public void initializeUserInterface()
{
// 0. Chemical Template
chemicalTemplateDict = new Dictionary<string, ChemicalTemplate> ();
chemicalTemplateDict = LocalStorage.getLocalStorageManager ().loadChemicalTemplate();
Section chemicalTemplateS = new Section ("Chemical Template");
chemicalTemplate = new RadioGroup (0);
Section stSection = new Section ();
foreach(var templateName in chemicalTemplateDict){
var t = new myRadioElement(templateName.Value.templateName);
t.OnSelected += delegate(object sender, EventArgs e) {
InvokeOnMainThread(()=>{
loadValueFromTemplate(t.Caption);
});
};
stSection .Add(t);
}
RootElement stRoot = new RootElement ("Chemical Template", chemicalTemplate) { };
stRoot.Add(stSection);
chemicalTemplateS.Add (stRoot);
// 1. Chemical Date
Section chemicalDateS = new Section ("Chemical Date");
chemicalDate = new DateElement ("", DateTime.Now);
chemicalDateS.Add (this.chemicalDate);
// 2. Implemented Used
Section implementedUsedS = new Section ("Implemented Used");
tools = new EntryElement (" ","Tools","");
tools.ShouldReturn += delegate {
tools.ResignFirstResponder(true);
return true;
};
tools.ReturnKeyType = UIReturnKeyType.Done;
implementedUsedS.Add (tools);
// 3. Seed Type
Section chemicalTypeS = new Section ("Chemical Types");
chemicalTypes = new EntryElement (" ", "Chemical Types", "");
chemicalTypes.ShouldReturn += delegate {
chemicalTypes.ResignFirstResponder(true);
return true;
};
chemicalTypes.ReturnKeyType = UIReturnKeyType.Done;
chemicalTypeS.Add (chemicalTypes);
// 4. chemical Rate
Section chemicalRateS = new Section ("Chemical Rate (L/ac)");
chemicalRate = new EntryElement (" ", "Chemical Rates", "");
chemicalRate.ShouldReturn += delegate {
chemicalRate.ResignFirstResponder(true);
return true;
};
chemicalRate.ReturnKeyType = UIReturnKeyType.Done;
chemicalRateS.Add (chemicalRate);
// 5. Note
Section noteS = new Section ("Notes");
note = new SimpleMultilineEntryElement ("", " ") { Editable = true };
noteS.Add (note);
Root.Add (chemicalTemplateS);
Root.Add (chemicalDateS);
Root.Add (implementedUsedS);
Root.Add (chemicalTypeS);
Root.Add (chemicalRateS);
Root.Add (noteS);
}
public void initializeUserInterface()
{
// 0. Seed Templates
seedTemplateDict = new Dictionary<string, SeedTemplate> ();
seedTemplateDict = LocalStorage.getLocalStorageManager ().loadSeedTemplate ();
Section seedTemplateS = new Section ("Seed Template");
seedTemplate = new RadioGroup (0);
Section stSection = new Section ();
foreach(var templateName in seedTemplateDict){
var t = new myRadioElement(templateName.Value.templateName);
t.OnSelected += delegate(object sender, EventArgs e) {
InvokeOnMainThread(()=>{
loadValueFromTemplate(t.Caption);
});
};
stSection .Add(t);
}
RootElement stRoot = new RootElement ("Seed Template", seedTemplate) { };
stRoot.Add(stSection);
seedTemplateS.Add (stRoot);
// 1. Seed Date
Section seedDateS = new Section ("Seed Date");
this.seedDate = new DateElement ("", DateTime.Now);
seedDateS.Add (this.seedDate);
// 2. Seed Type
Section seedTypeS = new Section ("Seed Types");
seedTypes = new EntryElement (" ", "Seed Types", "");
seedTypes.ShouldReturn += delegate {
seedTypes.ResignFirstResponder(true);
return true;
};
seedTypes.ReturnKeyType = UIReturnKeyType.Done;
seedTypeS.Add (seedTypes);
// 3. Seeding Depth
Section seedDepthS = new Section ("Seeding Depth (in)");
// seedDepth = new FloatElementEx (0, lockable: false) {
// ShowCaption = true,
// UseCaptionForValueDisplay = true,
// MaxValue = 2,
// };
seedDepth = new EntryElement(" ","Seed Depth", "");
seedDepth.ShouldReturn += delegate {
seedDepth.ResignFirstResponder(true);
return true;
};
seedDepth.ReturnKeyType = UIReturnKeyType.Done;
seedDepthS.Add(seedDepth);
// 4. Implemented Used
Section implementedUsedS = new Section ("Implemented Used");
tools = new EntryElement (" ","Tools","");
tools.ShouldReturn += delegate {
tools.ResignFirstResponder(true);
return true;
};
tools.ReturnKeyType = UIReturnKeyType.Done;
implementedUsedS.Add (tools);
// 5. Variety Name
Section varietyNameS = new Section ("Variety Name");
varietyName = new EntryElement (" ","Enter Variety Name","");
varietyName.ReturnKeyType = UIReturnKeyType.Done;
varietyName.ShouldReturn += delegate {
varietyName.ResignFirstResponder(true);
return true;
};
varietyNameS.Add (varietyName);
// 6. Seed Rate
Section seedRateS = new Section ("Seed Rate (lb/ac)");
seedRate = new FloatElementEx (0, lockable: false) {
ShowCaption = true,
UseCaptionForValueDisplay = true,
MaxValue = 300,
};
seedRateS.Add(seedRate);
// 7. Seed Treatment
Section seedTreatmentS = new Section ("Seed Treatment");
seedTreatment = new EntryElement (" ","Enter Seed Treatment","");
seedTreatment.ReturnKeyType = UIReturnKeyType.Done;
seedTreatmentS.Add (seedTreatment);
// 8. NH3
Section NH3S = new Section ("NH3 (lb/ac)");
NH3 = new FloatElementEx (0, lockable: false) {
ShowCaption = true,
UseCaptionForValueDisplay = true,
MaxValue = 120,
};
NH3S.Add (NH3);
// 9. 11-52-20
Section _11S = new Section ("11-52-20 (lb/ac)");
_11 = new FloatElementEx (0, lockable: false) {
ShowCaption = true,
UseCaptionForValueDisplay = true,
MaxValue = 100,
};
_11S.Add(_11);
// 10. Note
Section noteS = new Section ("Notes");
note = new SimpleMultilineEntryElement ("", " ") { Editable = true };
noteS.Add (note);
Root.Add (seedTemplateS);
Root.Add (seedDateS);
Root.Add (seedTypeS);
Root.Add (implementedUsedS);
Root.Add (seedDepthS);
Root.Add (varietyNameS);
Root.Add (seedRateS);
Root.Add (seedTreatmentS);
Root.Add (NH3S);
Root.Add (_11S);
Root.Add (noteS);
}
