private IMongoClient MakeMongoClient(OutputConfig importOptions)
{
MongoClientSettings settings = MongoClientSettingsFactory.CreateMongoClientSettings(importOptions);
return(new MongoClient(settings));
}
public bool LoadInfoConfig(string ConfigFileName, int PadIndex)
{
string[] array = File.ReadAllLines(ConfigFileName);
List <string> list = new List <string>();
List <string> list2 = new List <string>();
List <string> list3 = new List <string>();
List <string> list4 = new List <string>();
List <string> list5 = new List <string>();
for (int i = 0; i < array.Length; i++)
{
string text = "";
string text2 = "";
string text3 = "";
string text4 = "";
string text5 = "";
string[] array2 = array[i].Split(new char[]
{
'$'
});
for (int j = 0; j < array2.Length; j++)
{
if (array2[j].StartsWith("G:"))
{
string input = array2[j].Remove(0, 2);
Regex regex = new Regex("[^0-9, ,\\-,^a-z,^A-Z]");
text2 += regex.Replace(input, string.Empty);
}
else if (array2[j].StartsWith("B:"))
{
Regex regex2 = new Regex("[^0-9, ]");
text3 += regex2.Replace(array2[j], string.Empty);
}
else if (array2[j].StartsWith("A:"))
{
Regex regex3 = new Regex("[^0-9, ]");
text4 += regex3.Replace(array2[j], string.Empty);
}
else if (array2[j].StartsWith("D:"))
{
Regex regex4 = new Regex("[^0-9, ]");
text5 += regex4.Replace(array2[j], string.Empty);
}
else
{
text += array2[j];
}
}
text = text.TrimStart(new char[]
{
' '
});
text = text.TrimEnd(new char[]
{
' '
});
text2 = text2.TrimStart(new char[]
{
' '
});
text2 = text2.TrimEnd(new char[]
{
' '
});
if (text != "")
{
list.Add(text);
}
if (text2 != "")
{
list2.Add(text2);
}
if (text3 != "")
{
list3.Add(text3);
}
if (text4 != "")
{
list4.Add(text4);
}
if (text5 != "")
{
list5.Add(text5);
}
}
for (int k = 0; k < list2.Count; k++)
{
string[] array3 = list2[k].Split(new char[]
{
'-'
});
if (array3.Length != 5 || array3[0].Length != 8 || array3[1].Length != 4 || array3[2].Length != 4 || array3[3].Length != 4 || array3[4].Length != 12)
{
list2.Remove(list2[k]);
list.Remove(list[k]);
list3.Remove(list3[k]);
list4.Remove(list4[k]);
list5.Remove(list5[k]);
}
}
int num = 0;
int[] array4 = new int[18];
int[] array5 = array4;
int[] array6 = new int[4];
int[] array7 = array6;
int mDeadZone = 0;
byte mMovementType = 0;
foreach (string text6 in list2)
{
string[] array8 = list3[num].Split(new char[]
{
' '
});
int l;
for (l = 0; l < array8.Length; l++)
{
if (l >= 18)
{
break;
}
if (array8[l] != "")
{
array5[l] = Convert.ToInt32(array8[l]);
}
else
{
array5[l] = 0;
}
}
while (l < 18)
{
array5[l] = 0;
l++;
}
int num2 = array8.Length - 1;
while (array8[num2] == "" && num2 >= 0)
{
num2--;
}
mMovementType = Convert.ToByte(array8[num2]);
string[] array9 = list4[num].Split(new char[]
{
' '
});
for (l = 0; l < array9.Length; l++)
{
if (l >= 4)
{
break;
}
if (array9[l] != "")
{
array7[l] = Convert.ToInt32(array9[l]);
}
else
{
array7[l] = 0;
}
}
while (l < 4)
{
array7[l] = 0;
l++;
}
if (list5[num] != "")
{
mDeadZone = Convert.ToInt32(list5[num]);
}
else
{
mDeadZone = 0;
}
bool flag = false;
if (PadIndex < 0)
{
foreach (OutputConfig outputConfig in GlobalDefs.OutputConfigList)
{
Guid guid = new Guid("00000000-0000-0000-0000-000000000000");
if (text6 == guid.ToString())
{
flag = true;
break;
}
if (text6 == outputConfig.mProductGuid.ToString())
{
array5.CopyTo(outputConfig.mButtonMap, 0);
array7.CopyTo(outputConfig.mAxisMap, 0);
outputConfig.mDeadZone = mDeadZone;
outputConfig.mMovementType = mMovementType;
flag = true;
break;
}
}
if (!flag)
{
OutputConfig outputConfig2 = new OutputConfig();
outputConfig2.mProductGuid = new Guid(text6);
outputConfig2.mProductName = list[num];
array5.CopyTo(outputConfig2.mButtonMap, 0);
array7.CopyTo(outputConfig2.mAxisMap, 0);
outputConfig2.mDeadZone = mDeadZone;
outputConfig2.mMovementType = mMovementType;
GlobalDefs.OutputConfigList.Add(outputConfig2);
}
}
else
{
if (PadIndex >= GlobalDefs.OutputConfigList.Count <OutputConfig>())
{
return(false);
}
if (text6 == GlobalDefs.OutputConfigList[PadIndex].mProductGuid.ToString())
{
array5.CopyTo(GlobalDefs.OutputConfigList[PadIndex].mButtonMap, 0);
array7.CopyTo(GlobalDefs.OutputConfigList[PadIndex].mAxisMap, 0);
GlobalDefs.OutputConfigList[PadIndex].mDeadZone = mDeadZone;
GlobalDefs.OutputConfigList[PadIndex].mMovementType = mMovementType;
return(true);
}
}
num++;
}
return(PadIndex == -1);
}
/// <summary>
/// Create and set the output for a giving output config, output object, input object and a given farmer.
/// If the farmer is not passed, the default one will be used.
/// </summary>
/// <param name="outputConfig">The output config</param>
/// <param name="output">The output to load the name on</param>
/// <param name="input">The input used</param>
/// <param name="who">The farmer to be used</param>
public static void LoadOutputName(OutputConfig outputConfig, Object output, Object input, Farmer who = null)
{
string outputName = null;
bool inputUsed = false;
who = who ?? Game1.player;
if (outputConfig.PreserveType.HasValue)
{
string inputName = input?.Name ?? outputConfig.OutputGenericParentName ?? "";
if (outputConfig.KeepInputParentIndex)
{
if (input?.preservedParentSheetIndex.Value == -1)
{
inputName = outputConfig.OutputGenericParentName;
}
else if (input?.preservedParentSheetIndex.Value > 0 && Game1.objectInformation.ContainsKey(input.preservedParentSheetIndex.Value))
{
inputName = ObjectUtils.GetObjectParameter(Game1.objectInformation[input.preservedParentSheetIndex.Value], (int)ObjectParameter.Name);
}
}
else if (input?.preservedParentSheetIndex.Value > 0 && Game1.objectInformation.ContainsKey(input.ParentSheetIndex))
{
inputName = ObjectUtils.GetObjectParameter(Game1.objectInformation[input.ParentSheetIndex], (int)ObjectParameter.Name);
}
outputName = ObjectUtils.GetPreserveName(outputConfig.PreserveType.Value, inputName);
output.preserve.Value = outputConfig.PreserveType;
inputUsed = true;
}
else if (output.parentSheetIndex == 340)
{
outputName = $"{input?.Name ?? "Wild"} Honey";
inputUsed = true;
}
else if (outputConfig.OutputName != null)
{
string inputName = input?.Name ?? outputConfig.OutputGenericParentName ?? "";
if (outputConfig.KeepInputParentIndex)
{
if (input?.preservedParentSheetIndex.Value == -1)
{
inputName = outputConfig.OutputGenericParentName;
}
else if (input?.preservedParentSheetIndex.Value > 0 && Game1.objectInformation.ContainsKey(input.preservedParentSheetIndex.Value))
{
inputName = ObjectUtils.GetObjectParameter(Game1.objectInformation[input.preservedParentSheetIndex.Value], (int)ObjectParameter.Name);
}
}
else if (input?.preservedParentSheetIndex.Value > 0 && Game1.objectInformation.ContainsKey(input.ParentSheetIndex))
{
inputName = ObjectUtils.GetObjectParameter(Game1.objectInformation[input.ParentSheetIndex], (int)ObjectParameter.Name);
}
outputName = outputConfig.OutputName
.Replace("{inputName}", inputName)
.Replace("{outputName}", output.Name)
.Replace("{farmerName}", who.Name)
.Replace("{farmName}", who.farmName.Value);
inputUsed = outputConfig.OutputName.Contains("{inputName}");
}
if (outputName != null)
{
Regex regex = new Regex("[ ]{2,}", RegexOptions.None);
output.Name = regex.Replace(outputName, " ").Trim();
}
if (inputUsed)
{
output.preservedParentSheetIndex.Value = input == null ? -1 : outputConfig.KeepInputParentIndex && input.preservedParentSheetIndex.Value != 0 ? input.preservedParentSheetIndex.Value : input.ParentSheetIndex;
}
if (outputName != null)
{
output.AddCustomName(outputConfig);
output.AddGenericParentName(outputConfig);
output.AddContentPackUniqueID(outputConfig);
}
//Called just to load the display name.
string loadingDisplayName = output.DisplayName;
}
/// <summary>
/// Choose and an output config from a list of output configs.
/// </summary>
/// <param name="producerRuleOutputConfig">The list of outputConfigs to choose from</param>
/// <param name="random">The random object that should be used if necessary</param>
/// <param name="fuelSearch">Function to search the fuel for the production. Receive the fuel id and stack amount. Should return true if there is enough fuel.</param>
/// <param name="location">The location of the producer.</param>
/// <param name="input">The input Object</param>
/// <returns>The chosen output config</returns>
/// <exception cref="RestrictionException">If there is no output config option, an exception is throw with the restriction message.</exception>
public static OutputConfig ChooseOutput(List <OutputConfig> producerRuleOutputConfig, Random random, Func <int, int, bool> fuelSearch, GameLocation location, Object input = null)
{
List <OutputConfig> filteredOutputConfigs = FilterOutputConfig(producerRuleOutputConfig, o => o.RequiredInputQuality.Count == 0 || o.RequiredInputQuality.Any(q => q == input?.Quality), "Quality");
filteredOutputConfigs = FilterOutputConfig(filteredOutputConfigs, o => !o.RequiredInputStack.HasValue || input.stack >= o.RequiredInputStack.Value, "InputStack");
filteredOutputConfigs = FilterOutputConfig(filteredOutputConfigs, o => o.FuelList.All(f => fuelSearch(f.Item1, f.Item2)), "Fuel");
filteredOutputConfigs = FilterOutputConfig(filteredOutputConfigs, o => o.RequiredSeason.Count == 0 || o.RequiredSeason.Any(q => q == location.GetSeasonForLocation()), "Season");
filteredOutputConfigs = FilterOutputConfig(filteredOutputConfigs, o => o.RequiredWeather.Count == 0 || o.RequiredWeather.Any(q => q == GameUtils.GetCurrentWeather()), "Weather");
filteredOutputConfigs = FilterOutputConfig(filteredOutputConfigs, o => o.RequiredLocation.Count == 0 || o.RequiredLocation.Any(q => q == location.Name), "Location");
filteredOutputConfigs = FilterOutputConfig(filteredOutputConfigs, o => o.RequiredMail.Count == 0 || o.RequiredMail.Any(q => Game1.player.mailReceived.Contains(q)), "Mail");
filteredOutputConfigs = FilterOutputConfig(filteredOutputConfigs, o => o.RequiredEvent.Count == 0 || o.RequiredEvent.Any(q => Game1.player.eventsSeen.Contains(q)), "Event");
filteredOutputConfigs = FilterOutputConfig(filteredOutputConfigs, o => o.RequiredOutdoors == null || o.RequiredOutdoors == location.IsOutdoors, "Location");
if (input != null)
{
Object parent = null;
if (input.preservedParentSheetIndex.Value > 0)
{
parent = new Object(input.preservedParentSheetIndex.Value, 1);
}
filteredOutputConfigs = FilterOutputConfig(
filteredOutputConfigs
, o => o.RequiredInputParentIdentifier.Count == 0 ||
o.RequiredInputParentIdentifier.Any(
q => q == input.preservedParentSheetIndex.Value.ToString() ||
q == parent?.Name ||
q == parent?.Category.ToString() ||
parent?.HasContextTag(q) == true)
, "InputParent", input);
}
List <OutputConfig> outputConfigs = filteredOutputConfigs.FindAll(o => o.OutputProbability > 0);
Double chance = random.NextDouble();
Double probabilities = 0;
OutputConfig result = null;
foreach (OutputConfig outputConfig in outputConfigs)
{
probabilities += outputConfig.OutputProbability;
if (chance - probabilities < 0)
{
result = outputConfig;
break;
}
}
if (result == null)
{
outputConfigs = filteredOutputConfigs.FindAll(o => o.OutputProbability <= 0);
double increment = (1 - probabilities) / outputConfigs.Count;
foreach (OutputConfig outputConfig in outputConfigs)
{
probabilities += increment;
if (chance - probabilities < 0)
{
result = outputConfig;
break;
}
}
}
result = result ?? filteredOutputConfigs.FirstOrDefault();
if (result != null && result.ReplaceWithInputParentIndex && input != null && input.preservedParentSheetIndex.Value > 0)
{
result = result.Clone();
result.OutputIndex = input.preservedParentSheetIndex.Value;
}
return(result);
}
//Switch between 180 210 and 230°
void SwitchConfig(OutputConfig c)
{
switch (c)
{
case OutputConfig.dome_180:
SetActiveRecursive(stitcher180_back, true);
SetActiveRecursive(stitcher180_front, true);
SetActiveRecursive(stitcher180_One, true);
SetActiveRecursive(stitcher210_back, false);
SetActiveRecursive(stitcher210_front, false);
SetActiveRecursive(stitcher210_One, false);
SetActiveRecursive(stitcher230_back, false);
SetActiveRecursive(stitcher230_front, false);
SetActiveRecursive(stitcher230_One, false);
break;
case OutputConfig.dome_210:
SetActiveRecursive(stitcher180_back, false);
SetActiveRecursive(stitcher180_front, false);
SetActiveRecursive(stitcher180_One, false);
SetActiveRecursive(stitcher210_back, true);
SetActiveRecursive(stitcher210_front, true);
SetActiveRecursive(stitcher210_One, true);
SetActiveRecursive(stitcher230_back, false);
SetActiveRecursive(stitcher230_front, false);
SetActiveRecursive(stitcher230_One, false);
break;
case OutputConfig.dome_230:
SetActiveRecursive(stitcher180_back, false);
SetActiveRecursive(stitcher180_front, false);
SetActiveRecursive(stitcher180_One, false);
SetActiveRecursive(stitcher210_back, false);
SetActiveRecursive(stitcher210_front, false);
SetActiveRecursive(stitcher210_One, false);
SetActiveRecursive(stitcher230_back, true);
SetActiveRecursive(stitcher230_front, true);
SetActiveRecursive(stitcher230_One, true);
break;
case OutputConfig.dome_18015:
SetActiveRecursive(stitcher180_back, true);
SetActiveRecursive(stitcher180_front, true);
SetActiveRecursive(stitcher180_One, true);
SetActiveRecursive(stitcher210_back, false);
SetActiveRecursive(stitcher210_front, false);
SetActiveRecursive(stitcher210_One, false);
SetActiveRecursive(stitcher230_back, false);
SetActiveRecursive(stitcher230_front, false);
SetActiveRecursive(stitcher230_One, false);
break;
case OutputConfig.dome_18025:
SetActiveRecursive(stitcher180_back, true);
SetActiveRecursive(stitcher180_front, true);
SetActiveRecursive(stitcher180_One, true);
SetActiveRecursive(stitcher210_back, false);
SetActiveRecursive(stitcher210_front, false);
SetActiveRecursive(stitcher210_One, false);
SetActiveRecursive(stitcher230_back, false);
SetActiveRecursive(stitcher230_front, false);
SetActiveRecursive(stitcher230_One, false);
break;
}
currentConfig = c;
}
public OutputConfig GetConfig(float borderHeight)
{
var rb = GetComponent <Rigidbody2D>();
OutputConfig cfg = new OutputConfig()
{
type = shapeType.ToString(), physicType = rb.bodyType.ToString(), name = name
};
cfg.init = new InitConfig();
cfg.init.position = new float[] { FixFloat(tran.position.x * 100 / Factor), FixFloat(borderHeight - tran.position.y * 100 / Factor) };
switch (shapeType)
{
case DynamicObjectType.box:
cfg.init.width = FixFloat(tran.lossyScale.x * 100 / Factor);
cfg.init.height = FixFloat(tran.lossyScale.y * 100 / Factor);
break;
case DynamicObjectType.circle:
case DynamicObjectType.triangle:
case DynamicObjectType.hexagon:
case DynamicObjectType.star:
cfg.init.radius = FixFloat(tran.lossyScale.x * 100 / Factor);
break;
case DynamicObjectType.cross:
{
var cross = GetComponent <CrossDetails>();
cfg.init.width = FixFloat(cross.LRWidth * 100 / Factor);
cfg.init.height = FixFloat(cross.TDHeight * 100 / Factor);
cfg.init.thickness = FixFloat(cross.LRHeight * 100 / Factor);
cfg.init.thickness2 = FixFloat(cross.TDWidth * 100 / Factor);
}
break;
case DynamicObjectType.concave:
{
var concave = GetComponent <ConcaveDetails>();
cfg.init.width = FixFloat(concave.Bottom_Width * 100 / Factor);
cfg.init.height = FixFloat(concave.Wall_Height * 100 / Factor);
cfg.init.thickness = FixFloat(concave.Thickness * 100 / Factor);
}
break;
case DynamicObjectType.rope:
{
var rope = GetComponent <RopeDetails>();
cfg.init.thickness = FixFloat(rope.LineThickness * 100 / Factor);
cfg.special = new SpecialConfig
{
ropeHang = rope.Hang,
lineLength = FixFloat(rope.LineLength * 100 / Factor),
ropeBallCount = rope.BallCount,
ballRadius = FixFloat(rope.BallRadius * 100 / Factor)
};
}
break;
case DynamicObjectType.diamond:
cfg.init.width = FixFloat(tran.lossyScale.x * 174 / Factor);
cfg.init.height = FixFloat(tran.lossyScale.y * 300 / Factor);
break;
case DynamicObjectType.balloon:
break;
case DynamicObjectType.garland:
cfg.init.radius = FixFloat(tran.lossyScale.x * 150 / Factor);
break;
case DynamicObjectType.windmill:
{
var windmill = GetComponent <WindmillDetails>();
cfg.init.thickness = FixFloat(windmill.Thickness * 100 / Factor);
cfg.special = new SpecialConfig
{
gap = FixFloat(windmill.Gap * 100 / Factor),
lineLength = FixFloat(windmill.LineWidth * 100 / Factor),
ballRadius = FixFloat(windmill.Radius * 100 / Factor)
};
}
break;
case DynamicObjectType.snow:
cfg.init.radius = FixFloat(tran.lossyScale.x * 50 / Factor);
break;
case DynamicObjectType.arrow:
{
var arrow = GetComponent <ArrowDetails>();
cfg.init.thickness = FixFloat(arrow.Thickness * 100 / Factor);
cfg.special = new SpecialConfig
{
lineLength = FixFloat(arrow.LineLenght * 100 / Factor),
ballRadius = FixFloat(arrow.HeadRadius * 100 / Factor)
};
}
break;
case DynamicObjectType.triangle2:
cfg.init.width = FixFloat(tran.lossyScale.x * 150 / Mathf.Cos(Mathf.PI / 6) / Factor);
cfg.init.height = FixFloat(tran.lossyScale.y * 150 / Factor);
break;
case DynamicObjectType.dandelion:
cfg.init.width = FixFloat(tran.lossyScale.x * 100 / Factor);
cfg.init.height = FixFloat(tran.lossyScale.y * 200 / Factor);
break;
case DynamicObjectType.bird:
cfg.init.width = FixFloat(tran.lossyScale.x * 200 / Factor);
cfg.init.height = FixFloat(tran.lossyScale.y * 100 / Factor);
break;
case DynamicObjectType.pendulum:
{
var pendulum = GetComponent <PendulumDetails>();
cfg.init.thickness = FixFloat(pendulum.LineThickness * 100 / Factor);
cfg.special = new SpecialConfig
{
lineLength = FixFloat(pendulum.LineLength * 100 / Factor),
ballRadius = FixFloat(pendulum.BallRadius * 100 / Factor)
};
}
break;
}
if (Mathf.Abs(tran.rotation.eulerAngles.z) > Mathf.Epsilon)
{
cfg.init.rotation = FixFloat(-tran.rotation.eulerAngles.z);
}
cfg.init.mass = FixFloat(rb.mass);
//cfg.init.velocity = new float[] { initialVelocity.x, initialVelocity.y };
//if (Math.Abs(initialAngularVelocity) > Mathf.Epsilon)
//cfg.init.angularVelocity = initialAngularVelocity;
if (Mathf.Abs(triggerDistance) > Mathf.Epsilon)
{
cfg.trigger = new TriggerConfig();
cfg.trigger.distance = FixFloat(triggerDistance * 100 / Factor);
if (Mathf.Abs(fireInterval) > Mathf.Epsilon)
{
cfg.trigger.interval = fireInterval;
}
if (triggerVelocity != Vector2.zero)
{
cfg.trigger.velocity = new float[] { FixFloat(triggerVelocity.x), FixFloat(-triggerVelocity.y) }
}
;
if (Mathf.Abs(triggerAngularVelocity) > Mathf.Epsilon)
{
cfg.trigger.angularVelocity = FixFloat(triggerAngularVelocity);
}
if (randomVelocityRange != Vector2.zero)
{
cfg.trigger.randomVelocityRange = new float[] { FixFloat(randomVelocityRange.x), FixFloat(-randomVelocityRange.y) }
}
;
if (Mathf.Abs(randomAngularVelocityRange) > Mathf.Epsilon)
{
cfg.trigger.randomAngularVelocityRange = FixFloat(randomAngularVelocityRange);
}
}
return(cfg);
}
internal static void AddCustomName(this SObject obj, OutputConfig outputConfig)
{
obj.modData[OutputTranslationKey] = outputConfig.OutputTranslationKey ?? outputConfig.OutputName;
}
/// <summary>
/// Initialize FontInfo instance based on source string and user configurations.
/// </summary>
/// <param name="srcStr">Source string.</param>
/// <param name="cfg">User output configurtion.</param>
public FontInfo(String srcStr, OutputConfig cfg)
{
if (srcStr == null)
{
throw new ArgumentNullException(nameof(srcStr));
}
if (cfg == null)
{
throw new ArgumentNullException(nameof(cfg));
}
if (cfg.OutputFont == null)
{
throw new ArgumentNullException(nameof(cfg));
}
// Generate char info for each character in the string using the largest bitmap size we're going to draw.
var chrs = srcStr.ToCharArray()
.Distinct()
.Where(x => (cfg.SpaceGeneration || x != ' ') && x != '\n' && x != '\r')
.OrderBy(x => x)
.ToArray();
var charSizes = chrs.Select(x => TextRenderer.MeasureText(x.ToString(), cfg.OutputFont)).ToArray();
var maxSize = new Size(charSizes.Max(x => x.Width), charSizes.Max(x => x.Height));
CharInfos = chrs.Select(x => new CharInfo(x, maxSize, cfg)).ToArray();
// Character clipping configuration.
var left = 0;
var right = maxSize.Width - 1;
var top = 0;
var bottom = maxSize.Height - 1;
var cropSyle = CropStyle.None;
switch (cfg.HorizontalPaddingRemove)
{
case PaddingRemoval.None:
break;
case PaddingRemoval.Tighest:
cropSyle |= CropStyle.Left | CropStyle.Right;
break;
case PaddingRemoval.Fixed:
left = CharInfos.Min(x => x.TrimRect.Left);
right = CharInfos.Max(x => x.TrimRect.Right);
cropSyle |= CropStyle.Hfix;
break;
default:
throw new ArgumentOutOfRangeException();
}
switch (cfg.VerticalPaddingRemove)
{
case PaddingRemoval.None:
break;
case PaddingRemoval.Tighest:
cropSyle |= CropStyle.Top | CropStyle.Bot;
break;
case PaddingRemoval.Fixed:
top = CharInfos.Min(x => x.TrimRect.Top);
bottom = CharInfos.Max(x => x.TrimRect.Bottom);
cropSyle |= CropStyle.Vfih;
break;
default:
throw new ArgumentOutOfRangeException();
}
var cropRect = new Rectangle(left, top, right - left, bottom - top);
foreach (var charInfo in CharInfos)
{
charInfo.CropBitmap(cropRect, cropSyle);
}
}
static bool UpdateOuput(IntPtr opaque, RenderConfig *config, ref OutputConfig output)
{
ReleaseTextures();
var renderFormat = DXGI_FORMAT_R8G8B8A8_UNORM;
var texDesc = new D3D11_TEXTURE2D_DESC
{
MipLevels = 1,
SampleDesc = new DXGI_SAMPLE_DESC {
Count = 1
},
BindFlags = (uint)(D3D11_BIND_RENDER_TARGET | D3D11_BIND_SHADER_RESOURCE),
Usage = D3D11_USAGE_DEFAULT,
CPUAccessFlags = 0,
ArraySize = 1,
Format = renderFormat,
Height = config->Height,
Width = config->Width,
MiscFlags = (uint)(D3D11_RESOURCE_MISC_SHARED | D3D11_RESOURCE_MISC_SHARED_NTHANDLE)
};
fixed(ID3D11Texture2D **texture = &_texture)
ThrowIfFailed(_d3dDevice->CreateTexture2D(&texDesc, null, texture));
IDXGIResource1 *sharedResource = null;
var iid = IID_IDXGIResource1;
_texture->QueryInterface(&iid, (void **)&sharedResource);
fixed(void *handle = &_sharedHandle)
ThrowIfFailed(sharedResource->CreateSharedHandle(null, DXGI_SHARED_RESOURCE_READ | DXGI_SHARED_RESOURCE_WRITE, null, (IntPtr *)handle));
sharedResource->Release();
ID3D11Device1 *d3d11VLC1;
iid = IID_ID3D11Device1;
_d3deviceVLC->QueryInterface(&iid, (void **)&d3d11VLC1);
iid = IID_ID3D11Texture2D;
fixed(ID3D11Texture2D **texture = &_textureVLC)
ThrowIfFailed(d3d11VLC1->OpenSharedResource1(_sharedHandle, &iid, (void **)texture));
d3d11VLC1->Release();
var shaderResourceViewDesc = new D3D11_SHADER_RESOURCE_VIEW_DESC
{
ViewDimension = D3D11_SRV_DIMENSION_TEXTURE2D,
Format = texDesc.Format
};
shaderResourceViewDesc.Texture2D.MipLevels = 1;
ID3D11Resource *res;
iid = IID_ID3D11Resource;
_texture->QueryInterface(&iid, (void **)&res);
fixed(ID3D11ShaderResourceView **tsi = &_textureShaderInput)
{
ThrowIfFailed(_d3dDevice->CreateShaderResourceView(res, &shaderResourceViewDesc, tsi));
res->Release();
_d3dctx->PSSetShaderResources(0, 1, tsi);
}
var renderTargetViewDesc = new D3D11_RENDER_TARGET_VIEW_DESC
{
Format = texDesc.Format,
ViewDimension = D3D11_RTV_DIMENSION_TEXTURE2D
};
iid = IID_ID3D11Resource;
_textureVLC->QueryInterface(&iid, (void **)&res);
fixed(ID3D11RenderTargetView **trt = &_textureRenderTarget)
{
ThrowIfFailed(_d3deviceVLC->CreateRenderTargetView(res, &renderTargetViewDesc, trt));
res->Release();
_d3dctxVLC->OMSetRenderTargets(1, trt, null);
}
output.Union.DxgiFormat = (int)renderFormat;
output.FullRange = true;
output.ColorSpace = ColorSpace.BT709;
output.ColorPrimaries = ColorPrimaries.BT709;
output.TransferFunction = TransferFunction.SRGB;
return(true);
}
public static OutputConfig ProduceOutput(ProducerRule producerRule, Object producer,
Func <int, int, bool> fuelSearch, Farmer who, GameLocation location
, ProducerConfig producerConfig = null, Object input = null
, bool probe = false, bool noSoundAndAnimation = false)
{
if (who == null)
{
who = Game1.getFarmer((long)producer.owner);
}
Vector2 tileLocation = producer.TileLocation;
Random random = ProducerRuleController.GetRandomForProducing(tileLocation);
OutputConfig outputConfig = OutputConfigController.ChooseOutput(producerRule.OutputConfigs, random, fuelSearch, location, input);
if (outputConfig != null)
{
Object output = producerRule.LookForInputWhenReady == null?OutputConfigController.CreateOutput(outputConfig, input, random) : new Object(outputConfig.OutputIndex, 1);
producer.heldObject.Value = output;
if (!probe)
{
if (producerRule.LookForInputWhenReady == null)
{
OutputConfigController.LoadOutputName(outputConfig, producer.heldObject.Value, input, who);
}
if (!noSoundAndAnimation)
{
SoundUtil.PlaySound(producerRule.Sounds, location);
SoundUtil.PlayDelayedSound(producerRule.DelayedSounds, location);
}
producer.minutesUntilReady.Value = outputConfig.MinutesUntilReady ?? producerRule.MinutesUntilReady;
if (producerRule.SubtractTimeOfDay)
{
producer.minutesUntilReady.Value = Math.Max(producer.minutesUntilReady.Value - Utility.ConvertTimeToMinutes(Game1.timeOfDay) + 360, 1);
}
if (producerConfig != null)
{
producer.showNextIndex.Value = producerConfig.AlternateFrameProducing;
}
if (producerRule.PlacingAnimation.HasValue && !noSoundAndAnimation)
{
AnimationController.DisplayAnimation(producerRule.PlacingAnimation.Value,
producerRule.PlacingAnimationColor, location, tileLocation,
new Vector2(producerRule.PlacingAnimationOffsetX, producerRule.PlacingAnimationOffsetY));
}
if (location.hasLightSource(LightSourceConfigController.GenerateIdentifier(tileLocation)))
{
location.removeLightSource(LightSourceConfigController.GenerateIdentifier(tileLocation));
}
producer.initializeLightSource(tileLocation, false);
producerRule.IncrementStatsOnInput.ForEach(s => StatsController.IncrementStardewStats(s, outputConfig.RequiredInputStack ?? producerRule.InputStack));
producerRule.IncrementStatsLabelOnInput.ForEach(s => StatsController.IncrementStardewStats(s, outputConfig.RequiredInputStack ?? producerRule.InputStack));
}
}
return(outputConfig);
}
/// <summary>
/// Adapted from https://github.com/Digus/StardewValleyMods/blob/master/PFMAutomate/Automate/CustomProducerMachine.cs
/// </summary>
/// <param name="input"></param>
/// <returns></returns>
public bool SetInput(IStorage input)
{
if (IsMassProducer)
{
MassProductionMachineDefinition mpm = ModEntry.GetMPMMachine(Machine.name, Machine.GetMassProducerKey());
foreach (ITrackedStack trackedStack in input.GetItems())
{
if (trackedStack.Sample is SObject objectInput && !objectInput.bigCraftable.Value &&
ProducerController.GetProducerItem(Machine.Name, objectInput) is ProducerRule producerRule &&
!PFMCompatability.IsInputExcluded(producerRule, mpm, objectInput))
{
ProducerConfig producerConfig = mpm.GetBaseProducerConfig();
if (producerConfig == null || (producerConfig.CheckLocationCondition(Location) && producerConfig.CheckSeasonCondition()))
{
List <InputInfo> inputsRequired = InputInfo.ConvertPFMInputs(producerRule, objectInput);
if (inputsRequired.Count > 0 &&
input.TryGetIngredient(objectInput.ParentSheetIndex, mpm.Settings.CalculateInputRequired(inputsRequired.First()), out IConsumable inputConsumable))
{
objectInput = inputConsumable.Sample as SObject;
List <IConsumable> requiredFuels = GetRequiredFuels(inputsRequired, mpm.Settings, input);
if (requiredFuels != null)
{
try
{
Dictionary <int, int> fuelQuantities = new Dictionary <int, int>();
foreach (InputInfo inputInfo in inputsRequired)
{
if (inputInfo.IsFuel)
{
fuelQuantities.Add(inputInfo.ID, mpm.Settings.CalculateInputRequired(inputInfo));
}
}
Func <int, int, bool> fuelSearch = (i, q) => input.TryGetIngredient(i, fuelQuantities[i], out IConsumable fuel);
OutputConfig outputConfig = PFMCompatability.ProduceOutput(producerRule, mpm.Settings, Machine, fuelSearch, null, Location, producerConfig,
objectInput, inputQuantity: mpm.Settings.CalculateInputRequired(inputsRequired.First()), noSoundAndAnimation: true,
inputInfo: inputsRequired);
if (outputConfig != null)
{
inputConsumable.Take();
requiredFuels.ForEach(f => f.Reduce());
List <IConsumable> outputRequiredFuels = GetRequiredFuels(InputInfo.ConvertPFMInputs(outputConfig), mpm.Settings, input);
outputRequiredFuels.ForEach(f => f.Reduce());
return(true);
}
}
catch (RestrictionException) { /* No action needed */ }
}
}
}
}
}
}
else
{
foreach (ITrackedStack trackedStack in input.GetItems())
{
if (trackedStack.Sample is SObject objectInput && !objectInput.bigCraftable.Value &&
ProducerController.GetProducerItem(Machine.Name, objectInput) is ProducerRule producerRule &&
!ProducerRuleController.IsInputExcluded(producerRule, objectInput))
{
ProducerConfig producerConfig = ProducerController.GetProducerConfig(Machine.name);
if (producerConfig == null || (producerConfig.CheckLocationCondition(Location) && producerConfig.CheckSeasonCondition()))
{
if (input.TryGetIngredient(objectInput.ParentSheetIndex, producerRule.InputStack, out IConsumable inputConsumable))
{
objectInput = inputConsumable.Sample as SObject;
List <IConsumable> requiredFuels = GetRequiredFuels(InputInfo.ConvertPFMInputs(producerRule, objectInput), null, input);
if (requiredFuels != null)
{
try
{
Func <int, int, bool> fuelSearch = (i, q) => input.TryGetIngredient(i, q, out IConsumable fuel);
OutputConfig outputConfig = ProducerRuleController.ProduceOutput(producerRule, Machine, fuelSearch, null, Location, producerConfig,
objectInput, noSoundAndAnimation: true);
if (outputConfig != null)
{
inputConsumable.Take();
requiredFuels.ForEach(f => f.Reduce());
List <IConsumable> outputRequiredFuels = GetRequiredFuels(InputInfo.ConvertPFMInputs(outputConfig), null, input);
outputRequiredFuels.ForEach(f => f.Reduce());
return(true);
}
}
catch (RestrictionException) { /* No action needed */ }
}
}
}
}
}
}
return(false);
}
//Switch between 180 210 and 230°
void SwitchConfig(OutputConfig c)
{
Debug.Log("Switch Config..");
switch (c)
{
case OutputConfig.dome_180:
//camrig.transform.rotation=Quaternion.Euler(0,0,0);
stitcher180_back.SetActive(true);
stitcher180_front.SetActive(true);
stitcher180_One.SetActive(true);
stitcher210_back.SetActive(false);
stitcher210_front.SetActive(false);
stitcher210_One.SetActive(false);
stitcher230_back.SetActive(false);
stitcher230_front.SetActive(false);
stitcher230_One.SetActive(false);
break;
case OutputConfig.dome_210:
//camrig.transform.rotation=Quaternion.Euler(0,0,0);
stitcher180_back.SetActive(false);
stitcher180_front.SetActive(false);
stitcher180_One.SetActive(false);
stitcher210_back.SetActive(true);
stitcher210_front.SetActive(true);
stitcher210_One.SetActive(true);
stitcher230_back.SetActive(false);
stitcher230_front.SetActive(false);
stitcher230_One.SetActive(false);
break;
case OutputConfig.dome_230:
//camrig.transform.rotation=Quaternion.Euler(0,0,0);
stitcher180_back.SetActive(false);
stitcher180_front.SetActive(false);
stitcher180_One.SetActive(false);
stitcher210_back.SetActive(false);
stitcher210_front.SetActive(false);
stitcher210_One.SetActive(false);
stitcher230_back.SetActive(true);
stitcher230_front.SetActive(true);
stitcher230_One.SetActive(true);
break;
case OutputConfig.dome_18015:
//camrig.transform.rotation=Quaternion.Euler(0,0,0);
stitcher180_back.SetActive(true);
stitcher180_front.SetActive(true);
stitcher180_One.SetActive(true);
stitcher210_back.SetActive(false);
stitcher210_front.SetActive(false);
stitcher210_One.SetActive(false);
stitcher230_back.SetActive(false);
stitcher230_front.SetActive(false);
stitcher230_One.SetActive(false);
break;
case OutputConfig.dome_18025:
//camrig.transform.rotation=Quaternion.Euler(245,180,0);
stitcher180_back.SetActive(true);
stitcher180_front.SetActive(true);
stitcher180_One.SetActive(true);
stitcher210_back.SetActive(false);
stitcher210_front.SetActive(false);
stitcher210_One.SetActive(false);
stitcher230_back.SetActive(false);
stitcher230_front.SetActive(false);
stitcher230_One.SetActive(false);
break;
}
currentConfig = c;
}
/// <summary>
/// Makes the machine produce an appropriate output.
/// Adapted from https://github.com/Digus/StardewValleyMods/blob/master/ProducerFrameworkMod/OutputConfigController.cs
/// </summary>
/// <param name="producerRule"></param>
/// <param name="settings"></param>
/// <param name="producer"></param>
/// <param name="fuelSearch"></param>
/// <param name="who"></param>
/// <param name="location"></param>
/// <param name="producerConfig"></param>
/// <param name="input"></param>
/// <param name="probe"></param>
/// <param name="noSoundAndAnimation"></param>
/// <returns>Base output config - no values altered for mass production machine</returns>
public static OutputConfig ProduceOutput(ProducerRule producerRule, MPMSettings settings, SObject producer, Func <int, int, bool> fuelSearch, Farmer who, GameLocation location,
ProducerConfig producerConfig = null, SObject input = null, int inputQuantity = 0, bool probe = false, bool noSoundAndAnimation = false,
List <InputInfo> inputInfo = null)
{
if (who == null)
{
who = Game1.getFarmer((long)producer.owner);
}
if (inputInfo == null)
{
inputInfo = new List <InputInfo>();
}
Vector2 tileLocation = producer.TileLocation;
Random random = ProducerRuleController.GetRandomForProducing(tileLocation);
OutputConfig outputConfig = OutputConfigController.ChooseOutput(producerRule.OutputConfigs, random, fuelSearch, location, input);
if (outputConfig != null)
{
SObject output = producerRule.LookForInputWhenReady == null?OutputConfigController.CreateOutput(outputConfig, input, random) : new SObject(outputConfig.OutputIndex, 1);
output.Stack = settings.CalculateOutputProduced(output.Stack, inputInfo.ToArray());
if (settings.Quality.HasValue)
{
if (settings.Quality == QualitySetting.KeepInput)
{
output.Quality = input.Quality;
}
else
{
output.Quality = settings.GetOutputQuality();
}
}
producer.heldObject.Value = output;
if (!probe)
{
if (producerRule.LookForInputWhenReady == null)
{
OutputConfigController.LoadOutputName(outputConfig, producer.heldObject.Value, input, who);
}
//if (!noSoundAndAnimation)
//{
// SoundUtil.PlaySound(producerRule.Sounds, location);
// SoundUtil.PlayDelayedSound(producerRule.DelayedSounds, location);
//}
int minutesUntilReadyBase = outputConfig.MinutesUntilReady ?? producerRule.MinutesUntilReady;
int minutesUntilReady = settings.CalculateTimeRequired(minutesUntilReadyBase, inputInfo.ToArray());
producer.minutesUntilReady.Value = minutesUntilReady;
if (producerRule.SubtractTimeOfDay)
{
producer.minutesUntilReady.Value = Math.Max(producer.minutesUntilReady.Value - Game1.timeOfDay, 1);
}
if (producerConfig != null)
{
producer.showNextIndex.Value = producerConfig.AlternateFrameProducing;
}
//if (producerRule.PlacingAnimation.HasValue && !noSoundAndAnimation)
//{
// AnimationController.DisplayAnimation(producerRule.PlacingAnimation.Value,
// producerRule.PlacingAnimationColor, location, tileLocation,
// new Vector2(producerRule.PlacingAnimationOffsetX, producerRule.PlacingAnimationOffsetY));
//}
if (location.hasLightSource(LightSourceConfigController.GenerateIdentifier(tileLocation)))
{
location.removeLightSource(LightSourceConfigController.GenerateIdentifier(tileLocation));
}
producer.initializeLightSource(tileLocation, false);
int statsIncrement = inputQuantity;
producerRule.IncrementStatsOnInput.ForEach(s => StatsController.IncrementStardewStats(s, statsIncrement));
}
}
return(outputConfig);
}
internal static bool PerformObjectDropInAction(Object __instance, Item dropInItem, bool probe, Farmer who, ref bool __result)
{
if (__instance.isTemporarilyInvisible || !(dropInItem is Object))
{
return(false);
}
Object input = (Object)dropInItem;
bool failLocationCondition = false;
bool failSeasonCondition = false;
if (__instance.heldObject.Value != null && !__instance.name.Equals("Crystalarium") || input.bigCraftable.Value)
{
return(true);
}
ProducerConfig producerConfig = ProducerController.GetProducerConfig(__instance.Name);
GameLocation location = who.currentLocation;
if (producerConfig != null)
{
if (!producerConfig.CheckLocationCondition(location))
{
failLocationCondition = true;
}
if (!producerConfig.CheckSeasonCondition())
{
failSeasonCondition = true;
}
if (producerConfig.NoInputStartMode != null)
{
return(false);
}
}
if (ProducerController.GetProducerItem(__instance.name, input) is ProducerRule producerRule)
{
if (ProducerRuleController.IsInputExcluded(producerRule, input))
{
return(true);
}
if (__instance.bigCraftable.Value && !probe && __instance.heldObject.Value == null)
{
__instance.scale.X = 5f;
}
try
{
if (failLocationCondition)
{
throw new RestrictionException(DataLoader.Helper.Translation.Get("Message.Condition.Location"));
}
if (failSeasonCondition)
{
throw new RestrictionException(DataLoader.Helper.Translation.Get("Message.Condition.Season"));
}
ProducerRuleController.ValidateIfInputStackLessThanRequired(producerRule, input);
ProducerRuleController.ValidateIfAnyFuelStackLessThanRequired(producerRule, who);
OutputConfig outputConfig = ProducerRuleController.ProduceOutput(producerRule, __instance,
(i, q) => who.hasItemInInventory(i, q), who, location, producerConfig, input, probe);
if (outputConfig != null)
{
if (!probe)
{
foreach (var fuel in producerRule.FuelList)
{
RemoveItemsFromInventory(who, fuel.Item1, fuel.Item2);
}
foreach (var fuel in outputConfig.FuelList)
{
RemoveItemsFromInventory(who, fuel.Item1, fuel.Item2);
}
input.Stack -= producerRule.InputStack;
__result = input.Stack <= 0;
}
else
{
__result = true;
}
}
}
catch (RestrictionException e)
{
__result = false;
if (e.Message != null && !probe && who.IsLocalPlayer)
{
Game1.showRedMessage(e.Message);
}
}
return(false);
}
return(!failLocationCondition && !failSeasonCondition);
}
internal static void AddGenericParentName(this SObject obj, OutputConfig outputConfig)
{
obj.modData[OutputGenericParentNameTranslationKey] = outputConfig.OutputGenericParentNameTranslationKey ?? outputConfig.OutputGenericParentName;
}
[HarmonyPriority(801)] //Just before ProducerFrameworkMod. Can't use HarmonyBefore attribute, that wasn't working for some reason
internal static bool PerformObjectDropInAction(SObject __instance, Item dropInItem, bool probe, Farmer who, ref bool __result)
{
if (__instance.isTemporarilyInvisible || !(dropInItem is SObject))
{
return(false);
}
SObject input = dropInItem as SObject;
bool failLocationCondition = false;
bool failSeasonCondition = false;
MPMSettings upgradeSettings = ModEntry.GetSettingsFromItem(input.name);
if (upgradeSettings != null)
{
if (!probe)
{
//Change the machine's mass producer settings
MassProductionMachineDefinition mpm = ModEntry.GetMPMMachine(__instance.name, upgradeSettings.Key);
if (mpm == null)
{
Game1.showRedMessage("This cannot take that upgrade.");
}
else
{
string oldProducerKey = __instance.GetMassProducerKey();
if (!string.IsNullOrEmpty(oldProducerKey))
{
string upgradeItemName = ModEntry.MPMSettings[oldProducerKey].UpgradeObject;
JsonAssets.Api jsonAssets = ModEntry.Instance.Helper.ModRegistry.GetApi("spacechase0.JsonAssets") as JsonAssets.Api;
int upgradeItemId = jsonAssets.GetObjectId(upgradeItemName);
Game1.createItemDebris(new SObject(upgradeItemId, 1), __instance.TileLocation * Game1.tileSize, 0, who.currentLocation);
}
__instance.SetMassProducerKey(upgradeSettings.Key);
input.Stack -= 1;
__result = input.Stack <= 0;
return(false);
}
}
}
else
{
//Check if this is a valid input for the machine's use
if (string.IsNullOrEmpty(__instance.GetMassProducerKey()))
{
return(true);
}
if (__instance.heldObject.Value != null && !__instance.name.Equals("Crystalarium") || input.bigCraftable.Value)
{
return(true);
}
MassProductionMachineDefinition mpm = ModEntry.GetMPMMachine(__instance.name, __instance.GetMassProducerKey());
if (mpm == null)
{
return(true);
}
if (StaticValues.SUPPORTED_VANILLA_MACHINES.ContainsKey(__instance.name))
{
IVanillaOverride vanillaOverride = VanillaOverrideList.GetFor(__instance.name);
if (vanillaOverride != null)
{
bool overrideResult = vanillaOverride.Manual_PerformObjectDropInAction(__instance, input, probe, who, mpm);
//End early if a result has been found
if (overrideResult)
{
__result = input.Stack <= 0;
return(true);
}
}
}
ProducerConfig baseConfig = mpm.GetBaseProducerConfig();
GameLocation location = who.currentLocation;
if (baseConfig != null)
{
//TOREVIEW: maybe have machines that can break these conditions?
if (!baseConfig.CheckLocationCondition(location))
{
failLocationCondition = true;
}
if (!baseConfig.CheckSeasonCondition())
{
failSeasonCondition = true;
}
if (baseConfig.NoInputStartMode != null)
{
return(true);
}
}
if (ProducerController.GetProducerItem(__instance.name, input) is ProducerRule producerRule)
{
if (PFMCompatability.IsInputExcluded(producerRule, mpm, input))
{
return(true);
}
if (__instance.bigCraftable.Value && !probe && __instance.heldObject.Value == null)
{
__instance.scale.X = 5f;
}
try
{
if (failLocationCondition)
{
throw new RestrictionException("Machine can't be used in this location.");
}
if (failSeasonCondition)
{
throw new RestrictionException("Machine can't be used in this season.");
}
List <InputInfo> inputAndFuelInfo = InputInfo.ConvertPFMInputs(producerRule, input);
PFMCompatability.ValidateIfInputsLessThanRequired(producerRule, mpm.Settings, inputAndFuelInfo, who);
Dictionary <int, int> fuelQuantities = new Dictionary <int, int>();
foreach (InputInfo inputInfo in inputAndFuelInfo)
{
if (inputInfo.IsFuel)
{
fuelQuantities.Add(inputInfo.ID, mpm.Settings.CalculateInputRequired(inputInfo));
}
}
Func <int, int, bool> fuelSearch = (i, q) => who.hasItemInInventory(i, fuelQuantities[i]);
OutputConfig outputConfig = PFMCompatability.ProduceOutput(producerRule, mpm.Settings, __instance,
fuelSearch, who, location, baseConfig, input, mpm.Settings.CalculateInputRequired(inputAndFuelInfo.First()), probe,
inputInfo: inputAndFuelInfo);
if (outputConfig != null)
{
if (!probe)
{
foreach (InputInfo inputInfo in inputAndFuelInfo)
{
if (inputInfo.IsFuel)
{
RemoveItemsFromInventory(who, inputInfo.ID, mpm.Settings.CalculateInputRequired(inputInfo));
}
}
List <InputInfo> outputConfigFuels = InputInfo.ConvertPFMInputs(outputConfig);
foreach (InputInfo fuel in outputConfigFuels)
{
RemoveItemsFromInventory(who, fuel.ID, mpm.Settings.CalculateInputRequired(fuel));
}
input.Stack -= mpm.Settings.CalculateInputRequired(inputAndFuelInfo.First());
__result = input.Stack <= 0;
}
else
{
__result = true;
}
}
}
catch (RestrictionException e)
{
__result = false;
if (e.Message != null && !probe && who.IsLocalPlayer)
{
Game1.showRedMessage(e.Message);
}
}
return(false);
}
}
return(!failLocationCondition && !failSeasonCondition);
}
internal static void AddContentPackUniqueID(this SObject obj, OutputConfig outputConfig)
{
obj.modData[ContentPackUniqueID] = outputConfig.ModUniqueID;
}
private static string getOutputAssemblyFileName(OutputConfig outputConfig)
{
return (getOutputAssemblyName(outputConfig) + ".exe");
}
/// <summary>
/// Create page array from the bitmap.
/// </summary>
/// <param name="bmp">Source bitmap.</param>
/// <param name="cfg">Output configuration.</param>
/// <returns>Returns page array depending on output configuration.</returns>
public static Byte[] ToPageArray(this Bitmap bmp, OutputConfig cfg)
{
if (bmp == null)
{
throw new ArgumentNullException(nameof(bmp));
}
if (cfg == null)
{
throw new ArgumentNullException(nameof(cfg));
}
var pages = new List <Byte>();
// for each row
for (var row = 0; row < bmp.Height; row++)
{
// current byte value
Byte currentValue = 0, bitsRead = 0;
// for each column
for (var column = 0; column < bmp.Width; ++column)
{
// is pixel set?
if (bmp.GetPixel(column, row).ToArgb() == Color.Black.ToArgb())
{
// set the appropriate bit in the page
if (cfg.ByteOrder == ByteOrder.MsbFirst)
{
currentValue |= (Byte)(1 << (7 - bitsRead));
}
else
{
currentValue |= (Byte)(1 << bitsRead);
}
}
// increment number of bits read
++bitsRead;
// have we filled a page?
if (bitsRead == 8)
{
// add byte to page array
pages.Add(currentValue);
// zero out current value
currentValue = 0;
// zero out bits read
bitsRead = 0;
}
}
// if we have bits left, add it as is
if (bitsRead != 0)
{
pages.Add(currentValue);
}
}
// generate an array of column major pages from row major pages
Byte[] TransposePageArray(IReadOnlyList <Byte> rowMajorPages, Int32 w, Int32 h, ByteOrder bOrd)
{
// column major data has a byte for each column representing 8 rows
var rowMajorPagesPerRow = (w + 7) / 8;
var colMajorPagesPerRow = w;
var colMajorRowCount = (h + 7) / 8;
// create an array of pages filled with zeros for the column major data
var colMajorPages = new Byte[colMajorPagesPerRow * colMajorRowCount];
// generate the column major data
for (var row = 0; row != h; ++row)
{
for (var col = 0; col != w; ++col)
{
// get the byte containing the bit we want
var srcIdx = row * rowMajorPagesPerRow + col / 8;
var page = rowMajorPages[srcIdx];
// return a bitMask to pick out the 'bitIndex'th bit allowing for byteOrder
// MsbFirst: bitIndex = 0 = 0x01, bitIndex = 7 = 0x80
// LsbFirst: bitIndex = 0 = 0x80, bitIndex = 7 = 0x01
Int32 GetBitMask(Int32 bitIndex, ByteOrder byteOrder) => byteOrder == ByteOrder.MsbFirst
? 0x01 << bitIndex
: 0x80 >> bitIndex;
// get the bit mask for the bit we want
var bitMask = GetBitMask(7 - col % 8, bOrd);
// set the bit in the column major data
if ((page & bitMask) == 0)
{
continue;
}
var dstIdx = row / 8 * colMajorPagesPerRow + col;
var p = colMajorPages[dstIdx];
colMajorPages[dstIdx] = (Byte)(p | GetBitMask(row % 8, bOrd));
}
}
return(colMajorPages);
}
// transpose the pages if column major data is requested
return(cfg.BitLayout == BitLayout.ColumnMajor
? TransposePageArray(pages, bmp.Width, bmp.Height, cfg.ByteOrder)
: pages.ToArray());
}
/// <summary>
/// Generates the Raw Data transform that produces our program's output.
/// </summary>
/// <returns>A transform configuration to be given to the API pipeline.</returns>
public OutputConfig GenerateTransforms()
{
// Clear the previous transforms should they exist.
TransformManager.TransformList.Clear();
int channelNumber = 0;
// Obtain the number of channels based on our sensors and their mode.
for (int i = 0; i < BTPipeline.TrignoBtManager.Components.Count; i++)
{
if (BTPipeline.TrignoBtManager.Components[i].State == SelectionState.Allocated)
{
var tmp = BTPipeline.TrignoBtManager.Components[i];
BTCompConfig someconfig = tmp.Configuration as BTCompConfig;
if (someconfig.IsComponentAvailable())
{
channelNumber += BTPipeline.TrignoBtManager.Components[i].BtChannels.Count;
}
}
}
// Create the raw data transform, with an input and output channel for every
// channel that exists in our setup. This transform applies the scaling to the raw
// data from the sensor.
var rawDataTransform = new TransformRawData(channelNumber, channelNumber);
TransformManager.AddTransform(rawDataTransform);
var fib = new FibonacciTransform(channelNumber, channelNumber);
TransformManager.AddTransform(fib);
var t0 = TransformManager.TransformList[0];
var fibonacciTransform = TransformManager.TransformList[1];
// The output configuration for the API to use.
var outconfig = new OutputConfig();
outconfig.NumChannels = channelNumber;
int channelIndex = 0;
for (int i = 0; i < BTPipeline.TrignoBtManager.Components.Count; i++)
{
if (BTPipeline.TrignoBtManager.Components[i].State == SelectionState.Allocated)
{
BTCompConfig someconfig = BTPipeline.TrignoBtManager.Components[i].Configuration as BTCompConfig;
if (someconfig.IsComponentAvailable())
{
// For every channel in every sensor, we gather its sampling information (rate, interval, units) and create a
// channel transform (an abstract channel used by transforms) from it. We then add the actual component's channel
// as an input channel, and the channel transform as an output.
// Finally, we map the channel counter and the output channel. This mapping is what determines the channel order in
// the CollectionDataReady callback function.
for (int k = 0; k < BTPipeline.TrignoBtManager.Components[i].BtChannels.Count; k++)
{
var chin = BTPipeline.TrignoBtManager.Components[i].BtChannels[k];
var chout = new ChannelTransform(chin.FrameInterval, chin.SamplesPerFrame, BTPipeline.TrignoBtManager.Components[i].BtChannels[k].Unit);
TransformManager.AddInputChannel(rawDataTransform, chin);
TransformManager.AddOutputChannel(rawDataTransform, chout);
// now reroute the raw transform's data into the fibonacci transform
var fibChin = chout;
var fibChout = new ChannelTransform(fibChin.FrameInterval, fibChin.SamplesPerFrame,
Units.VOLTS);
TransformManager.AddInputChannel(fibonacciTransform, fibChin);
TransformManager.AddOutputChannel(fibonacciTransform, fibChout);
outconfig.MapOutputChannel(channelIndex, fibChout);
channelIndex++;
}
}
}
}
return(outconfig);
}
internal static bool PerformObjectDropInAction(Object __instance, Item dropInItem, bool probe, Farmer who, ref bool __result)
{
if (__instance.isTemporarilyInvisible || !(dropInItem is Object))
{
return(false);
}
Object input = (Object)dropInItem;
if (ProducerController.GetProducerItem(__instance.name, input) is ProducerRule producerRule)
{
if (__instance.heldObject.Value != null && !__instance.name.Equals("Crystalarium") || (bool)((NetFieldBase <bool, NetBool>)input.bigCraftable))
{
return(true);
}
if (ProducerRuleController.IsInputExcluded(producerRule, input))
{
return(true);
}
if ((bool)((NetFieldBase <bool, NetBool>)__instance.bigCraftable) && !probe && (__instance.heldObject.Value == null))
{
__instance.scale.X = 5f;
}
bool shouldDisplayMessages = !probe && who.IsLocalPlayer;
if (ProducerRuleController.IsInputStackLessThanRequired(producerRule, input, shouldDisplayMessages))
{
return(false);
}
if (ProducerRuleController.IsAnyFuelStackLessThanRequired(producerRule, who, shouldDisplayMessages))
{
return(false);
}
Vector2 tileLocation = __instance.tileLocation.Value;
Random random = ProducerRuleController.GetRandomForProducing(tileLocation);
OutputConfig outputConfig = OutputConfigController.ChooseOutput(producerRule.OutputConfigs, random);
Object output = OutputConfigController.CreateOutput(outputConfig, input, random);
__instance.heldObject.Value = output;
if (!probe)
{
OutputConfigController.LoadOutputName(outputConfig, __instance.heldObject.Value, input, who);
GameLocation currentLocation = who.currentLocation;
PlaySound(producerRule.Sounds, currentLocation);
PlayDelayedSound(producerRule.DelayedSounds, currentLocation);
__instance.minutesUntilReady.Value = producerRule.MinutesUntilReady;
if (ProducerController.GetProducerConfig(__instance.Name) is ProducerConfig producerConfig)
{
__instance.showNextIndex.Value = producerConfig.AlternateFrameProducing;
}
if (producerRule.PlacingAnimation.HasValue)
{
AnimationController.DisplayAnimation(producerRule.PlacingAnimation.Value, producerRule.PlacingAnimationColor, currentLocation, tileLocation, new Vector2(producerRule.PlacingAnimationOffsetX, producerRule.PlacingAnimationOffsetY));
}
__instance.initializeLightSource(tileLocation, false);
foreach (var fuel in producerRule.FuelList)
{
RemoveItemsFromInventory(who, fuel.Item1, fuel.Item2);
}
producerRule.IncrementStatsOnInput.ForEach(s => StatsController.IncrementStardewStats(s, producerRule.InputStack));
input.Stack -= producerRule.InputStack;
__result = input.Stack <= 0;
}
else
{
__result = true;
}
return(false);
}
return(true);
}
