public PrepareEventGraphReactionTime(double time, int sessionID, int personID, string table, string type)
{
Sqlite.Open();
//obtain data
rtsAtSQL = SqliteReactionTime.SelectReactionTimes(true, sessionID, personID, type,
Sqlite.Orders_by.ID_DESC, 10); //select only last 10
personMAXAtSQL = SqliteSession.SelectMAXEventsOfAType(
true, sessionID, personID, table, type, "time");
sessionMAXAtSQL = SqliteSession.SelectMAXEventsOfAType(
true, sessionID, -1, table, type, "time");
personMINAtSQL = SqliteSession.SelectMINEventsOfAType(
true, sessionID, personID, table, type, "time");
sessionMINAtSQL = SqliteSession.SelectMINEventsOfAType(
true, sessionID, -1, table, type, "time");
personAVGAtSQL = SqliteSession.SelectAVGEventsOfAType(
true, sessionID, personID, table, type, "time");
sessionAVGAtSQL = SqliteSession.SelectAVGEventsOfAType(
true, sessionID, -1, table, type, "time");
Sqlite.Close();
this.time = time;
}
public PrepareEventGraphRunSimple(double time, double speed, int sessionID, int personID, string table, string type)
{
Sqlite.Open();
//obtain data
runsAtSQL = SqliteRun.SelectRuns(true, sessionID, personID, type,
Sqlite.Orders_by.ID_DESC, 10); //select only last 10
string sqlSelect = "distance/time";
personMAXAtSQLAllSessions = SqliteSession.SelectMAXEventsOfAType(true, -1, personID, table, type, sqlSelect);
personMAXAtSQL = SqliteSession.SelectMAXEventsOfAType(true, sessionID, personID, table, type, sqlSelect);
sessionMAXAtSQL = SqliteSession.SelectMAXEventsOfAType(true, sessionID, -1, table, type, sqlSelect);
//distancePersonAVGAtSQL = SqliteSession.SelectAVGEventsOfAType(true, sessionID, personID, table, type, "distance");
//distanceSessionAVGAtSQL = SqliteSession.SelectAVGEventsOfAType(true, sessionID, -1, table, type, "distance");
//better to know speed like:
//SELECT AVG(distance/time) from run; than
//SELECT AVG(distance) / SELECT AVG(time)
//first is ok, because is the speed AVG
//2nd is not good because it tries to do an AVG of all distances and times
personAVGAtSQL = SqliteSession.SelectAVGEventsOfAType(true, sessionID, personID, table, type, sqlSelect);
sessionAVGAtSQL = SqliteSession.SelectAVGEventsOfAType(true, sessionID, -1, table, type, sqlSelect);
this.time = time;
this.speed = speed;
Sqlite.Close();
}
public PrepareEventGraphJumpSimple(double tv, double tc, int sessionID, int personID, string table, string type)
{
Sqlite.Open();
//select data from SQL to update graph
jumpsAtSQL = SqliteJump.SelectJumps(true, sessionID, personID, "", type,
Sqlite.Orders_by.ID_DESC, 10); //select only last 10
string sqlSelect = "";
if (tv > 0)
{
if (tc <= 0)
{
sqlSelect = "100*4.9*(TV/2)*(TV/2)";
}
else
{
sqlSelect = "TV"; //if tc is higher than tv it will be fixed on PrepareJumpSimpleGraph
}
}
else
{
sqlSelect = "TC";
}
personMAXAtSQLAllSessions = SqliteSession.SelectMAXEventsOfAType(true, -1, personID, table, type, sqlSelect);
personMAXAtSQL = SqliteSession.SelectMAXEventsOfAType(true, sessionID, personID, table, type, sqlSelect);
sessionMAXAtSQL = SqliteSession.SelectMAXEventsOfAType(true, sessionID, -1, table, type, sqlSelect);
personAVGAtSQL = SqliteSession.SelectAVGEventsOfAType(true, sessionID, personID, table, type, sqlSelect);
sessionAVGAtSQL = SqliteSession.SelectAVGEventsOfAType(true, sessionID, -1, table, type, sqlSelect);
//end of select data from SQL to update graph
this.tv = tv;
this.tc = tc;
Sqlite.Close();
}
