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for (;;)
{
if (!Parse.ReadNextLine (m_FileInput, m_nLineNumber, szInputString,
MAXCHARS, szComment))
ErrorHandler (INVALIDINPUT);
// here if the next line read is *nodalloads then the loop should break.
else
{
std::istringstream szFormatString (szInputString);
szFormatString >> nN >> nXFC >> nYFC >> nZFC>> fXD >> fYD >> fZD;
if (szFormatString.fail() || szFormatString.bad())
ErrorHandler (INVALIDINPUT);
}
if (nN <= 0 || nN > m_nNodes) ErrorHandler (INVALIDNODENUM);
if (nXFC < 0 || nXFC > 1) ErrorHandler (INVALIDNODALFIXITY);
if (nYFC < 0 || nYFC > 1) ErrorHandler (INVALIDNODALFIXITY);
if (nZFC < 0 || nZFC > 1) ErrorHandler (INVALIDNODALFIXITY);
m_NodalData(nN).SetFixity (nXFC, nYFC, nZFC);
m_NodalData(nN).SetDispl (fXD, fYD, fZD);
}
// header line ( here it should read the *nodalloads line but reads the nextline
if (!Parse.ReadNextLine (m_FileInput, m_nLineNumber, szInputString,
MAXCHARS, szComment))
ErrorHandler (INVALIDINPUT);
// read nodal loads and temperature changes
float fXF, fYF, fZF, fTL;
for (i=1; i <= m_nNodes; i++)
// and the code continues
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