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Enable 3d chart translations

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This commit is contained in:
Alejandro Martinez
2012-12-08 20:26:44 -03:00
parent ebaaee7236
commit acad69ef58
13 changed files with 1861 additions and 131 deletions
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73
src/ModelPlot.cpp
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@@ -145,6 +145,7 @@ class ModelDataColor : public Color
class ModelDataProvider : public Function
{
Q_DECLARE_TR_FUNCTIONS(ModelDataProvider)
public:
@@ -251,61 +252,61 @@ ModelDataProvider::describeType(int type, bool longer)
if (longer == true) {
switch(type) {
case MODEL_POWER : return ("Power (watts)");
case MODEL_CADENCE : return ("Cadence (rpm)");
case MODEL_HEARTRATE : return ("Heartrate (bpm)");
case MODEL_POWER : return tr("Power (watts)");
case MODEL_CADENCE : return tr("Cadence (rpm)");
case MODEL_HEARTRATE : return tr("Heartrate (bpm)");
case MODEL_SPEED :
if (useMetricUnits == true){
return ("Speed (kph)");
return tr("Speed (kph)");
}else {
return ("Speed (mph)");
return tr("Speed (mph)");
}
case MODEL_ALT :
if (useMetricUnits == true){
return ("Altitude (meters)");
return tr("Altitude (meters)");
}else {
return ("Altitude (feet)");
return tr("Altitude (feet)");
}
case MODEL_TORQUE : return ("Torque (N)");
case MODEL_TIME : return ("Elapsed Time (secs)");
case MODEL_TORQUE : return tr("Torque (N)");
case MODEL_TIME : return tr("Elapsed Time (secs)");
case MODEL_DISTANCE :
if (useMetricUnits == true){
return ("Elapsed Distance (km)");
return tr("Elapsed Distance (km)");
}else {
return ("Elapsed Distance (mi)");
return tr("Elapsed Distance (mi)");
}
case MODEL_INTERVAL : return ("Interval Number"); // XXX implemented differently
case MODEL_LAT : return ("Latitude (degree x 1000)");
case MODEL_LONG : return ("Longitude (degree x 1000)");
case MODEL_CPV : return ("Circumferential Pedal Velocity (cm/s)");
case MODEL_AEPF : return ("Average Effective Pedal Force (N)");
case MODEL_INTERVAL : return tr("Interval Number"); // XXX implemented differently
case MODEL_LAT : return tr("Latitude (degree x 1000)");
case MODEL_LONG : return tr("Longitude (degree x 1000)");
case MODEL_CPV : return tr("Circumferential Pedal Velocity (cm/s)");
case MODEL_AEPF : return tr("Average Effective Pedal Force (N)");
// these you need to do yourself cause there is some
// logic needed and I'm just lookup table!
case MODEL_XYTIME : return ("Time at X/Y (%)");
case MODEL_POWERZONE : return ("Power Zone");
case MODEL_XYTIME : return tr("Time at X/Y (%)");
case MODEL_POWERZONE : return tr("Power Zone");
}
return ("Unknown");; // ? unknown channel ?
return tr("Unknown");; // ? unknown channel ?
} else {
switch(type) {
case MODEL_POWER : return ("Power");
case MODEL_CADENCE : return ("Cadence");
case MODEL_HEARTRATE : return ("Heartrate");
case MODEL_SPEED : return ("Speed"); //XXX metric / imperial!
case MODEL_ALT : return ("Altitude"); // XXX metric / imperial
case MODEL_TORQUE : return ("Pedal Force");
case MODEL_TIME : return ("Time");
case MODEL_DISTANCE : return ("Distance");//XXX metric/imperial
case MODEL_INTERVAL : return ("Interval"); // XXX implemented differently
case MODEL_LAT : return ("Latitude");
case MODEL_LONG : return ("Longitude");
case MODEL_XYTIME : return ("Time at X/Y");
case MODEL_POWERZONE : return ("Zone");
case MODEL_CPV : return ("CPV");
case MODEL_AEPF : return ("AEPF");
case MODEL_POWER : return tr("Power");
case MODEL_CADENCE : return tr("Cadence");
case MODEL_HEARTRATE : return tr("Heartrate");
case MODEL_SPEED : return tr("Speed"); //XXX metric / imperial!
case MODEL_ALT : return tr("Altitude"); // XXX metric / imperial
case MODEL_TORQUE : return tr("Pedal Force");
case MODEL_TIME : return tr("Time");
case MODEL_DISTANCE : return tr("Distance");//XXX metric/imperial
case MODEL_INTERVAL : return tr("Interval"); // XXX implemented differently
case MODEL_LAT : return tr("Latitude");
case MODEL_LONG : return tr("Longitude");
case MODEL_XYTIME : return tr("Time at X/Y");
case MODEL_POWERZONE : return tr("Zone");
case MODEL_CPV : return tr("CPV");
case MODEL_AEPF : return tr("AEPF");
}
return ("None");; // ? unknown channel ?
return tr("None");; // ? unknown channel ?
}
}
@@ -474,7 +475,7 @@ ModelDataProvider::ModelDataProvider (BasicModelPlot &plot, ModelSettings *setti
if (mz.count() == 0) {
// create a null plot -- bin too large!
plot.setTitle("No data or bin size too large");
plot.setTitle(tr("No data or bin size too large"));
// initialise a null plot
setDomain(0,0,0,0);
setMinZ(0);