/* ProvidePositionReport_Pkg::Build_Packet1 */
void Build_Packet1_ProvidePositionReport_Pkg(
/* ProvidePositionReport_Pkg::Build_Packet1::packet0 */ Position_Report_TrainToTrack *packet0,
/* ProvidePositionReport_Pkg::Build_Packet1::prvDirTrain */ Q_DIRTRAIN prvDirTrain,
/* ProvidePositionReport_Pkg::Build_Packet1::trainPos */ trainPosition_T_TrainPosition_Types_Pck *trainPos,
/* ProvidePositionReport_Pkg::Build_Packet1::packet1 */ PT1_PositionReport_2BG_T_Packet_TrainTypes_Pkg *packet1)
{
/* ProvidePositionReport_Pkg::Build_Packet1 */
static Q_DLRBG tmp1;
/* ProvidePositionReport_Pkg::Build_Packet1 */
static Q_DIRTRAIN tmp;
/* ProvidePositionReport_Pkg::Build_Packet1::IfBlock1::else */
static kcg_bool _2_else_clock_IfBlock1;
/* ProvidePositionReport_Pkg::Build_Packet1::IfBlock1::else::else */
static kcg_bool else_clock_IfBlock1;
/* ProvidePositionReport_Pkg::Build_Packet1::IfBlock1 */
static kcg_bool IfBlock1_clock;
/* ProvidePositionReport_Pkg::Build_Packet1::cond_3_4_2_3_3_4 */
static kcg_bool cond_3_4_2_3_3_4;
/* ProvidePositionReport_Pkg::Build_Packet1::cond_3_4_2_3_3_3 */
static kcg_bool cond_3_4_2_3_3_3;
/* ProvidePositionReport_Pkg::Build_Packet1::cond_3_4_2_3_3_2 */
static kcg_bool cond_3_4_2_3_3_2;
(*packet1).valid = kcg_true;
(*packet1).packet1.NID_PACKET = (*packet0).NID_PACKET;
(*packet1).packet1.L_PACKET = (*packet0).L_PACKET;
(*packet1).packet1.qscale = (*packet0).qscale;
(*packet1).packet1.NID_LRBG = (*packet0).NID_LRBG;
(*packet1).packet1.D_LRBG = (*packet0).D_LRBG;
(*packet1).packet1.L_DOUBTOVER = (*packet0).L_DOUBTOVER;
(*packet1).packet1.L_DOUBTUNDER = (*packet0).L_DOUBTUNDER;
(*packet1).packet1.length = (*packet0).length;
(*packet1).packet1.L_TRAININT = (*packet0).L_TRAININT;
(*packet1).packet1.V_TRAIN = (*packet0).V_TRAIN;
(*packet1).packet1.mode = (*packet0).mode;
(*packet1).packet1.level = (*packet0).level;
(*packet1).packet1.NID_NTC = (*packet0).NID_NTC;
/* 1 */
op_cond_3_4_2_3_3_ProvidePositionReport_Pkg(
packet0,
trainPos,
prvDirTrain,
&(*packet1).packet1.NID_PRVLRBG,
&cond_3_4_2_3_3_2,
&cond_3_4_2_3_3_3,
&cond_3_4_2_3_3_4);
IfBlock1_clock = cond_3_4_2_3_3_2 & ((*trainPos).trainOrientationToLRBG ==
Q_DIRLRBG_Reverse);
/* ck_IfBlock1 */ if (IfBlock1_clock) {
(*packet1).packet1.dirlrbg = Q_DIRLRBG_Reverse;
tmp1 = Q_DLRBG_Reverse;
tmp = Q_DIRTRAIN_Reverse;
}
else {
_2_else_clock_IfBlock1 = cond_3_4_2_3_3_2 &
((*trainPos).trainOrientationToLRBG == Q_DIRLRBG_Nominal);
/* ck_anon_activ */ if (_2_else_clock_IfBlock1) {
(*packet1).packet1.dirlrbg = Q_DIRLRBG_Nominal;
tmp1 = Q_DLRBG_Nominal;
tmp = Q_DIRTRAIN_Nominal;
}
else {
else_clock_IfBlock1 = (cond_3_4_2_3_3_2 &
((*trainPos).trainOrientationToLRBG == Q_DIRLRBG_Unknown)) |
cond_3_4_2_3_3_3 | cond_3_4_2_3_3_4;
/* ck_anon_activ */ if (else_clock_IfBlock1) {
(*packet1).packet1.dirlrbg = Q_DIRLRBG_Unknown;
tmp1 = Q_DLRBG_Unknown;
tmp = Q_DIRTRAIN_Unknown;
}
else {
(*packet1).packet1.dirlrbg = Q_DIRLRBG_Unknown;
tmp1 = Q_DLRBG_Unknown;
tmp = Q_DIRTRAIN_Unknown;
}
}
}
(*packet1).packet1.dlrbg = tmp1;
(*packet1).packet1.dirtrain = tmp;
}
/* ProvidePositionReport_Pkg::AggregatePacket_1 */
void AggregatePacket_1_ProvidePositionReport_Pkg(
/* ProvidePositionReport_Pkg::AggregatePacket_1::modeLevelStatus */ ModeAndLevelStatus_T_BG_Types_Pkg *modeLevelStatus,
/* ProvidePositionReport_Pkg::AggregatePacket_1::posBGs */ positionedBGs_T_TrainPosition_Types_Pck *posBGs,
/* ProvidePositionReport_Pkg::AggregatePacket_1::trainPos */ trainPosition_T_TrainPosition_Types_Pck *trainPos,
/* ProvidePositionReport_Pkg::AggregatePacket_1::train2trackStatus */ TrainToTrackStatus_T_BG_Types_Pkg *train2trackStatus,
/* ProvidePositionReport_Pkg::AggregatePacket_1::TrainRearEndPos4 */ L_TRAININT TrainRearEndPos4,
/* ProvidePositionReport_Pkg::AggregatePacket_1::directionLRBG */ BG_Orientation_T_ProvidePositionReport_Pkg directionLRBG,
/* ProvidePositionReport_Pkg::AggregatePacket_1::prvDirTrain */ Q_DIRTRAIN prvDirTrain,
/* ProvidePositionReport_Pkg::AggregatePacket_1::odometry */ odometry_T_Obu_BasicTypes_Pkg *odometry,
/* ProvidePositionReport_Pkg::AggregatePacket_1::sendNoReport */ kcg_bool *sendNoReport,
/* ProvidePositionReport_Pkg::AggregatePacket_1::packet1 */ PT1_PositionReport_2BG_T_Packet_TrainTypes_Pkg *packet1)
{
Q_DLRBG tmp1;
Q_DIRTRAIN tmp;
/* ProvidePositionReport_Pkg::AggregatePacket_1::IfBlock1::else */ kcg_bool _2_else_clock_IfBlock1;
/* ProvidePositionReport_Pkg::AggregatePacket_1::IfBlock1::else::else */ kcg_bool else_clock_IfBlock1;
/* ProvidePositionReport_Pkg::AggregatePacket_1::IfBlock1 */ kcg_bool IfBlock1_clock;
/* ProvidePositionReport_Pkg::AggregatePacket_1::cond_3_4_2_3_3_2 */ kcg_bool cond_3_4_2_3_3_2;
/* ProvidePositionReport_Pkg::AggregatePacket_1::cond_3_4_2_3_3_3 */ kcg_bool cond_3_4_2_3_3_3;
/* ProvidePositionReport_Pkg::AggregatePacket_1::cond_3_4_2_3_3_4 */ kcg_bool cond_3_4_2_3_3_4;
/* ProvidePositionReport_Pkg::AggregatePacket_1::_L5 */ Position_Report_TrainToTrack _L5;
/* ProvidePositionReport_Pkg::AggregatePacket_1::_L171 */ kcg_int _L171;
/* 1 */
op_prepack_0_ProvidePositionReport_Pkg(
TrainRearEndPos4,
trainPos,
train2trackStatus,
posBGs,
odometry,
modeLevelStatus,
&else_clock_IfBlock1,
&_L5);
/* op_cond_3_4_2_3_3 */
op_cond_3_4_2_3_3_ProvidePositionReport_Pkg(
&_L5,
trainPos,
prvDirTrain,
&_L171,
&cond_3_4_2_3_3_2,
&cond_3_4_2_3_3_3,
&cond_3_4_2_3_3_4);
IfBlock1_clock = cond_3_4_2_3_3_2 & (directionLRBG == Q_DIRLRBG_Reverse);
_2_else_clock_IfBlock1 = !else_clock_IfBlock1;
(*packet1).valid = _2_else_clock_IfBlock1;
(*packet1).packet1.NID_PACKET = _L5.NID_PACKET;
(*packet1).packet1.L_PACKET = _L5.L_PACKET;
(*packet1).packet1.qscale = _L5.qscale;
(*packet1).packet1.NID_LRBG = _L5.NID_LRBG;
(*packet1).packet1.NID_PRVLRBG = _L171;
(*packet1).packet1.D_LRBG = _L5.D_LRBG;
(*packet1).packet1.L_DOUBTOVER = _L5.L_DOUBTOVER;
(*packet1).packet1.L_DOUBTUNDER = _L5.L_DOUBTUNDER;
(*packet1).packet1.length = _L5.length;
(*packet1).packet1.L_TRAININT = _L5.L_TRAININT;
(*packet1).packet1.V_TRAIN = _L5.V_TRAIN;
(*packet1).packet1.mode = _L5.mode;
(*packet1).packet1.level = _L5.level;
(*packet1).packet1.NID_NTC = _L5.NID_NTC;
*sendNoReport = _2_else_clock_IfBlock1 & !cond_3_4_2_3_3_2;
if (IfBlock1_clock) {
(*packet1).packet1.dirlrbg = Q_DIRLRBG_Reverse;
tmp1 = Q_DLRBG_Reverse;
tmp = Q_DIRTRAIN_Reverse;
}
else {
_2_else_clock_IfBlock1 = cond_3_4_2_3_3_2 & (directionLRBG ==
Q_DIRLRBG_Nominal);
if (_2_else_clock_IfBlock1) {
(*packet1).packet1.dirlrbg = Q_DIRLRBG_Nominal;
tmp1 = Q_DLRBG_Nominal;
tmp = Q_DIRTRAIN_Nominal;
}
else {
else_clock_IfBlock1 = (cond_3_4_2_3_3_2 & (directionLRBG ==
Q_DIRLRBG_Unknown)) | cond_3_4_2_3_3_3 | cond_3_4_2_3_3_4;
if (else_clock_IfBlock1) {
(*packet1).packet1.dirlrbg = Q_DIRLRBG_Unknown;
tmp1 = Q_DLRBG_Unknown;
tmp = Q_DIRTRAIN_Unknown;
}
else {
(*packet1).packet1.dirlrbg = Q_DIRLRBG_Unknown;
tmp1 = Q_DLRBG_Unknown;
tmp = Q_DIRTRAIN_Unknown;
}
}
}
(*packet1).packet1.dlrbg = tmp1;
(*packet1).packet1.dirtrain = tmp;
}
