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h z
2024-06-30 01:52:44 +08:00
parent 117835b503
commit 59d257c06a
67 changed files with 2268 additions and 92 deletions
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56
Modules/ComputationalModules/Unary/CopyModule.cs Normal file
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using Enigmos.Ports;
using Enigmos.Ports.DataPorts;
using Godot;
using Nocturnis.DataStructures;
using Nocturnis.Enigmos.Modules;
using Nocturnis.Enigmos.Ports;
using TabulaSmaragdina;
using TabulaSmaragdina.Constants;
namespace Enigmos.Modules.ComputationalModules.Unary;
public partial class CopyModule : UnaryComputationalModule, IPolymorphismModule
{
private DataOutPort? Output1 { get; set; }
private DataOutPort? Output2 { get; set; }
private DataOutPort? Output3 { get; set; }
private DataOutPort? Output4 { get; set; }
private IDataPortGroup? InputGroup { get; set; }
private IDataPortGroup? OutputGroup { get; set; }
public override IEnumerable<BasePort> Ports => base.Ports.Union(new[] { Output1, Output2, Output3, Output4 })!;
public HashSet<IDataPortGroup> ConfigurablePortGroups { get; set; } = new();
public override void Init()
{
base.Init();
Output1 = GetPort<DataOutPort>("Output1");
Output2 = GetPort<DataOutPort>("Output2");
Output3 = GetPort<DataOutPort>("Output3");
Output4 = GetPort<DataOutPort>("Output4");
InputGroup = GlobalProvider.DataStructureProvider.NewDataPortGroup(
this,
new IDataPort[] {Input1},
"",
EnigmosConstant.DataPortTypes.Real,
Array.Empty<StringName>()
);
OutputGroup = GlobalProvider.DataStructureProvider.NewDataPortGroup(
this,
new IDataPort[] { Output1, Output2, Output3, Output4 },
"Output Port Type",
EnigmosConstant.DataPortTypes.Real,
EnigmosConstant.DataPortTypes.AnyType
);
ConfigurablePortGroups = new HashSet<IDataPortGroup> { OutputGroup };
PostInit();
}
protected override void Compute(IDataPackage input1)
{
foreach (IDataPort port in OutputGroup!)
(port as DataOutPort)!.ResultData.Assign(input1, OutputGroup.SelectedType);
}
public void Inference() => InputGroup!.SelectedType = OutputGroup!.SelectedType;
}

26
Modules/ComputationalModules/Unary/LogicalNegationModule.cs Normal file
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using Enigmos.Ports;
using Enigmos.Ports.DataPorts;
using Nocturnis.DataStructures;
using TabulaSmaragdina.Constants;
namespace Enigmos.Modules.ComputationalModules.Unary;
public partial class LogicalNegationModule : UnaryComputationalModule
{
private DataOutPort Output1 { get; set; }
public override IEnumerable<BasePort> Ports => base.Ports.Union(new[] { Output1 });
public override void Init()
{
base.Init();
Output1 = GetPort<DataOutPort>("Output1");
Input1.SetDataType(EnigmosConstant.DataPortTypes.Bit);
Output1.SetDataType(EnigmosConstant.DataPortTypes.Bit);
PostInit();
}
protected override void Compute(IDataPackage input1)
{
Output1.ResultData.Bit = !input1.Bit;
}
}

58
Modules/ComputationalModules/Unary/NegationModule.cs Normal file
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using Enigmos.Ports;
using Enigmos.Ports.DataPorts;
using Godot;
using Nocturnis.DataStructures;
using Nocturnis.Enigmos.Modules;
using Nocturnis.Enigmos.Ports;
using TabulaSmaragdina;
using TabulaSmaragdina.Constants;
namespace Enigmos.Modules.ComputationalModules.Unary;
public partial class NegationModule : UnaryComputationalModule, IPolymorphismModule
{
private DataOutPort? Output1 { get; set; }
private DataOutPort? Output2 { get; set; }
private DataOutPort? Output3 { get; set; }
private DataOutPort? Output4 { get; set; }
private IDataPortGroup? InputGroup { get; set; }
private IDataPortGroup? OutputGroup { get; set; }
public override IEnumerable<BasePort> Ports => base.Ports.Union(new[] { Output1, Output2, Output3, Output4 })!;
public HashSet<IDataPortGroup> ConfigurablePortGroups { get; set; } = new();
public override void Init()
{
base.Init();
Output1 = GetPort<DataOutPort>("Output1");
Output2 = GetPort<DataOutPort>("Output2");
Output3 = GetPort<DataOutPort>("Output3");
Output4 = GetPort<DataOutPort>("Output4");
InputGroup = GlobalProvider.DataStructureProvider.NewDataPortGroup(
this,
new IDataPort[] {Input1},
"",
EnigmosConstant.DataPortTypes.Real,
Array.Empty<StringName>()
);
OutputGroup = GlobalProvider.DataStructureProvider.NewDataPortGroup(
this,
new IDataPort[] { Output1, Output2, Output3, Output4 },
"Output Port Type",
EnigmosConstant.DataPortTypes.Real,
EnigmosConstant.DataPortTypes.AnyTensor
);
ConfigurablePortGroups = new HashSet<IDataPortGroup> { OutputGroup };
PostInit();
}
protected override void Compute(IDataPackage input1)
{
IDataPackage res = GlobalProvider.PolymorphismProvider.Neg(input1, OutputGroup.SelectedType);
foreach (IDataPort port in OutputGroup)
(port as DataOutPort)!.ResultData.Assign(res, OutputGroup.SelectedType);
}
public void Inference() => InputGroup.SelectedType = OutputGroup.SelectedType;
}

60
Modules/ComputationalModules/Unary/SquareModule.cs Normal file
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using Enigmos.Ports;
using Enigmos.Ports.DataPorts;
using Godot;
using Nocturnis.DataStructures;
using Nocturnis.Enigmos.Modules;
using Nocturnis.Enigmos.Ports;
using TabulaSmaragdina;
using TabulaSmaragdina.Constants;
namespace Enigmos.Modules.ComputationalModules.Unary;
public partial class SquareModule : UnaryComputationalModule, IPolymorphismModule
{
private DataOutPort? Output1 { get; set; }
private DataOutPort? Output2 { get; set; }
private DataOutPort? Output3 { get; set; }
private DataOutPort? Output4 { get; set; }
private IDataPortGroup? InputGroup { get; set; }
private IDataPortGroup? OutputGroup { get; set; }
public override IEnumerable<BasePort> Ports => base.Ports.Union(new[] { Output1, Output2, Output3, Output4 })!;
public HashSet<IDataPortGroup> ConfigurablePortGroups { get; set; }
public override void Init()
{
base.Init();
Output1 = GetPort<DataOutPort>("Output1");
Output2 = GetPort<DataOutPort>("Output2");
Output3 = GetPort<DataOutPort>("Output3");
Output4 = GetPort<DataOutPort>("Output4");
InputGroup = GlobalProvider.DataStructureProvider.NewDataPortGroup(
this,
new IDataPort[] {Input1},
"",
EnigmosConstant.DataPortTypes.Real,
Array.Empty<StringName>()
);
OutputGroup = GlobalProvider.DataStructureProvider.NewDataPortGroup(
this,
new DataPort[] { Output1, Output2, Output3, Output4 },
"Output Port Type",
EnigmosConstant.DataPortTypes.Real,
EnigmosConstant.DataPortTypes.NumericTypes
);
ConfigurablePortGroups = new HashSet<IDataPortGroup> { OutputGroup };
PostInit();
}
protected override void Compute(IDataPackage input1)
{
IDataPackage res = GlobalProvider.PolymorphismProvider.Square(input1, OutputGroup.SelectedType);
foreach (DataOutPort port in OutputGroup.OfType<DataOutPort>())
port.ResultData.Assign(res, OutputGroup.SelectedType);
}
public void Inference() => InputGroup!.SelectedType = OutputGroup!.SelectedType;
}

61
Modules/ComputationalModules/Unary/V2ComponentModule.cs Normal file
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using Enigmos.Ports;
using Enigmos.Ports.DataPorts;
using Godot;
using Nocturnis.DataStructures;
using Nocturnis.Enigmos.Modules;
using Nocturnis.Enigmos.Ports;
using TabulaSmaragdina;
using TabulaSmaragdina.Constants;
namespace Enigmos.Modules.ComputationalModules.Unary;
public partial class V2ComponentModule : UnaryComputationalModule, IPolymorphismModule
{
private IDataPortGroup? VectorInputGroup { get; set; }
private IDataPortGroup? ScalarOutputGroup { get; set; }
private DataOutPort? Output1 { get; set; }
private DataOutPort? Output2 { get; set; }
public override IEnumerable<BasePort> Ports => base.Ports.Union(new[] { Output1, Output2 })!;
public HashSet<IDataPortGroup> ConfigurablePortGroups { get; set; } = new();
public override void Init()
{
base.Init();
Output1 = GetPort<DataOutPort>("Output1");
Output2 = GetPort<DataOutPort>("Output2");
VectorInputGroup = GlobalProvider.DataStructureProvider.NewDataPortGroup(
this,
new IDataPort[] { Input1 },
"Vector Input Type",
EnigmosConstant.DataPortTypes.R2,
EnigmosConstant.DataPortTypes.VectorTypes
);
ScalarOutputGroup = GlobalProvider.DataStructureProvider.NewDataPortGroup(
this,
new IDataPort[] { Output1, Output2 },
"",
EnigmosConstant.DataPortTypes.Real,
Array.Empty<StringName>()
);
ConfigurablePortGroups = new HashSet<IDataPortGroup> { VectorInputGroup };
PostInit();
}
protected override void Compute(IDataPackage input1)
{
if (VectorInputGroup!.SelectedType == EnigmosConstant.DataPortTypes.R2)
{
Output1!.ResultData.Real = input1.R2[1];
Output2!.ResultData.Real = input1.R2[2];
}
else
{
Output1!.ResultData.Complex = input1.C2[1];
Output2!.ResultData.Complex = input1.C2[2];
}
}
public void Inference() =>
ScalarOutputGroup!.SelectedType = GlobalProvider.DataPackageTypeProvider!.GetBaseField(VectorInputGroup.SelectedType);
}