void CAITrigger::Analyze_( char * data )
{
CAIEquation * tmp;
CAIOperator * ope;
tmp = 0;
// �@ 数字、文字ジャッジ
if( strcmp( data, "test" ) == 0 ){
tmp = new CTRITest();
}
else if(
( data[0] == '0' )
|| ( atoi( data ) )
){
tmp = new CTRIValue( atoi(data) );
}
// 数字、文字がヒットしたら、配列に追加＆辺（左辺/右辺）にセット
if( tmp != 0 ){
if( m_Value1 == 0 ){
m_Value1 = tmp ;
}
else{
m_Value2 = tmp ;
}
AddEquation( tmp );
}
// 両辺がそろったら演算式にセット
if( m_Value2 != 0 )
{
m_Operation->SetEquation( m_Value1, m_Value2 );
m_LastOperation = m_Operation;
//次の左辺は、今回の演算式になる
m_Value1 = m_Operation;
m_Value2 = 0;
m_Operation = 0;
}
// �A 演算式ジャッジ
ope = 0;
if( strcmp( data, "=") == 0 ){
ope = new CTRIEqual();
}
// 演算式ヒットしたら、配列ににセット
if( ope != 0 ){
AddEquation( ope );
m_Operation = ope ;
}
}
void L2SysSurResol::V_GSSR_AddNewEquation(REAL aPds,REAL * aCoeff,REAL aB)
{
AddEquation(aPds,aCoeff,aB);
}
int CAITrigger::Indent( int start, CAIEquation ** term )
{
char * data;
CAIEquation * tmp;
CAIOperator * ope;
tmp = 0;
CAIEquation * value1 = 0;
CAIEquation * value2 = 0;
CAIOperator * operation = 0;
CAIOperator * lastOperation = 0;
while( start < m_Size ){
data = m_Data[start];
ope = 0;
tmp = 0;
start ++;
// �A 演算式ジャッジ
if( strcmp( data, "=") == 0 ){
ope = new CTRIEqual();
}
else if( strcmp( data, "<" ) == 0){
ope = new CTRIOver();
}
else if( strcmp( data, ">" ) == 0){
ope = new CTRIUnder();
}
// 演算式ヒットしたら、配列ににセット
if( ope != 0 ){
AddEquation( ope );
operation = ope ;
*term = ope;
}
// �@ 入れ子（インデント）判定
if( strcmp( data, "(" ) == 0 ){
start = Indent( start, &tmp );
if( ( operation == 0 ) && ( value1 != 0 ) ){
ope = new CTRIAnd();
operation = ope ;
AddEquation( ope );
*term = ope;
}
// &&挿入
}
else if( strcmp( data, ")" ) == 0 ){
return start;
}
// �A 数字、文字ジャッジ
else if( MakeEquation( data, &tmp ) ){
}
else if(
( data[0] == '0' )
|| ( atoi( data ) )
){
tmp = new CTRIValue( atoi(data) );
}
// 数字、文字がヒットしたら、配列に追加＆辺（左辺/右辺）にセット
if( tmp != 0 ){
if( value1 == 0 ){
value1 = tmp ;
}
else if( ( value2 == 0 ) && ( operation == 0 )){
return start-1;
}
else{
value2 = tmp ;
}
AddEquation( tmp );
}
// 両辺がそろったら演算式にセット
if( value2 != 0 )
{
operation->SetEquation( value1, value2 );
// AddEquation( ope );
// *term = ope;
m_LastOperation = operation;
//次の左辺は、今回の演算式になる
value1 = operation;
value2 = 0;
operation = 0;
}
}
return start;
}
