            }
+                        }
                         if (!extrapolated)
+                        {
                             State       = TestState.ClippedResult;
                             BadReaction = CalculateReaction();
+                        }
+                    }
                     PlayerProfile? profile = ProfileManager.CurrentProfile;
                     profile?.SetPairClipStatus(Reagent1, Reagent2, Clipped);
+                }
+            }
             else
+            {
                 Debug.WriteLine("ERROR: Lab UI not found.");
                 State = TestState.LabNotFound;
+            }
+        }
         private bool ExtrapolateWhiteFromOneChannel(int result, int clipBound, int reaction)
+        {
             if (result == clipBound) return false;
             Clipped = ClipType.None;
             State = TestState.GoodResult;
             Reaction = new Reaction(reaction, reaction, reaction);
             return true;
+        }
         public void CancelScan()
+        {
             ReactionScannerService.Instance.CancelScan();
             State = TestState.Untested;
+        }
         public void MarkInert()
+        {
             Reaction = new Reaction(0, 0, 0);
             State = TestState.GoodResult;
             SaveReaction();
+        }
         public void ClearReaction()
+        {
             PlayerProfile? profile = ProfileManager.CurrentProfile;
             if (profile == null) return;
             profile.Reactions.Remove(Reagent1, Reagent2);
             profile.SetPairClipStatus(Reagent1, Reagent2, ClipType.None);
             if (State == TestState.Saved)
+            {
                 profile.Save();
+            }
             BufferReagentFirst = null;
             BufferReagentLast = null;
             Reaction = null;
             BadReaction = null;
             Clipped = ClipType.None;
             State = TestState.Untested;
             UpdateRecipe();
+        }
         public void SaveReaction()
+        {
             PlayerProfile? profile = ProfileManager.CurrentProfile;
             if (profile == null) return;
             profile.Reactions.Set(Reagent1, Reagent2, Reaction);
             profile.Save();
             State = TestState.Saved;
+        }
         #endregion
         #region Internals
         private Reaction? CalculateReaction()
+        {
             if (ProfileManager.CurrentProfile == null) return null;
             if (HypotheticalColor == null) return null;
             if (ObservedColor == null) return null;
             if (_useFirstBuffer)
+            {
                 if (BufferReagentFirst != null)
+                {
                     return ReactionScannerService.Calculate3WayReaction(ProfileManager.CurrentProfile, HypotheticalColor,
                         ObservedColor, BufferReagentFirst, Reagent1, Reagent2, true);
+                }
+            }
             else
+            {
                 if (BufferReagentLast != null)
+                {
                     return ReactionScannerService.Calculate3WayReaction(ProfileManager.CurrentProfile, HypotheticalColor,
                         ObservedColor, Reagent1, Reagent2, BufferReagentLast, false);
+                }
+            }
             return ReactionScannerService.CalculateReaction(HypotheticalColor, ObservedColor);
+        }
         private void UpdateHypotheticalColor()
+        {
             HypotheticalColor = null;
             HypotheticalColor = (IsAllCatalysts && !BufferIsSelected) ? null : _recipe.BaseColor;
+        }
         private bool BufferIsSelected => UseFirstBuffer ? (BufferReagentFirst != null) : (BufferReagentLast != null);
         private void UpdateRecipe()
+        {
             _recipe.Clear();
             if (_useFirstBuffer)
+            {
                 if (_bufferReagentFirst == null)
+                {
                     _recipe.AddReagent(Reagent1.Name);
                     _recipe.AddReagent(Reagent2.Name);
+                }
                 else
+                {
                     _recipe.AddReagent(_bufferReagentFirst.Name);
                     _recipe.AddReagent(Reagent1.Name);
                     _recipe.AddReagent(Reagent2.Name);
+                }
+            }
             else
+            {
                 if (_bufferReagentLast == null)
+                {
                     _recipe.AddReagent(Reagent1.Name);
                     _recipe.AddReagent(Reagent2.Name);
+                }
                 else
+                {
                     _recipe.AddReagent(Reagent1.Name);
                     _recipe.AddReagent(Reagent2.Name);
                     _recipe.AddReagent(_bufferReagentLast.Name);
+                }
+            }
             UpdateHypotheticalColor();
+        }
         #endregion
         #region Interface Implementations
         public event PropertyChangedEventHandler? PropertyChanged;
         [NotifyPropertyChangedInvocator]

ViewModels/ExperimentLogViewModel.cs

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 using System;
 using System.Collections.Generic;
 using System.Collections.ObjectModel;
 using System.Diagnostics;
 using ReactiveUI;
 using DesertPaintCodex.Services;
 using DesertPaintCodex.Models;
 using DesertPaintCodex.Util;
 using DynamicData.Binding;
 namespace DesertPaintCodex.ViewModels
+{
     public class ExperimentLogViewModel : ViewModelBase
+    {
         public ObservableCollection<ReactionTest> RemainingTests { get; } = new();
         public ObservableCollection<ReactionTest> CompletedTests { get; } = new();
         private int _selectedList = 0;
         public int SelectedList { get => _selectedList; private set => this.RaiseAndSetIfChanged(ref _selectedList, value); }
         private int _selectedRemainingTest = 0;
         public int SelectedRemainingTest { get => _selectedRemainingTest; private set => this.RaiseAndSetIfChanged(ref _selectedRemainingTest, value); }
         private int _selectedCompletedTest = 0;
         public int SelectedCompletedTest { get => _selectedCompletedTest; private set => this.RaiseAndSetIfChanged(ref _selectedCompletedTest, value); }
         private ReactionTestViewModel _testView;
         public ReactionTestViewModel TestView { get => _testView; private set => this.RaiseAndSetIfChanged(ref _testView, value); }
         private readonly List<ObservableCollection<ReactionTest>> _testLists = new();
         public ExperimentLogViewModel()
+        {
             PlayerProfile? profile = ProfileManager.CurrentProfile;
             Debug.Assert(profile != null);
             _testLists.Add(RemainingTests);
             _testLists.Add(CompletedTests);
             ReactionTestService.PopulateRemainingTests(RemainingTests);
             ReactionTestService.PopulateCompletedTests(CompletedTests);
             // If we have no remaining tests, switch to the completed list.
             _testView = new ReactionTestViewModel();
             if (RemainingTests.Count > 0)
+            {
                 SelectedList = 0;
                 _testView.ReactionTest = RemainingTests[0];
+            }
             else
+            {
                 SelectedList = 1;
                 _testView.ReactionTest = CompletedTests[0];
+            }
             this.WhenAnyPropertyChanged(nameof(SelectedList), nameof(SelectedRemainingTest), nameof(SelectedCompletedTest))
                 .Subscribe(_ => _testView.ReactionTest = GetSelectedReactionTest());
             _testView.ReactionTest = GetSelectedReactionTest();
             TestView.SaveReaction.Subscribe(_ => OnSaveReaction());
             TestView.ClearReaction.Subscribe(_ => OnClearReaction());
             TestView.FinalizeTestResults.Subscribe(_ => OnReactionResults());
             TestView.MarkInert.Subscribe(_ => OnSaveReaction());
+        }
         private ReactionTest GetSelectedReactionTest()
+        {
             int itemIndex = (SelectedList == 0) ? SelectedRemainingTest : SelectedCompletedTest;
             if (itemIndex < 0) return Constants.StubReactionTest;
             var list = _testLists[SelectedList];
             return (itemIndex >= list.Count) ? Constants.StubReactionTest : list[itemIndex];
+        }
         #region Command Handlers
         private void OnSaveReaction()
+        {
             ReactionTest test = TestView.ReactionTest;
             int oldPos = RemainingTests.IndexOf(test);
             // Move test to Completed Tests.
             InsertTestIntoList(test, CompletedTests);
             RemainingTests.RemoveAt(oldPos);
             // Select next Remaining Test.
             if (RemainingTests.Count == 0) return;
             SelectedRemainingTest = (oldPos == RemainingTests.Count) ? RemainingTests.Count - 1 : oldPos;
             // If we have just inserted our first completed test, select it.
             if (CompletedTests.Count == 1)
+            {
                  SelectedCompletedTest = 0;
+            }
+        }
         private void OnClearReaction()
+        {
             int oldPos = 0;
             ReactionTest test = TestView.ReactionTest;
             if (RemainingTests.Contains(test))
+            {
                 SelectedRemainingTest = ResortTestInList(test, RemainingTests);
                 return;
+            }
             oldPos = CompletedTests.IndexOf(test);
             // Move test to Remaining Tests.
             InsertTestIntoList(test, RemainingTests);
             CompletedTests.RemoveAt(oldPos);
             // Select next Completed Test.
             if (CompletedTests.Count == 0) return;
             SelectedCompletedTest = (oldPos == CompletedTests.Count) ? CompletedTests.Count - 1 : oldPos;
             // If we have just inserted our first remaining test, select it.
             if (RemainingTests.Count == 1)
+            {
                 SelectedRemainingTest = 0;
+            }
+        }
         private void OnReactionResults()
+        {
             int newPos = ResortTestInList(TestView.ReactionTest, RemainingTests);
             if (newPos != SelectedRemainingTest)
+            {
                 SelectedRemainingTest = newPos;
+            }
+        }
         #endregion
         private static int ResortTestInList(ReactionTest test, IList<ReactionTest> list)
+        {
             int oldPos = list.IndexOf(test);
             // If the item is first in the list or the previous item is valued < the test
             // And either the item is last in the list or the next item in the list is valued > than the item
             // Don't move it
             if (((oldPos == 0) || (test.CompareTo(list[oldPos - 1]) > 0))
                 && ((oldPos == list.Count - 1) || (test.CompareTo(list[oldPos + 1]) < 0))) return oldPos; // No need to move.
             list.RemoveAt(oldPos);
             return InsertTestIntoList(test, list);
+        }
         private static int InsertTestIntoList(ReactionTest test, IList<ReactionTest> list)
+        {
             int i;
             for (i = 0; i < list.Count; i++)
+            {
                 if (test.CompareTo(list[i]) < 0) break;
+            }
             list.Insert(i, test);
             return i;
+        }
+    }
+}

ViewModels/ReactionTestViewModel.cs

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 using System;
 using System.Collections.Generic;
 using System.Collections.ObjectModel;
 using System.Diagnostics;
 using System.Linq;
 using System.Reactive;
 using System.Reactive.Linq;
 using System.Threading.Tasks;
 using DesertPaintCodex.Models;
 using DesertPaintCodex.Services;
 using DesertPaintCodex.Util;
 using ReactiveUI;
 namespace DesertPaintCodex.ViewModels
+{
     public class ReactionTestViewModel : ViewModelBase
+    {
         private ReactionTest _reactionTest = Constants.StubReactionTest;
         public ReactionTest ReactionTest
+        {
             get => _reactionTest;
             set => this.RaiseAndSetIfChanged(ref _reactionTest, value);
+        }
         private readonly List<Reagent> _allPigmentList = new();
         private readonly List<Reagent> _allReagentList = new();
         public ObservableCollection<Reagent> FirstBufferList { get; } = new();
         public ObservableCollection<Reagent> LastBufferList { get; } = new();
         public ReactionTestViewModel()
+        {
             List<string> reagentNames = ReagentService.Names;
             foreach (var reagent in reagentNames.Select(ReagentService.GetReagent))
+            {
                 if (!reagent.IsCatalyst)
+                {
                     _allPigmentList.Add(reagent);
+                }
                 _allReagentList.Add(reagent);
+            }
             this.WhenAnyValue(x => x.ReactionTest)
                 .Subscribe(_ => UpdateDerivedState());
             ShowScreenSettingsDialog = new Interaction<ScreenSettingsViewModel, Unit>();
             SaveReaction = ReactiveCommand.Create(() => ReactionTest.SaveReaction());
             ClearReaction = ReactiveCommand.Create(() => ReactionTest.ClearReaction());
             MarkInert = ReactiveCommand.Create(() => ReactionTest.MarkInert());
             FinalizeTestResults = ReactiveCommand.Create(Test);
+        }
         private void UpdateDerivedState()
+        {
             // There are more "reactive" ways to pull this off, but I don't have time to figure out all those recipes
             // right now.
             SetupTest();
+        }
         private void SetupTest()
+        {
             if (ReactionTest.Requires3Way)
+            {
                 FilterBufferPigments();
+            }
+        }
         private void FilterBufferPigments()
+        {
             // Avalonia doesn't really have proper filtering for listy controls yet.
             PlayerProfile? profile = ProfileManager.CurrentProfile;
             if (profile == null) return;
             ReactionSet reactions = profile.Reactions;
             List<Reagent> bufferList = ReactionTest.IsAllCatalysts ? _allPigmentList : _allReagentList;
             foreach (Reagent buffer in bufferList)
+            {
                 if (buffer == ReactionTest.Reagent1) continue;
                 if (buffer == ReactionTest.Reagent2) continue;
                 if ((reactions.Find(buffer, ReactionTest.Reagent1) != null)
                     && (reactions.Find(buffer, ReactionTest.Reagent2) != null))
+                {
                     FirstBufferList.Add(buffer);
+                }
                 if ((reactions.Find(ReactionTest.Reagent1, buffer) != null)
                     && (reactions.Find(ReactionTest.Reagent2, buffer) != null))
+                {
                     LastBufferList.Add(buffer);
+                }
+            }
             // BufferPigmentList.AddRange(_allPigmentList.Where(pigment =>
             //         pigment != ReactionTest.Reagent1 && pigment != ReactionTest.Reagent2));
+        }
         public async void Analyze()
+        {
             Debug.WriteLine("Analyze");
             try
+            {
                 await ReactionTest.StartScan();
                 await FinalizeTestResults.Execute();
+            }
             catch (OperationCanceledException)
+            {
                 Debug.WriteLine("Scan canceled.");
+            }
+        }
         public void MarkInert()
+        {
             ReactionTest.MarkInert();
+        }
         public void CancelScan()
+        {
             ReactionTest.CancelScan();
+        }
         public async Task OpenScreenSettings()
+        {
             await ShowScreenSettingsDialog.Handle(new ScreenSettingsViewModel());
+        }
         public async Task ShowClipInfo()
+        {
             await ShowInfoBox("Clipped Reactions", "The Pigment Lab is only capable of displaying color channel values in the 0-255 range. However, sometimes, your reactions will push one or more channels outside of that range. When that happens, the value will be clamped either to 0 or 255. In this case, we say that the reaction was \"Clipped.\"\n\nThis is nothing to panic about, though. We solve this issue by using a third (buffer) reagent to offset the extreme value, so that it falls within measurable range, similar to how we test Catalyst+Catalyst reactions. Desert Paint Codex will automatically do the math for this, but it does move clipped reactions towards the end of your test list, because you'll want any reactions between the buffer reagent and your two test reagents already known, prior to running your buffered test.");
+        }
         public void UseFirstBuffer()
+        {
             ReactionTest.UseFirstBuffer = true;
+        }
         public void UseLastBuffer()
+        {
             ReactionTest.UseFirstBuffer = false;
+        }
         private void Test()
+        {
             Debug.WriteLine("Test complete");
+        }
         public Interaction<ScreenSettingsViewModel, Unit> ShowScreenSettingsDialog { get; }
         public ReactiveCommand<Unit, Unit> ClearReaction { get; }
         public ReactiveCommand<Unit, Unit> SaveReaction { get; }
         public ReactiveCommand<Unit, Unit> MarkInert { get; }
         public ReactiveCommand<Unit, Unit> FinalizeTestResults { get; }
+    }
+}
@@ ... / \ No newline at end of file @@

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