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2678 lines (2248 loc) · 101 KB
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//-----------------------------------------------------------------------------
//----- Copyright deersoft 2015 - 2017 www.deersoft.de
//-----------------------------------------------------------------------------
#include "Prefix/StdAfx.h"
using namespace VectorworksMVR::VWFC;
#include "SceneDataExchange.h"
#include "GDTFManager.h"
#include "XmlFileHelper.h"
#include "HashManager.h"
#include "GdtfError.h"
#include "Utility.h"
using namespace SceneData;
/*static*/ TXString GdtfConverter::ConvertUUID(const VWFC::Tools::VWUUID& uuid)
{
// Currenty this is working on strings, but if the see performance issues we could switch to
// the actual integer operation for this
//------------------------------------------------------
// This is how Vectorworks prints to string
// "09E95D97-364C-43d5-8ADF-FF4CE0EC41A7"
TXString vwUuid = uuid.ToString(false);
// First check if the length is as aspected
ASSERTN(kEveryone, vwUuid.GetLength() == 36);
return vwUuid;
}
/*static*/ bool GdtfConverter::ConvertUUID(const TXString& inValue, const IXMLFileNodePtr& node, VWFC::Tools::VWUUID& uuid)
{
// First check if theinValuelength is as aspected
TXString uuidForRead;
if (inValue.GetLength() == 47)
{
// Remove white space
TXString value = inValue;
value.Replace(" ", "");
uuidForRead.SetLength(38);
uuidForRead[0] = '{';
uuidForRead[1] = value[0];
uuidForRead[2] = value[1];
uuidForRead[3] = value[2];
uuidForRead[4] = value[3];
uuidForRead[5] = value[4];
uuidForRead[6] = value[5];
uuidForRead[7] = value[6];
uuidForRead[8] = value[7];
uuidForRead[9] = '-';
uuidForRead[10] = value[8];
uuidForRead[11] = value[9];
uuidForRead[12] = value[10];
uuidForRead[13] = value[11];
uuidForRead[14] = '-';
uuidForRead[15] = value[12];
uuidForRead[16] = value[13];
uuidForRead[17] = value[14];
uuidForRead[18] = value[15];
uuidForRead[19] = '-';
uuidForRead[20] = value[16];
uuidForRead[21] = value[17];
uuidForRead[22] = value[18];
uuidForRead[23] = value[19];
uuidForRead[24] = '-';
uuidForRead[25] = value[20];
uuidForRead[26] = value[21];
uuidForRead[27] = value[22];
uuidForRead[28] = value[23];
uuidForRead[29] = value[24];
uuidForRead[30] = value[25];
uuidForRead[31] = value[26];
uuidForRead[32] = value[27];
uuidForRead[33] = value[28];
uuidForRead[34] = value[29];
uuidForRead[35] = value[30];
uuidForRead[36] = value[31];
uuidForRead[37] = '}';
}
else if(inValue.GetLength() == 36)
{
uuidForRead += '{';
uuidForRead += inValue;
uuidForRead += '}';
}
else if(inValue.GetLength() == 0)
{
return false;
}
else
{
DSTOP((kEveryone, "Invalid UUID Format"));
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_UuidHasWrongFormat, node);
SceneData::GdtfFixture::AddError(error);
}
uuid = VWUUID(uuidForRead);
return true;
}
/*static*/ bool GdtfConverter::ConvertUUID(const TXString& inValue, MvrUUID& inUuid)
{
VWFC::Tools::VWUUID uuid;
// First check if theinValuelength is as aspected
TXString uuidForRead;
if (inValue.GetLength() == 47)
{
// Remove white space
TXString value = inValue;
value.Replace(" ", "");
uuidForRead.SetLength(38);
uuidForRead[0] = '{';
uuidForRead[1] = value[0];
uuidForRead[2] = value[1];
uuidForRead[3] = value[2];
uuidForRead[4] = value[3];
uuidForRead[5] = value[4];
uuidForRead[6] = value[5];
uuidForRead[7] = value[6];
uuidForRead[8] = value[7];
uuidForRead[9] = '-';
uuidForRead[10] = value[8];
uuidForRead[11] = value[9];
uuidForRead[12] = value[10];
uuidForRead[13] = value[11];
uuidForRead[14] = '-';
uuidForRead[15] = value[12];
uuidForRead[16] = value[13];
uuidForRead[17] = value[14];
uuidForRead[18] = value[15];
uuidForRead[19] = '-';
uuidForRead[20] = value[16];
uuidForRead[21] = value[17];
uuidForRead[22] = value[18];
uuidForRead[23] = value[19];
uuidForRead[24] = '-';
uuidForRead[25] = value[20];
uuidForRead[26] = value[21];
uuidForRead[27] = value[22];
uuidForRead[28] = value[23];
uuidForRead[29] = value[24];
uuidForRead[30] = value[25];
uuidForRead[31] = value[26];
uuidForRead[32] = value[27];
uuidForRead[33] = value[28];
uuidForRead[34] = value[29];
uuidForRead[35] = value[30];
uuidForRead[36] = value[31];
uuidForRead[37] = '}';
}
else if(inValue.GetLength() == 36)
{
uuidForRead += '{';
uuidForRead += inValue;
uuidForRead += '}';
}
else if(inValue.GetLength() == 0)
{
return false;
}
VWUUID u;
bool result = uuid.FromString(uuidForRead);
uuid.GetUUID(inUuid.a, inUuid.b, inUuid.c, inUuid.d);
return result;
}
/*static*/ TXString GdtfConverter::IntToString2Digits(Sint64 value)
/* Converts the int to an string with 2 digits. If the int has only one digit the string will get a leading "0".*/
{
ASSERTN(kEveryone ,value < 100);
if (value < 10)
{
return "0" + TXString().itoa(value);
}
return TXString().itoa(value);
}
/*static*/ TXString GdtfConverter::ConvertDate(const STime& date)
/* Return the date in UTC Format: yyyy-mm-ddThh:mm:ss
*/
{
TXString result;
result += TXString().itoa(date.fYear);
result += "-";
result += IntToString2Digits(date.fMonth);
result += "-";
result += IntToString2Digits(date.fDay);
result += "T";
result += IntToString2Digits(date.fHour);
result += ":";
result += IntToString2Digits(date.fMinute);
result += ":";
result += IntToString2Digits(date.fSecond);
return result;
}
/*static*/ bool GdtfConverter::ConvertDate(const TXString& value, const IXMLFileNodePtr& node, STime& date)
/* Convert from UTC Format (yyyy-mm-ddThh:mm:ss) */
{
// ------------------------------------------------------------
// Check if the string is empty, use the 0 date
if (value.IsEmpty()) { date.fYear = 0; date.fMonth = 0; date.fDay = 0; date.fHour = 0; date.fMinute = 0; date.fSecond = 0; return true; }
// ------------------------------------------------------------
// Split string
TXString strVal = value;
// Prepare Array
TSint32Array d_arr;
DeserializeUTC_Date(strVal, node, d_arr);
// ------------------------------------------------------------
// Check if you have three valies
ASSERTN(kEveryone, d_arr.size() == 6);
if (d_arr.size() != 6)
{
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_DateHasWrongFormat, node);
SceneData::GdtfFixture::AddError(error);
date.fYear = 0; date.fMonth = 0; date.fDay = 0; date.fHour = 0; date.fMinute = 0; date.fSecond = 0;
return false;
}
// Set Out Date
date.fYear = d_arr[0]; date.fMonth = d_arr[1]; date.fDay = d_arr[2];
date.fHour = d_arr[3]; date.fMinute = d_arr[4]; date.fSecond = d_arr[5];
return true;
}
/*static*/ TXString GdtfConverter::ConvertColor(const CCieColor& color)
{
return (TXString() << color.Get_x() << "," << color.Get_y() << "," << color.Get_Y_luminance() );
}
/*static*/ bool GdtfConverter::ConvertColor(const TXString& value, const IXMLFileNodePtr& node, CCieColor& color)
{
// ------------------------------------------------------------
// Check if the string is empty, use the default color
if (value.IsEmpty()) { color = CCieColor(); return true; }
// ------------------------------------------------------------
// Split string
TXString strVal = value;
// Prepare Array
std::vector<double> d_arr;
Deserialize(strVal, node, d_arr);
// ------------------------------------------------------------
// Check if you have three valies
ASSERTN(kEveryone, d_arr.size() == 3);
if (d_arr.size() != 3)
{
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_ColorHasWrongFormat, node);
SceneData::GdtfFixture::AddError(error);
color = CCieColor();
return false;
}
// Set Out Color and return true
color = CCieColor(d_arr[0],d_arr[1],d_arr[2]);
return true;
}
TXString SceneData::GdtfConverter::ConvertColorArray(TCCieColorArray & colors)
/* Takes an CCieColor-Array and returns it as string in the format: "{x,y,Y}{x,y,Y}...{x,y,Y}" */
{
TXString arrayStr;
// Add the Values
for (size_t idx = 0; idx < colors.size(); idx++)
{
CCieColorPtr color = colors.at(idx);
arrayStr << "{" << color->Get_x() << "," << color->Get_y() << "," << color->Get_Y_luminance() << "}";
}
return arrayStr;
}
bool SceneData::GdtfConverter::ConvertColorArray(TXString values, const IXMLFileNodePtr& node, TCCieColorArray& colorArray)
/* Takes string in the format: "{x,y,Y}{x,y,Y}...{x,y,Y}" and fills the values into the colorArray. */
{
// ----------------------------------------------------------------
// If the String is empty, use the DefaultMatrix
if (values.IsEmpty()) { return true; }
TXString strVal = values;
// ----------------------------------------------------------------
// Delete first element
ASSERTN(kEveryone, strVal.GetAt(0) == '{');
if (strVal.GetAt(0) == '{') { strVal.Delete(0,1); }
else
{
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_ColorArrayWrongFormat, node);
SceneData::GdtfFixture::AddError(error);
}
// Delete last element
ASSERTN(kEveryone, strVal.GetLast() == '}');
if (strVal.GetLast() == '}') { strVal.DeleteLast(); }
else
{
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_ColorArrayWrongFormat, node);
SceneData::GdtfFixture::AddError(error);
}
// ----------------------------------------------------------------
// Split into parts
std::vector<TXString> lines;
ptrdiff_t pos = strVal.Find("}{");
while (pos > 0 )
{
// Copy string
TXString strValInner;
for (ptrdiff_t i = 0; i < pos; i++) { strValInner += strVal.GetAt(i); }
// Try to cast
lines.push_back(strValInner);
// Delete and find next
strVal.Delete(0, pos + 2);
pos = strVal.Find("}{");
}
// Append the rest
lines.push_back(strVal);
// ----------------------------------------------------------------
// Do the conversion
for (size_t i = 0; i < lines.size(); i++)
{
std::vector<double> arr;
Deserialize(lines.at(i), node, arr);
// Use this for 4x4 matrix and 4x3 matrix
if (arr.size() == 3)
{
CCieColorPtr color = new CCieColor(arr[0], arr[1], arr[2]);
colorArray.push_back(color);
}
else
{
DSTOP((kEveryone, "Unexpected Format of ColorArray"));
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_ColorArrayWrongFormat, node);
SceneData::GdtfFixture::AddError(error);
}
}
return true;
}
/*static*/ TXString GdtfConverter::ConvertDouble(double value)
{
TXString valueStr;
valueStr << value;
return valueStr;
}
/*static*/ bool GdtfConverter::ConvertDouble(const TXString& value, const IXMLFileNodePtr& node, double& doubleValue) // TODO: XXX unused Param node
{
if(value.IsEmpty()) { return false; }
// Try to convert
doubleValue = value.atof();
// Return ig the casting was good
return true;
}
/*static*/ TXString GdtfConverter::ConvertInteger(Sint32 value)
{
TXString valueStr;
valueStr << value;
return valueStr;
}
#ifdef IS64BIT
/*static*/ TXString GdtfConverter::ConvertInteger(Uint32 value)
{
TXString valueStr;
valueStr << value;
return valueStr;
}
#endif
/*static*/ bool GdtfConverter::ConvertDmxBreak(const TXString& value, const IXMLFileNodePtr& node,Sint32& intValue)
{
if(value.IsEmpty()) return false;
if(value == XML_GDTF_DMXChannelDMXBreak_OverwriteValue) { intValue = 0; return true; }
intValue = value.atoi();
return true;
}
/*static*/ bool GdtfConverter::ConvertInteger(const TXString& value, const IXMLFileNodePtr& node,Sint8& intValue)
{
if(value.IsEmpty()) return false;
intValue = value.atoi();
return true;
}
/*static*/ bool GdtfConverter::ConvertInteger(const TXString& value, const IXMLFileNodePtr& node, Uint8& intValue)
{
if(value.IsEmpty()) return false;
intValue = value.atoi();
return true;
}
/*static*/ bool GdtfConverter::ConvertInteger(const TXString& value, const IXMLFileNodePtr& node,size_t& intValue)
{
if(value.IsEmpty()) return false;
intValue = value.atoi();
return true;
}
/*static*/ bool GdtfConverter::ConvertInteger(const TXString& value, const IXMLFileNodePtr& node,Sint32& intValue)
{
if(value.IsEmpty()) return false;
intValue = value.atoi();
return true;
}
#ifdef IS64BIT
/*static*/ bool GdtfConverter::ConvertInteger(const TXString& value, const IXMLFileNodePtr& node, Uint32& intValue)
{
if(value.IsEmpty()) return false;
intValue = value.atoi();
return true;
}
#endif
TXString SceneData::GdtfConverter::ConvertDMXValue(DmxValue value, EGdtfChannelBitResolution chanlReso, bool noneValue)
/* Convert DmxValue to String */
{
// Return None if it is the none value
if (noneValue) { return XML_GDTF_DMXFChannel_NONEVALUE; }
// Otherwise convert and return the value
TXString dmxValueStr;
dmxValueStr << TXString().itoa(value) << "/" << TXString().itoa( (Sint64)chanlReso);
return dmxValueStr;
}
/*static*/ TXString GdtfConverter::ConvertInteger(Sint32 value, bool noneValue)
{
// Return None if it is the none value
if (noneValue) { return XML_GDTF_DMXFChannel_NONEVALUE; }
// Otherwise return the value
TXString valueStr;
valueStr << value;
return valueStr;
}
TXString SceneData::GdtfConverter::ConvertIntegerArray(TSint32Array & values, bool includeBrackets)
/* Takes an Int-Array and returns it as string in the format: "{Int, Int, ... Int}" */
{
TXString arrayStr;
if(includeBrackets) { arrayStr += "{"; }
// Add the Values
for (size_t idx = 0; idx < values.size(); idx++)
{
arrayStr += TXString().ToStringInt(values.at(idx));
// The last index is size-1. We want that no "," is appended at the last item
// so only append "," for idx < last_idx.
if (idx < values.size() - 1)
{
arrayStr += ",";
}
}
// CLose the Array Str
if(includeBrackets) { arrayStr += "}"; }
return arrayStr;
}
bool SceneData::GdtfConverter::ConvertIntegerArray(TXString values, const IXMLFileNodePtr& node, TSint32Array & intArray)
/* Takes string in the format: "{Int, Int, ... Int}" and fills the values into the IntArray. */
{
TXString intArrayString = values;
if (values.IsEmpty()) { return false; }
// Remove the barcets "{" and "}"
values.Replace("{", "");
values.Replace("}", "");
// Seperate the string by ","
GdtfConverter::Deserialize(values, node, intArray);
return true;
}
TXString SceneData::GdtfConverter::ConvertDoubleArray(TDoubleArray & values, bool includeBrackets)
/* Takes an Int-Array and returns it as string in the format: "{Int, Int, ... Int}" */
{
TXString arrayStr;
if(includeBrackets) { arrayStr += "{"; }
// Add the Values
for (size_t idx = 0; idx < values.size(); idx++)
{
arrayStr += (TXString() << values.at(idx));
// The last index is size-1. We want that no "," is appended at the last item
// so only append "," for idx < last_idx.
if (idx < values.size() - 1)
{
arrayStr += ",";
}
}
// Close the Array Str
if(includeBrackets) { arrayStr += "}"; }
return arrayStr;
}
bool SceneData::GdtfConverter::ConvertDoubleArray(TXString values, const IXMLFileNodePtr& node, TDoubleArray & doubleArray)
/* Takes string in the format: "{double, double, ... double}" and fills the values into the doubleArray. */
{
TXString doubleArrayString = values;
if (values.IsEmpty()) { return false; }
// Remove the brackets "{" and "}"
values.Replace("{", "");
values.Replace("}", "");
// Separate the string by ","
GdtfConverter::Deserialize(values, node, doubleArray);
return true;
}
/*static*/ TXString GdtfConverter::ConvertInteger(size_t value)
{
// Otherwise return the value
TXString valueStr;
valueStr = TXString().itoa(value);
return valueStr;
}
/*static*/ TXString GdtfConverter::ConvertDmxBreak(Sint32 value)
{
// If it is not set then it is Overwrite value
if(value == 0){ return TXString( XML_GDTF_DMXChannelDMXBreak_OverwriteValue );}
// Otherwise return the value
TXString valueStr;
valueStr << value;
return valueStr;
}
TXString SceneData::GdtfConverter::ConvertDMXAdress(DMXAddress value)
/* Convert DMXAdress to String */
{
/* Absolute DMX address (size 4 bytes);
Alternative format: Universe � integer universe number, starting with 1; XXX check this
Address: address within universe from 1 to 512. Format: integer */
return ConvertInteger(value);
}
/*static*/ bool GdtfConverter::ConvertInteger(const TXString& value, const IXMLFileNodePtr& node,Sint32& intValue, bool& noneValue)
{
noneValue = false;
if (value == XML_GDTF_DMXFChannel_NONEVALUE) { noneValue = true; intValue = 0; return true; ; }
return ConvertInteger(value, node, intValue);;
}
bool SceneData::GdtfConverter::ConvertDMXAdress(const TXString& value, const IXMLFileNodePtr& node, DMXAddress & intValue)
/* Convert String to DMXAdress*/
{
if(value.IsEmpty()) {intValue = 1; return false;}
ptrdiff_t dotPos = value.Find('.');
bool error = false;
if(dotPos > 0){
Uint16 universe = value.Left(dotPos).atoi();
Uint16 address = value.Right(value.GetLength() - dotPos - 1).atoi();
if (universe <= 0 || address <= 0 || address > 512)
{
ASSERTN(kEveryone, false);
error = true;
}
intValue = (universe - 1) * 512 + address;
}else{
intValue = value.atoi();
ASSERTN(kEveryone, intValue > 0);
if (intValue <= 0)
{
error = true;
}
}
if(error){
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_DmxAdressHasWrongValue, node);
SceneData::GdtfFixture::AddError(error);
return false;
}
return true;
}
bool SplitStr(const TXString& str, TXString& part1, TXString& part2, size_t splitPos, bool includeSplitPos=false)
/*
Split the provided string into 2 seperate string at splitPos.
If includeSplitPos is true the part1 will include the char at splitPos.
Returns the succes of the operation.
*/
{
size_t strLen = str.GetLength();
if (strLen <= splitPos) { return false; }
part1 = "";
part2 = "";
// First Part
for (size_t i = 0; i < splitPos; i++)
{
part1 += str.GetAt(i);
}
// 2nd Part: Start at Split pos + 1 to exclude the spilt char from the result.
size_t start2ndPart = 0;
if (includeSplitPos) { start2ndPart = splitPos; }
else { start2ndPart = splitPos + 1; }
for (size_t i = start2ndPart; i < strLen; i++) { part2 += str.GetAt(i); }
return true;
}
bool SceneData::GdtfConverter::ConvertDMXValue(const TXString& strValue, const IXMLFileNodePtr& node, EGdtfChannelBitResolution chanlReso, DmxValue & intValue)
/* Converts a string to a DmxValue. returns succes of the opeation as bool (XXX this is always true at the moment.)*/
{
if(strValue.IsEmpty())
{
intValue = 0;
return true;
}
// Split the String ("ValRaw/byteSpecifier")
TXString firstPart;
TXString secndPart;
bool byteShifting = false;
// Find first entry
ptrdiff_t splitPos = strValue.Find("/");
if (splitPos == -1)
{
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_DmxValueHasWrongValue, node);
SceneData::GdtfFixture::AddError(error);
return false;
}
SplitStr(strValue, firstPart, secndPart, (size_t)splitPos);
//-----------------------------------------------------------------------------------
if(secndPart.GetLast() == 's')
{
byteShifting = true;
secndPart.Truncate(secndPart.GetLength() - 1);
}
double dmxValueRaw = firstPart.atof();
Sint32 byteSpecifier = secndPart.atoi();
if( ! (firstPart.IsCompleteNumber() && secndPart.IsCompleteNumber()))
{
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_DmxValueHasWrongValue, node);
SceneData::GdtfFixture::AddError(error);
dmxValueRaw = 0;
byteSpecifier = 1;
}
// Check if the ByteSpecifier is different to the ChannelResolution.
intValue = dmxValueRaw;
if(byteShifting)
{
if (byteSpecifier != chanlReso)
{
Sint32 shift = (8 * (chanlReso - byteSpecifier));
if(shift >= 0) { intValue = intValue << shift; }
else { intValue = intValue >> -shift; }
}
else
{
// We can take the value as it is defined in the document without scaling it to another BitResolution.
intValue = dmxValueRaw;
}
}
else
{
if (byteSpecifier != chanlReso)
{
DmxValue maxResolution = GetChannelMaxDmx((EGdtfChannelBitResolution)byteSpecifier);
DmxValue maxChannelUnit = GetChannelMaxDmx(chanlReso);
double percentage = (dmxValueRaw / maxResolution);
intValue = percentage * maxChannelUnit;
}
else
{
// We can take the value as it is defined in the document without scaling it to another BitResolution.
intValue = dmxValueRaw;
}
}
if ( GetChannelMaxDmx(chanlReso) < intValue)
{
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_DmxValueHasWrongValue, node);
SceneData::GdtfFixture::AddError(error);
return false;
}
return true;
}
bool SceneData::GdtfConverter::ConvertDMXValue(const TXString & strValue, const IXMLFileNodePtr& node, EGdtfChannelBitResolution chanlReso, DmxValue & intValue, bool & noneValue)
/* Converts a string to a DmxValue */
{
noneValue = false;
if (strValue == XML_GDTF_DMXFChannel_NONEVALUE)
{
noneValue = true;
return true;
}
ConvertDMXValue(strValue, node, chanlReso, intValue);
return true;
}
/*static*/ TXString GdtfConverter::ConvertPrimitiveType(EGdtfModel_PrimitiveType value)
{
switch (value)
{
case eGdtfModel_PrimitiveType_Cube: return XML_GDTF_PrimitiveTypeEnum_Cube;
case eGdtfModel_PrimitiveType_Sphere: return XML_GDTF_PrimitiveTypeEnum_Sphere;
case eGdtfModel_PrimitiveType_Cylinder: return XML_GDTF_PrimitiveTypeEnum_Cylinder;
case eGdtfModel_PrimitiveType_Undefined: return XML_GDTF_PrimitiveTypeEnum_Undefined;
case eGdtfModel_PrimitiveType_Base: return XML_GDTF_PrimitiveTypeEnum_Base;
case eGdtfModel_PrimitiveType_Head: return XML_GDTF_PrimitiveTypeEnum_Head;
case eGdtfModel_PrimitiveType_Yoke: return XML_GDTF_PrimitiveTypeEnum_Yoke;
case eGdtfModel_PrimitiveType_Scanner: return XML_GDTF_PrimitiveTypeEnum_Scanner;
case eGdtfModel_PrimitiveType_Conventional: return XML_GDTF_PrimitiveTypeEnum_Conventional;
case eGdtfModel_PrimitiveType_Pigtail: return XML_GDTF_PrimitiveTypeEnum_Pigtail;
case eGdtfModel_PrimitiveType_Base1_1: return XML_GDTF_PrimitiveTypeEnum_Base1_1;
case eGdtfModel_PrimitiveType_Scanner1_1: return XML_GDTF_PrimitiveTypeEnum_Scanner1_1;
case eGdtfModel_PrimitiveType_Conventional1_1: return XML_GDTF_PrimitiveTypeEnum_Conventional1_1;
default: return XML_GDTF_PrimitiveTypeEnum_Undefined;
}
// Make Assert
ASSERTN(kEveryone, value == eGdtfModel_PrimitiveType_Cube ||
value == eGdtfModel_PrimitiveType_Sphere ||
value == eGdtfModel_PrimitiveType_Undefined ||
value == eGdtfModel_PrimitiveType_Base ||
value == eGdtfModel_PrimitiveType_Head ||
value == eGdtfModel_PrimitiveType_Yoke ||
value == eGdtfModel_PrimitiveType_Scanner ||
value == eGdtfModel_PrimitiveType_Conventional ||
value == eGdtfModel_PrimitiveType_Pigtail ||
value == eGdtfModel_PrimitiveType_Base1_1 ||
value == eGdtfModel_PrimitiveType_Scanner1_1 ||
value == eGdtfModel_PrimitiveType_Conventional1_1);
// Return default value
return XML_GDTF_PrimitiveTypeEnum_Undefined;
}
/*static*/ bool GdtfConverter::ConvertPrimitiveType(const TXString& value, const IXMLFileNodePtr& node, EGdtfModel_PrimitiveType& type)
{
if (value == XML_GDTF_PrimitiveTypeEnum_Cube) { type = eGdtfModel_PrimitiveType_Cube; }
else if (value == XML_GDTF_PrimitiveTypeEnum_Sphere) { type = eGdtfModel_PrimitiveType_Sphere; }
else if (value == XML_GDTF_PrimitiveTypeEnum_Cylinder) { type = eGdtfModel_PrimitiveType_Cylinder; }
else if (value == XML_GDTF_PrimitiveTypeEnum_Base) { type = eGdtfModel_PrimitiveType_Base; }
else if (value == XML_GDTF_PrimitiveTypeEnum_Head) { type = eGdtfModel_PrimitiveType_Head; }
else if (value == XML_GDTF_PrimitiveTypeEnum_Yoke) { type = eGdtfModel_PrimitiveType_Yoke; }
else if (value == XML_GDTF_PrimitiveTypeEnum_Scanner) { type = eGdtfModel_PrimitiveType_Scanner; }
else if (value == XML_GDTF_PrimitiveTypeEnum_Conventional) { type = eGdtfModel_PrimitiveType_Conventional; }
else if (value == XML_GDTF_PrimitiveTypeEnum_Undefined) { type = eGdtfModel_PrimitiveType_Undefined; }
else if (value == XML_GDTF_PrimitiveTypeEnum_Pigtail) { type = eGdtfModel_PrimitiveType_Pigtail; }
else if (value == XML_GDTF_PrimitiveTypeEnum_Base1_1) { type = eGdtfModel_PrimitiveType_Base1_1; }
else if (value == XML_GDTF_PrimitiveTypeEnum_Scanner1_1) { type = eGdtfModel_PrimitiveType_Scanner1_1; }
else if (value == XML_GDTF_PrimitiveTypeEnum_Conventional1_1) { type = eGdtfModel_PrimitiveType_Conventional1_1; }
else if (value == "") { type = eGdtfModel_PrimitiveType_Undefined; }
else
{
type = eGdtfModel_PrimitiveType_Undefined; DSTOP((kEveryone, "Unexpected Input for Primitive Type Enum"));
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_NoMatchInEnum_ConvertPrimitiveType, node);
SceneData::GdtfFixture::AddError(error);
}
// Return true
return true;
}
/*static*/ TXString GdtfConverter::ConvertSpecialAttrEnum(EGdtfSpecial value)
{
switch (value)
{
case EGdtfSpecial::None: return XML_GDTFPhysicalUnitEnum_None;
case EGdtfSpecial::Dimmer: return XML_EGdtfSpecialEnum_Dimmer;
case EGdtfSpecial::Pan: return XML_EGdtfSpecialEnum_Pan;
case EGdtfSpecial::Tilt: return XML_EGdtfSpecialEnum_Tilt;
case EGdtfSpecial::X: return XML_EGdtfSpecialEnum_X;
case EGdtfSpecial::Y: return XML_EGdtfSpecialEnum_Y;
case EGdtfSpecial::Z: return XML_EGdtfSpecialEnum_Z;
case EGdtfSpecial::RGB: return XML_EGdtfSpecialEnum_RGB;
case EGdtfSpecial::Hue: return XML_EGdtfSpecialEnum_Hue;
case EGdtfSpecial::Saturation: return XML_EGdtfSpecialEnum_Saturation;
case EGdtfSpecial::Brightness: return XML_EGdtfSpecialEnum_Brightness;
case EGdtfSpecial::ColorWheel: return XML_EGdtfSpecialEnum_ColorWheel;
case EGdtfSpecial::Focus: return XML_EGdtfSpecialEnum_Focus;
case EGdtfSpecial::Zoom: return XML_EGdtfSpecialEnum_Zoom;
case EGdtfSpecial::Dummy: return XML_EGdtfSpecialEnum_Dummy;
default: DSTOP((kEveryone,"EGdtfSpecial enum is not implemented!"));
}
// Return default value
return XML_GDTFPhysicalUnitEnum_None;
}
/*static*/ bool GdtfConverter::ConvertSpecialAttrEnum(const TXString& value, const IXMLFileNodePtr& node,EGdtfSpecial& special)
{
if (value == XML_GDTFPhysicalUnitEnum_None) { special = EGdtfSpecial::None; }
else if (value == XML_EGdtfSpecialEnum_Dimmer) { special = EGdtfSpecial::Dimmer; }
else if (value == XML_EGdtfSpecialEnum_Pan) { special = EGdtfSpecial::Pan; }
else if (value == XML_EGdtfSpecialEnum_Tilt) { special = EGdtfSpecial::Tilt; }
else if (value == XML_EGdtfSpecialEnum_X) { special = EGdtfSpecial::X; }
else if (value == XML_EGdtfSpecialEnum_Y) { special = EGdtfSpecial::Y; }
else if (value == XML_EGdtfSpecialEnum_Z) { special = EGdtfSpecial::Z; }
else if (value == XML_EGdtfSpecialEnum_RGB) { special = EGdtfSpecial::RGB; }
else if (value == XML_EGdtfSpecialEnum_Hue) { special = EGdtfSpecial::Hue; }
else if (value == XML_EGdtfSpecialEnum_Saturation) { special = EGdtfSpecial::Saturation; }
else if (value == XML_EGdtfSpecialEnum_Brightness) { special = EGdtfSpecial::Brightness; }
else if (value == XML_EGdtfSpecialEnum_ColorWheel) { special = EGdtfSpecial::ColorWheel; }
else if (value == XML_EGdtfSpecialEnum_Focus) { special = EGdtfSpecial::Focus; }
else if (value == XML_EGdtfSpecialEnum_Zoom) { special = EGdtfSpecial::Zoom; }
else if (value == XML_EGdtfSpecialEnum_Dummy) { special = EGdtfSpecial::Dummy; }
else if (value == "") { special = EGdtfSpecial::None; }
else
{
special = EGdtfSpecial::None; DSTOP((kEveryone, "Unexpected Input for EGdtfSpecial Enum"));
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_NoMatchInEnum_ConvertSpecialAttr, node);
SceneData::GdtfFixture::AddError(error);
}
// Return true
return true;
}
/*static*/ TXString GdtfConverter::ConvertPhysicalUnitEnum(EGdtfPhysicalUnit value)
{
switch (value)
{
case EGdtfPhysicalUnit::None: return XML_GDTFPhysicalUnitEnum_None;
case EGdtfPhysicalUnit::Percent: return XML_GDTFPhysicalUnitEnum_Percent;
case EGdtfPhysicalUnit::Length: return XML_GDTFPhysicalUnitEnum_Length;
case EGdtfPhysicalUnit::Mass: return XML_GDTFPhysicalUnitEnum_Mass;
case EGdtfPhysicalUnit::Time: return XML_GDTFPhysicalUnitEnum_Time;
case EGdtfPhysicalUnit::Temperatur: return XML_GDTFPhysicalUnitEnum_Temperatur;
case EGdtfPhysicalUnit::LuminousItensity: return XML_GDTFPhysicalUnitEnum_LuminousItensity;
case EGdtfPhysicalUnit::Angle: return XML_GDTFPhysicalUnitEnum_Angle;
case EGdtfPhysicalUnit::Force: return XML_GDTFPhysicalUnitEnum_Force;
case EGdtfPhysicalUnit::Frequeny: return XML_GDTFPhysicalUnitEnum_Frequeny;
case EGdtfPhysicalUnit::Current: return XML_GDTFPhysicalUnitEnum_Current;
case EGdtfPhysicalUnit::Voltage: return XML_GDTFPhysicalUnitEnum_Voltage;
case EGdtfPhysicalUnit::Power: return XML_GDTFPhysicalUnitEnum_Power;
case EGdtfPhysicalUnit::Energy: return XML_GDTFPhysicalUnitEnum_Energy;
case EGdtfPhysicalUnit::Area: return XML_GDTFPhysicalUnitEnum_Area;
case EGdtfPhysicalUnit::Volume: return XML_GDTFPhysicalUnitEnum_Volume;
case EGdtfPhysicalUnit::Speed: return XML_GDTFPhysicalUnitEnum_Speed;
case EGdtfPhysicalUnit::Acceleration: return XML_GDTFPhysicalUnitEnum_Acceleration;
case EGdtfPhysicalUnit::AngularSpeed: return XML_GDTFPhysicalUnitEnum_AngularSpeed;
case EGdtfPhysicalUnit::AngularAccc: return XML_GDTFPhysicalUnitEnum_AngularAccc;
case EGdtfPhysicalUnit::WaveLength: return XML_GDTFPhysicalUnitEnum_WaveLength;
case EGdtfPhysicalUnit::ColorComponent: return XML_GDTFPhysicalUnitEnum_ColorComponent;
default: DSTOP((kEveryone,"This enum for EGdtfPhysicalUnit was not implemented!"));
}
// Return default value
return XML_GDTFPhysicalUnitEnum_None;
}
/*static*/ bool GdtfConverter::ConvertPhysicalUnitEnum(const TXString& value, const IXMLFileNodePtr& node,EGdtfPhysicalUnit& unit)
{
if (value == XML_GDTFPhysicalUnitEnum_None) { unit = EGdtfPhysicalUnit::None; }
else if (value == XML_GDTFPhysicalUnitEnum_Percent) { unit = EGdtfPhysicalUnit::Percent; }
else if (value == XML_GDTFPhysicalUnitEnum_Length) { unit = EGdtfPhysicalUnit::Length; }
else if (value == XML_GDTFPhysicalUnitEnum_Mass) { unit = EGdtfPhysicalUnit::Mass; }
else if (value == XML_GDTFPhysicalUnitEnum_Time) { unit = EGdtfPhysicalUnit::Time; }
else if (value == XML_GDTFPhysicalUnitEnum_Temperatur) { unit = EGdtfPhysicalUnit::Temperatur; }
else if (value == XML_GDTFPhysicalUnitEnum_LuminousItensity){ unit = EGdtfPhysicalUnit::LuminousItensity;}
else if (value == XML_GDTFPhysicalUnitEnum_Angle) { unit = EGdtfPhysicalUnit::Angle; }
else if (value == XML_GDTFPhysicalUnitEnum_Force) { unit = EGdtfPhysicalUnit::Force; }
else if (value == XML_GDTFPhysicalUnitEnum_Frequeny) { unit = EGdtfPhysicalUnit::Frequeny; }
else if (value == XML_GDTFPhysicalUnitEnum_Current) { unit = EGdtfPhysicalUnit::Current; }
else if (value == XML_GDTFPhysicalUnitEnum_Voltage) { unit = EGdtfPhysicalUnit::Voltage; }
else if (value == XML_GDTFPhysicalUnitEnum_Power) { unit = EGdtfPhysicalUnit::Power; }
else if (value == XML_GDTFPhysicalUnitEnum_Energy) { unit = EGdtfPhysicalUnit::Energy; }
else if (value == XML_GDTFPhysicalUnitEnum_Area) { unit = EGdtfPhysicalUnit::Area; }
else if (value == XML_GDTFPhysicalUnitEnum_Volume) { unit = EGdtfPhysicalUnit::Volume; }
else if (value == XML_GDTFPhysicalUnitEnum_Speed) { unit = EGdtfPhysicalUnit::Speed; }
else if (value == XML_GDTFPhysicalUnitEnum_Acceleration) { unit = EGdtfPhysicalUnit::Acceleration; }
else if (value == XML_GDTFPhysicalUnitEnum_AngularSpeed) { unit = EGdtfPhysicalUnit::AngularSpeed; }
else if (value == XML_GDTFPhysicalUnitEnum_AngularAccc) { unit = EGdtfPhysicalUnit::AngularAccc; }
else if (value == XML_GDTFPhysicalUnitEnum_WaveLength) { unit = EGdtfPhysicalUnit::WaveLength; }
else if (value == XML_GDTFPhysicalUnitEnum_ColorComponent) { unit = EGdtfPhysicalUnit::ColorComponent; }
else if (value == "") { unit = EGdtfPhysicalUnit::None; }
else
{
unit = EGdtfPhysicalUnit::None; DSTOP((kEveryone, "Unexpected Input for EGdtfPhysicalUnit Enum"));
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_NoMatchInEnum_ConvertPhysicalUnit, node);
SceneData::GdtfFixture::AddError(error);
}
// Return true
return true;
}
/*static*/ bool GdtfConverter::ConvertBeamType(const TXString& value, const IXMLFileNodePtr& node,EGdtfBeamType& unit)
{
if (value == XML_GDTF_BeamTypeEnum_Wash) { unit = EGdtfBeamType::eGdtfBeamType_Wash; }
else if (value == XML_GDTF_BeamTypeEnum_Spot) { unit = EGdtfBeamType::eGdtfBeamType_Spot; }
else if (value == XML_GDTF_BeamTypeEnum_None) { unit = EGdtfBeamType::eGdtfBeamType_None; }
else if (value == XML_GDTF_BeamTypeEnum_Rectangle) { unit = EGdtfBeamType::eGdtfBeamType_Rectangle; }
else if (value == XML_GDTF_BeamTypeEnum_PC) { unit = EGdtfBeamType::eGdtfBeamType_PC; }
else if (value == XML_GDTF_BeamTypeEnum_Fresnel) { unit = EGdtfBeamType::eGdtfBeamType_Fresnel; }
else if (value == XML_GDTF_BeamTypeEnum_Glow) { unit = EGdtfBeamType::eGdtfBeamType_Glow; }
else if (value == "") { unit = EGdtfBeamType::eGdtfBeamType_Wash; }
else
{
unit = EGdtfBeamType::eGdtfBeamType_Wash; DSTOP((kEveryone, "Unexpected Input for EGdtfBeamType Enum"));
GdtfParsingError error (GdtfDefines::EGdtfParsingError::eValueError_NoMatchInEnum_ConvertBeamType, node);
SceneData::GdtfFixture::AddError(error);
}
// Return true
return true;
}
/*static*/ TXString GdtfConverter::ConvertBeamType(EGdtfBeamType value)
{