/usr/include/paw/ntuple/qp_eval_conv.h is in libpawlib2-dev 1:2.14.04.dfsg.2-9.1build1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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* qp_eval_conv.h --
*
* Original: 23-Apr-1996 20:25
*
* Author: Maarten Ballintijn <Maarten.Ballintijn@cern.ch>
*
* $Id: qp_eval_conv.h,v 1.3 1996/04/23 18:38:17 maartenb Exp $
*
* $Log: qp_eval_conv.h,v $
* Revision 1.3 1996/04/23 18:38:17 maartenb
* - Add RCS keywords
*
*
*/
case FC_B_2_B:
r->u.bval = (bool) valv[0]->u.bval ? 1 : 0;
r->d = dim_new( D_BOOL );
break;
case FC_B_2_U:
r->u.uval = (UInt32) valv[0]->u.bval;
r->d = dim_new( D_UINT );
break;
case FC_B_2_LU:
r->u.luval = (UInt64) valv[0]->u.bval;
r->d = dim_new( D_ULONG );
break;
case FC_B_2_I:
r->u.ival = (Int32) valv[0]->u.bval;
r->d = dim_new( D_INT );
break;
case FC_B_2_LI:
r->u.lival = (Int64) valv[0]->u.bval;
r->d = dim_new( D_LONG );
break;
case FC_B_2_F:
r->u.fval = (Float32) valv[0]->u.bval;
r->d = dim_new( D_FLOAT );
break;
case FC_B_2_LF:
r->u.lfval = (Float64) valv[0]->u.bval;
r->d = dim_new( D_DOUBLE );
break;
case FC_U_2_B:
r->u.bval = (bool) valv[0]->u.uval ? 1 : 0;
r->d = dim_new( D_BOOL );
break;
case FC_U_2_U:
r->u.uval = (UInt32) valv[0]->u.uval;
r->d = dim_new( D_UINT );
break;
case FC_U_2_LU:
r->u.luval = (UInt64) valv[0]->u.uval;
r->d = dim_new( D_ULONG );
break;
case FC_U_2_I:
r->u.ival = (Int32) valv[0]->u.uval;
r->d = dim_new( D_INT );
break;
case FC_U_2_LI:
r->u.lival = (Int64) valv[0]->u.uval;
r->d = dim_new( D_LONG );
break;
case FC_U_2_F:
r->u.fval = (Float32) valv[0]->u.uval;
r->d = dim_new( D_FLOAT );
break;
case FC_U_2_LF:
r->u.lfval = (Float64) valv[0]->u.uval;
r->d = dim_new( D_DOUBLE );
break;
case FC_LU_2_B:
r->u.bval = (bool) valv[0]->u.luval ? 1 : 0;
r->d = dim_new( D_BOOL );
break;
case FC_LU_2_U:
r->u.uval = (UInt32) valv[0]->u.luval;
r->d = dim_new( D_UINT );
break;
case FC_LU_2_LU:
r->u.luval = (UInt64) valv[0]->u.luval;
r->d = dim_new( D_ULONG );
break;
case FC_LU_2_I:
r->u.ival = (Int32) valv[0]->u.luval;
r->d = dim_new( D_INT );
break;
case FC_LU_2_LI:
r->u.lival = (Int64) valv[0]->u.luval;
r->d = dim_new( D_LONG );
break;
case FC_LU_2_F:
r->u.fval = (Float32) valv[0]->u.luval;
r->d = dim_new( D_FLOAT );
break;
case FC_LU_2_LF:
r->u.lfval = (Float64) valv[0]->u.luval;
r->d = dim_new( D_DOUBLE );
break;
case FC_I_2_B:
r->u.bval = (bool) valv[0]->u.ival ? 1 : 0;
r->d = dim_new( D_BOOL );
break;
case FC_I_2_U:
r->u.uval = (UInt32) valv[0]->u.ival;
r->d = dim_new( D_UINT );
break;
case FC_I_2_LU:
r->u.luval = (UInt64) valv[0]->u.ival;
r->d = dim_new( D_ULONG );
break;
case FC_I_2_I:
r->u.ival = (Int32) valv[0]->u.ival;
r->d = dim_new( D_INT );
break;
case FC_I_2_LI:
r->u.lival = (Int64) valv[0]->u.ival;
r->d = dim_new( D_LONG );
break;
case FC_I_2_F:
r->u.fval = (Float32) valv[0]->u.ival;
r->d = dim_new( D_FLOAT );
break;
case FC_I_2_LF:
r->u.lfval = (Float64) valv[0]->u.ival;
r->d = dim_new( D_DOUBLE );
break;
case FC_LI_2_B:
r->u.bval = (bool) valv[0]->u.lival ? 1 : 0;
r->d = dim_new( D_BOOL );
break;
case FC_LI_2_U:
r->u.uval = (UInt32) valv[0]->u.lival;
r->d = dim_new( D_UINT );
break;
case FC_LI_2_LU:
r->u.luval = (UInt64) valv[0]->u.lival;
r->d = dim_new( D_ULONG );
break;
case FC_LI_2_I:
r->u.ival = (Int32) valv[0]->u.lival;
r->d = dim_new( D_INT );
break;
case FC_LI_2_LI:
r->u.lival = (Int64) valv[0]->u.lival;
r->d = dim_new( D_LONG );
break;
case FC_LI_2_F:
r->u.fval = (Float32) valv[0]->u.lival;
r->d = dim_new( D_FLOAT );
break;
case FC_LI_2_LF:
r->u.lfval = (Float64) valv[0]->u.lival;
r->d = dim_new( D_DOUBLE );
break;
case FC_F_2_B:
r->u.bval = (bool) valv[0]->u.fval ? 1 : 0;
r->d = dim_new( D_BOOL );
break;
case FC_F_2_U:
r->u.uval = (UInt32) valv[0]->u.fval;
r->d = dim_new( D_UINT );
break;
case FC_F_2_LU:
r->u.luval = (UInt64) valv[0]->u.fval;
r->d = dim_new( D_ULONG );
break;
case FC_F_2_I:
r->u.ival = (Int32) valv[0]->u.fval;
r->d = dim_new( D_INT );
break;
case FC_F_2_LI:
r->u.lival = (Int64) valv[0]->u.fval;
r->d = dim_new( D_LONG );
break;
case FC_F_2_F:
r->u.fval = (Float32) valv[0]->u.fval;
r->d = dim_new( D_FLOAT );
break;
case FC_F_2_LF:
r->u.lfval = (Float64) valv[0]->u.fval;
r->d = dim_new( D_DOUBLE );
break;
case FC_LF_2_B:
r->u.bval = (bool) valv[0]->u.lfval ? 1 : 0;
r->d = dim_new( D_BOOL );
break;
case FC_LF_2_U:
r->u.uval = (UInt32) valv[0]->u.lfval;
r->d = dim_new( D_UINT );
break;
case FC_LF_2_LU:
r->u.luval = (UInt64) valv[0]->u.lfval;
r->d = dim_new( D_ULONG );
break;
case FC_LF_2_I:
r->u.ival = (Int32) valv[0]->u.lfval;
r->d = dim_new( D_INT );
break;
case FC_LF_2_LI:
r->u.lival = (Int64) valv[0]->u.lfval;
r->d = dim_new( D_LONG );
break;
case FC_LF_2_F:
r->u.fval = (Float32) valv[0]->u.lfval;
r->d = dim_new( D_FLOAT );
break;
case FC_LF_2_LF:
r->u.lfval = (Float64) valv[0]->u.lfval;
r->d = dim_new( D_DOUBLE );
break;
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