public PhotonFilePrintParameters(int parametersPos, byte[] file)
{
byte[] data = ArraysEmulation.CopyOfRange(file, parametersPos, parametersPos + GetByteSize());
var ds = new BinaryReader(new MemoryStream(data));
bottomLiftDistance = ds.ReadSingle();
bottomLiftSpeed = ds.ReadSingle();
liftingDistance = ds.ReadSingle();
liftingSpeed = ds.ReadSingle();
retractSpeed = ds.ReadSingle();
volumeMl = ds.ReadSingle();
weightG = ds.ReadSingle();
costDollars = ds.ReadSingle();
bottomLightOffDelay = ds.ReadSingle();
lightOffDelay = ds.ReadSingle();
bottomLayerCount = ds.ReadInt32();
p1 = ds.ReadInt32();
p2 = ds.ReadInt32();
p3 = ds.ReadInt32();
p4 = ds.ReadInt32();
}
public static List <PhotonFileLayer> ReadLayers(PhotonFileHeader photonFileHeader, byte[] fileContent, int margin, Action <string> reportProgress)
{
var photonLayer = new PhotonLayer(photonFileHeader.GetResolutionX(), photonFileHeader.GetResolutionY());
var layers = new List <PhotonFileLayer>();
int antiAliasLevel = 1;
if (photonFileHeader.GetVersion() > 1)
{
antiAliasLevel = photonFileHeader.GetAntiAliasingLevel();
}
int layerCount = photonFileHeader.GetNumberOfLayers();
var start = photonFileHeader.GetLayersDefinitionOffsetAddress();
var ds = new BinaryReader(new MemoryStream(fileContent, start, fileContent.Length - start));
{
var layerMap = new Dictionary <int, PhotonFileLayer>();
for (int i = 0; i < layerCount; i++)
{
reportProgress?.Invoke("Reading photon file layer " + (i + 1) + "/" + photonFileHeader.GetNumberOfLayers());
var layer = new PhotonFileLayer(ds)
{
photonFileHeader = photonFileHeader
};
layer.imageData = ArraysEmulation.CopyOfRange(fileContent, layer.dataAddress, layer.dataAddress + layer.dataSize);
layers.Add(layer);
layerMap[i] = layer;
}
if (antiAliasLevel > 1)
{
for (int a = 0; a < (antiAliasLevel - 1); a++)
{
for (int i = 0; i < layerCount; i++)
{
reportProgress?.Invoke("Reading photon file AA " + (2 + a) + "/" + antiAliasLevel + " layer " + (i + 1) + "/" + photonFileHeader.GetNumberOfLayers());
var layer = new PhotonFileLayer(ds)
{
photonFileHeader = photonFileHeader
};
layer.imageData = ArraysEmulation.CopyOfRange(fileContent, layer.dataAddress, layer.dataAddress + layer.dataSize);
layerMap[i].AddAntiAliasLayer(layer);
}
}
}
}
photonLayer.UnLink();
return(layers);
}
public PhotonFilePreview(int previewAddress, byte[] file)
{
byte[] data = ArraysEmulation.CopyOfRange(file, previewAddress, previewAddress + 32);
var ds = new BinaryReader(new MemoryStream(data));
resolutionX = ds.ReadInt32();
resolutionY = ds.ReadInt32();
imageAddress = ds.ReadInt32();
dataSize = ds.ReadInt32();
p1 = ds.ReadInt32();
p2 = ds.ReadInt32();
p3 = ds.ReadInt32();
p4 = ds.ReadInt32();
rawImageData = ArraysEmulation.CopyOfRange(file, imageAddress, imageAddress + dataSize);
DecodeImageData();
}
public PhotonFileMachineInfo(int address, int byteSize, byte[] file)
{
this.infoByteSize = byteSize;
if (byteSize > 0)
{
byte[] data = ArraysEmulation.CopyOfRange(file, address, address + byteSize);
var ds = new BinaryReader(new MemoryStream(data));
{
u1 = ds.ReadInt32();
u2 = ds.ReadInt32();
u3 = ds.ReadInt32();
u4 = ds.ReadInt32();
u5 = ds.ReadInt32();
u6 = ds.ReadInt32();
u7 = ds.ReadInt32();
machineNameAddress = ds.ReadInt32();
machineNameSize = ds.ReadInt32();
u8 = ds.ReadInt32();
u9 = ds.ReadInt32();
u10 = ds.ReadInt32();
u11 = ds.ReadInt32();
u12 = ds.ReadInt32();
u13 = ds.ReadInt32();
u14 = ds.ReadInt32();
u15 = ds.ReadInt32();
u16 = ds.ReadInt32();
u17 = ds.ReadInt32();
}
machineName = ArraysEmulation.CopyOfRange(file, machineNameAddress, machineNameAddress + machineNameSize);
}
}
