anchor.diff:      write(lineNm,"(i2)") lineNo
     end if
   #ifdef SINGLE_MATH
  -  write(lout,"(a,1pe13.6)")  "INPUT> DEBUG "//blockName//":"//lineNm//" "//chr_rpad(varName,10)//" = ",varVal
  +  write(lout,"(a,1pe13.6)")  "INPUT> DEBUG "//blockName//":"//lineNm//" "//chr_rpad(varName,16)//" = ",varVal
   #endif
   #ifdef DOUBLE_MATH
  -  write(lout,"(a,1pe22.15)") "INPUT> DEBUG "//blockName//":"//lineNm//" "//chr_rpad(varName,10)//" = ",varVal
  +  write(lout,"(a,1pe22.15)") "INPUT> DEBUG "//blockName//":"//lineNm//" "//chr_rpad(varName,16)//" = ",varVal
   #endif
   #ifdef QUAD_MATH
  -  write(lout,"(a,1pe41.34)") "INPUT> DEBUG "//blockName//":"//lineNm//" "//chr_rpad(varName,10)//" = ",varVal
  +  write(lout,"(a,1pe41.34)") "INPUT> DEBUG "//blockName//":"//lineNm//" "//chr_rpad(varName,16)//" = ",varVal
   #endif
   
   end subroutine sixin_echoVal_real
  
positive.code:     write(lineNm,"(i2)") lineNo
    end if
    if(varVal) then
      write(lout,"(a)") "INPUT> DEBUG "//blockName//":"//lineNm//" "//chr_rpad(varName,10)//" = True"
    else
      write(lout,"(a)") "INPUT> DEBUG "//blockName//":"//lineNm//" "//chr_rpad(varName,10)//" = False"
    end if
  
  end subroutine sixin_echoVal_logical
  
negative.code:   else
      write(lineNm,"(i2)") lineNo
    end if
    write(lout,"(a)") "INPUT> DEBUG "//blockName//":"//lineNm//" "//chr_rpad(varName,16)//" = '"//varVal//"'"
  
  end subroutine sixin_echoVal_char
  
  