Rollo62

Hi there, I’d like to ask if anyone here has experience working with A11y (accessibility): https://www.bmas.de/DE/Service/Gesetze-und-Gesetzesvorhaben/barrierefreiheitsstaerkungsgesetz.html https://commission.europa.eu/strategy-and-policy/policies/justice-and-fundamental-rights/disability/union-equality-strategy-rights-persons-disabilities-2021-2030/european-accessibility-act_en This also concerns PDF files, such as data sheets, catalogs, EU declarations of conformity, and so on. PDFs are not accessible by default; there is PDF/UA for that, and PAC is a good testing tool. https://pac.pdf-accessibility.org I’m specifically facing the issue that I generate pages in HTML and then convert them to PDF. However, the PDF/UA-relevant entries are often lost during this conversion. Has anyone experienced similar problems with HTML-to-PDF conversion? Maybe there are good tips and/or tools for this process? Yes, I could generate PDFs directly with Delphi, but that would require a complete overhaul in so many places that I’m hoping it can also work with HTML. I’ve also cross-posted this in the DE-DelphiPraxis. https://www.delphipraxis.net/217301-bfsr-barrierefreiheitsges-eu-accessibility-act-eaa-pdf-ua-aus-html-generieren.html#post1549264

Yes, it seems to be about the usage of the Places UI Kit. https://developers.google.com/maps/documentation/javascript/places-ui-kit/overview?hl=de and the GMP GoogleMarketingPlatform https://marketingplatform.google.com/about/platforms/gmp/ads_advertising/emea/ It seems to be related to GoogleMaps like this If an app make no use of any of these, I would assume that there is no further impact and no action required.

I've received this info from Google, It seems EU and Germany again had punished Google massively, so that they were forced to decide such quick changes. I'm unsure if those changes will affect running apps anyhow, which were not using the Places or other data points. What I do use, is the simple Maps view w/ and w/o with markers, and some GeoReverse coding to receive real street names from the Lat/Lon values. As far as I have checked until now, this would not do any harm to my existing simple apps, that uses maps as side-feature. Maybe you have any deeper insights or experiences, please let me know. Here is the info I received from Google: English Deutsch Here's a quick overview of what's changing on 8 July 2025: Hier ist ein kurzer Überblick über die Änderungen zum 8. Juli 2025: Waiver of Three ToS Provisions: The following three provisions will be waived and, therefore, will no longer apply to your use of GMP Services: Verzicht auf drei AGB-Bestimmungen: Die folgenden drei Bestimmungen werden aufgehoben und gelten daher nicht mehr für Ihre Nutzung der GMP-Dienste: 3.2.3(d) No Re-Creating Google Products or Features 3.2.3(d) Keine Nachbildung von Google-Produkten oder -Funktionen 3.2.3(e) No Use With Non-Google Maps 3.2.3(e) Keine Nutzung mit Nicht-Google-Karten 3.2.3(h) No Use in Embedded Vehicle Systems 3.2.3(h) Keine Nutzung in eingebetteten Fahrzeugsystemen We'll also waive any similar clauses in other terms applicable to your use of GMP Services. Details regarding how this affects your current project integrations linked to an EEA billing account are outlined below. Wir verzichten außerdem auf ähnliche Klauseln in anderen Bedingungen, die für Ihre Nutzung der GMP-Dienste gelten. Einzelheiten dazu, wie sich dies auf Ihre aktuellen Projektintegrationen mit einem EWR-Abrechnungskonto auswirkt, finden Sie unten. Product Updates and Modifications: Due to the removal of these three industry-standard provisions and due to our standards for Google Maps Content, we will need to make adjustments to some of the GMP Services for new integrations within your Customer Applications. For example: Produktaktualisierungen und Änderungen: Aufgrund der Aufhebung dieser drei branchenüblichen Bestimmungen und unserer Standards für Google Maps-Inhalte müssen wir einige GMP-Dienste für neue Integrationen in Ihren Kundenanwendungen anpassen. Zum Beispiel: If you want to show Places-related content with a map, you should now use the new Places UI Kit, which works with any map (including third-party maps). The Google Maps Content from the Places API (new and legacy) may no longer be displayed with any map, including a Google Map. Wenn Sie standortbezogene Inhalte zusammen mit einer Karte anzeigen möchten, sollten Sie jetzt das neue Places UI Kit verwenden, das mit jeder Karte funktioniert (einschließlich Karten von Drittanbietern). Die Google Maps-Inhalte aus der Places API (neu und alt) dürfen nicht mehr mit einer beliebigen Karte, einschließlich Google Maps, angezeigt werden. EEA customers may now, where suitable, use GMP Services in embedded vehicle systems. They may also use GMP Services, where suitable, for real-time navigation with a third-party map, as long as that real-time navigation usage complies with Google’s safety requirements. EWR-Kunden können GMP-Dienste nun gegebenenfalls in eingebetteten Fahrzeugsystemen nutzen. Sie können GMP-Dienste auch für die Echtzeitnavigation mit einer Drittanbieter-Karte verwenden, sofern diese Nutzung den Sicherheitsanforderungen von Google entspricht. We're introducing an EEA-specific GMP ToS, including EEA Service Specific Terms that will govern your new GMP integrations. Wir führen spezifische GMP-AGB für den EWR ein, einschließlich EWR-spezifischer Servicebedingungen, die Ihre neuen GMP-Integrationen regeln. How this affects your current integrations: Auswirkungen auf Ihre aktuellen Integrationen: To help you with these changes, you may continue using GMP Services in your Customer Application for your current project’s GMP integrations, with the three ToS provisions waived, as long as your project’s GMP integration is not materially modified on or after 8 July 2025. Um Sie bei diesen Änderungen zu unterstützen, können Sie GMP-Dienste in Ihrer Kundenanwendung für die aktuellen GMP-Integrationen Ihres Projekts weiterhin nutzen, wobei die drei AGB-Bestimmungen aufgehoben sind, solange Ihre GMP-Integration nicht am oder nach dem 8. Juli 2025 wesentlich geändert wird. If you materially modify your project’s GMP integration on or after 8 July 2025, you will then need to accept the (new) EEA version of the GMP ToS to continue using GMP Services for the modified project. Wenn Sie Ihre GMP-Integration am oder nach dem 8. Juli 2025 wesentlich ändern, müssen Sie die (neuen) EWR-AGB für GMP akzeptieren, um GMP-Dienste weiterhin für das geänderte Projekt nutzen zu können. Additional information: Weitere Informationen: You’re receiving this notice because you have a project(s) linked to a billing account with an EEA address governed by our online ToS. Sie erhalten diese Mitteilung, weil Sie ein Projekt haben, das mit einem Abrechnungskonto mit einer EWR-Adresse verknüpft ist und unseren Online-AGB unterliegt. For more information about these product and terms changes, including how they affect you, please refer to our FAQ. More details regarding Places UI Kit can be found in our documentation. Weitere Informationen zu diesen Produkt- und AGB-Änderungen, einschließlich deren Auswirkungen auf Sie, finden Sie in unseren FAQ. Weitere Details zum Places UI Kit finden Sie in unserer Dokumentation. No action is needed for projects linked to billing accounts with an address outside of the EEA. Für Projekte, die mit Abrechnungskonten außerhalb des EWR verknüpft sind, ist keine Aktion erforderlich.

I haven't looked into this, but perhaps its related to the Azure stuff and a later extension: https://code-kungfu.com/getting-started-with-azure-function-apps-in-delphi.html https://github.com/code-kungfu/Delphi-AzureFunctionApps https://learn.microsoft.com/en-us/azure/azure-functions/create-first-function-vs-code-other?tabs=go%2Cwindows#create-an-azure-functions-project

Yes, the whole regulation is a maximal stupid and over-complicated implementation, different in every EU country. Thousands of EU officials had a very hard time over many years, to make it as incompatible as possible to the real world, better fitting to their own parallel world. I assume that in practice still many EU companies will print it out on paper and re-scan it to PDF and staple the paper sheet into the folder

Germany has B2B only too.

Perhaps this German project is interesting for you, which is based on the same basics EN 16931 and could be used maybe with small changes. https://github.com/LandrixSoftware/XRechnung-for-Delphi

Does it come with soucecode, or not? Because that would be a no-go for me, if its not.

https://docwiki.embarcadero.com/Libraries/Sydney/de/System.Messaging.TMessageManager.SendMessage https://docwiki.embarcadero.com/Libraries/Sydney/de/System.Messaging.TMessageManager.SubscribeToMessage https://docwiki.embarcadero.com/CodeExamples/Sydney/en/System.Messaging_(Delphi)

Nice component. Unfortunately it doesn't say anything on the homepage, if it comes with sourcecode, its system requirements or something about its origin. Can you maybe clarify this here, also if you plan to extend this component for iOS, Macos, Windows, .... one day ?

You could also switch to a MacMini or MacStudio, to save money in general. I will move away from MacBook in the future ( when Apple decides to make updates impossible ), to such lower-cost items (already tested on MacMini M2 16GB as remote build maching, but I would recommend more GB for using VMs). Concerning that the MacBook keyboard is unsuitable for heavy use, so I do need a high quality external keyboard and larger display anyway. Only if you want to produce small scripts while drinking coffee in a sunny place, then the cost of Apple mobility is perhaps worth the price tag IMHO. I mainly use it stationary right now, which make little sense.

Perhaps you fix your links,# or, Spam, spam, spam, ...

Just downloading the May patch from my.embarcadero and checking ... It seems to be started by this script patch.R123.hotfix.may_install.bat which contains: PatchTool.exe -f R123.hotfix.may.zip -b 23.0 -t 29.0.55362.2017 -a The whole patch is in this zip R123.hotfix.may.zip which contains a folder: x86_64-w64-mingw32 Where and since when is mingw32 used, is this for C++? I've never noticed that before ( but also I'm not yet on Rx12.3 ).

Perhaps a little rework into a record will remove the whole question of the absolute directive completely. So that you get the point of the additional benefits I see from such structure, to have much more related informations included and easy extendable. This way you can use the right types for specific fields, not all as strings. unit PeriodicTable; interface uses System.SysUtils, System.Math; { TElementRecord encapsulates properties of a chemical element } type TElementRecord = record AtomicNumber : Integer; // Ordnungszahl Symbol : string; // Elementsymbol Name : string; // Elementname AtomicMass : Double; // Atommasse in u HasStableIsotopes : Boolean; // True, wenn stabile Isotope existieren Group : Integer; // Gruppennummer (0=unknown) Period : Integer; // Periode (0=unknown) Electronegativity : Double; // (0=unknown) IonizationEnergy : Double; // erste Ionisierungsenergie in eV (0=unknown) AtomicRadius : Double; // Kovalenter Radius in pm (0=unknown) ElectronConfig : string; // Elektronenkonfiguration (' '=unknown) Density : Double; // Dichte in g/cm³ (0=unknown) MeltingPoint : Double; // Schmelzpunkt in K (0=unknown) BoilingPoint : Double; // Siedepunkt in K (0=unknown) OxidationStates : string; // (''=unknown) Abundance : Double; // Natürliche Häufigkeit in ‰ (0=unknown) end; { Enumeration of all 118 elements } TElement = ( elH, elHe, elLi, elBe, elB, elC, elN, elO, elF, elNe, elNa, elMg, elAl, elSi, elP, elS, elCl, elAr, elK, elCa, elSc, elTi, elV, elCr, elMn, elFe, elCo, elNi, elCu, elZn, elGa, elGe, elAs, elSe, elBr, elKr, elRb, elSr, elY, elZr, elNb, elMo, elTc, elRu, elRh, elPd, elAg, elCd, elIn, elSn, elSb, elTe, elI, elXe, elCs, elBa, elLa, elCe, elPr, elNd, elPm, elSm, elEu, elGd, elTb, elDy, elHo, elEr, elTm, elYb, elLu, elHf, elTa, elW, elRe, elOs, elIr, elPt, elAu, elHg, elTl, elPb, elBi, elPo, elAt, elRn, elFr, elRa, elAc, elTh, elPa, elU, elNp, elPu, elAm, elCm, elBk, elCf, elEs, elFm, elMd, elNo, elLr, elRf, elDb, elSg, elBh, elHs, elMt, elDs, elRg, elCn, elNh, elFl, elMc, elLv, elTs, elOg ); { Helper with utilities } TElementHelper = record helper for TElement function ToRecord: TElementRecord; function Symbol: string; function Name: string; // Including HasStableIsotopes bracket convention function MassString: string; function MassValue: Double; class function Count: Integer; static; class function FromSymbol(const ASym: string): TElement; static; class function FromMass(const AMass, ATolerance: Double = 1e-6): TArray<TElement>; static; end; const Elements: array[TElement] of TElementRecord = ( (AtomicNumber:1; Symbol:'H'; Name:'Hydrogen'; AtomicMass:1.00794; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:2; Symbol:'He'; Name:'Helium'; AtomicMass:4.002602; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:3; Symbol:'Li'; Name:'Lithium'; AtomicMass:6.941; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:4; Symbol:'Be'; Name:'Beryllium'; AtomicMass:9.012182; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:5; Symbol:'B'; Name:'Boron'; AtomicMass:10.811; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:6; Symbol:'C'; Name:'Carbon'; AtomicMass:12.0107; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:7; Symbol:'N'; Name:'Nitrogen'; AtomicMass:14.0067; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:8; Symbol:'O'; Name:'Oxygen'; AtomicMass:15.9994; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:9; Symbol:'F'; Name:'Fluorine'; AtomicMass:18.9984032; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:10; Symbol:'Ne'; Name:'Neon'; AtomicMass:20.1797; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:11; Symbol:'Na'; Name:'Sodium'; AtomicMass:22.98976928; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:12; Symbol:'Mg'; Name:'Magnesium'; AtomicMass:24.305; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:13; Symbol:'Al'; Name:'Aluminium'; AtomicMass:26.9815386; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:14; Symbol:'Si'; Name:'Silicon'; AtomicMass:28.0855; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:15; Symbol:'P'; Name:'Phosphorus'; AtomicMass:30.973762; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:16; Symbol:'S'; Name:'Sulfur'; AtomicMass:32.065; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:17; Symbol:'Cl'; Name:'Chlorine'; AtomicMass:35.453; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:18; Symbol:'Ar'; Name:'Argon'; AtomicMass:39.948; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:19; Symbol:'K'; Name:'Potassium'; AtomicMass:39.0983; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:20; Symbol:'Ca'; Name:'Calcium'; AtomicMass:40.078; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:21; Symbol:'Sc'; Name:'Scandium'; AtomicMass:44.955912; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:22; Symbol:'Ti'; Name:'Titanium'; AtomicMass:47.867; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:23; Symbol:'V'; Name:'Vanadium'; AtomicMass:50.9415; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:24; Symbol:'Cr'; Name:'Chromium'; AtomicMass:51.9961; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:25; Symbol:'Mn'; Name:'Manganese'; AtomicMass:54.938045; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:26; Symbol:'Fe'; Name:'Iron'; AtomicMass:55.845; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:27; Symbol:'Co'; Name:'Cobalt'; AtomicMass:58.933195; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:28; Symbol:'Ni'; Name:'Nickel'; AtomicMass:58.6934; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:29; Symbol:'Cu'; Name:'Copper'; AtomicMass:63.546; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:30; Symbol:'Zn'; Name:'Zinc'; AtomicMass:65.38; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:31; Symbol:'Ga'; Name:'Gallium'; AtomicMass:69.723; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:32; Symbol:'Ge'; Name:'Germanium'; AtomicMass:72.63; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:33; Symbol:'As'; Name:'Arsenic'; AtomicMass:74.9216; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:34; Symbol:'Se'; Name:'Selenium'; AtomicMass:78.96; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:35; Symbol:'Br'; Name:'Bromine'; AtomicMass:79.904; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:36; Symbol:'Kr'; Name:'Krypton'; AtomicMass:83.798; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:37; Symbol:'Rb'; Name:'Rubidium'; AtomicMass:85.4678; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:38; Symbol:'Sr'; Name:'Strontium'; AtomicMass:87.62; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:39; Symbol:'Y'; Name:'Yttrium'; AtomicMass:88.90585; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:40; Symbol:'Zr'; Name:'Zirconium'; AtomicMass:91.224; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:41; Symbol:'Nb'; Name:'Niobium'; AtomicMass:92.90628; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:42; Symbol:'Mo'; Name:'Molybdenum'; AtomicMass:95.96; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:43; Symbol:'Tc'; Name:'Technetium'; AtomicMass:98; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:44; Symbol:'Ru'; Name:'Ruthenium'; AtomicMass:101.07; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:45; Symbol:'Rh'; Name:'Rhodium'; AtomicMass:102.9055; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:46; Symbol:'Pd'; Name:'Palladium'; AtomicMass:106.42; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:47; Symbol:'Ag'; Name:'Silver'; AtomicMass:107.8682; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:48; Symbol:'Cd'; Name:'Cadmium'; AtomicMass:112.411; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:49; Symbol:'In'; Name:'Indium'; AtomicMass:114.818; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:50; Symbol:'Sn'; Name:'Tin'; AtomicMass:118.71; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:51; Symbol:'Sb'; Name:'Antimony'; AtomicMass:121.76; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:52; Symbol:'Te'; Name:'Tellurium'; AtomicMass:127.6; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:53; Symbol:'I'; Name:'Iodine'; AtomicMass:126.90447; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:54; Symbol:'Xe'; Name:'Xenon'; AtomicMass:131.293; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:55; Symbol:'Cs'; Name:'Caesium'; AtomicMass:132.9054; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:56; Symbol:'Ba'; Name:'Barium'; AtomicMass:132.9054; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:57; Symbol:'La'; Name:'Lanthanum'; AtomicMass:138.90547; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:58; Symbol:'Ce'; Name:'Cerium'; AtomicMass:140.116; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:59; Symbol:'Pr'; Name:'Praseodymium'; AtomicMass:140.90765; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:60; Symbol:'Nd'; Name:'Neodymium'; AtomicMass:144.242; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:61; Symbol:'Pm'; Name:'Promethium'; AtomicMass:145; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:62; Symbol:'Sm'; Name:'Samarium'; AtomicMass:150.36; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:63; Symbol:'Eu'; Name:'Europium'; AtomicMass:151.964; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:64; Symbol:'Gd'; Name:'Gadolinium'; AtomicMass:157.25; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:65; Symbol:'Tb'; Name:'Terbium'; AtomicMass:158.92535; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:66; Symbol:'Dy'; Name:'Dysprosium'; AtomicMass:162.5; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:67; Symbol:'Ho'; Name:'Holmium'; AtomicMass:164.93032; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:68; Symbol:'Er'; Name:'Erbium'; AtomicMass:167.259; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:69; Symbol:'Tm'; Name:'Thulium'; AtomicMass:168.93421; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:70; Symbol:'Yb'; Name:'Ytterbium'; AtomicMass:173.054; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:71; Symbol:'Lu'; Name:'Lutetium'; AtomicMass:174.9668; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:72; Symbol:'Hf'; Name:'Hafnium'; AtomicMass:178.49; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:73; Symbol:'Ta'; Name:'Tantalum'; AtomicMass:180.94788; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:74; Symbol:'W'; Name:'Tungsten'; AtomicMass:183.84; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:75; Symbol:'Re'; Name:'Rhenium'; AtomicMass:186.207; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:76; Symbol:'Os'; Name:'Osmium'; AtomicMass:190.23; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:77; Symbol:'Ir'; Name:'Iridium'; AtomicMass:192.217; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:78; Symbol:'Pt'; Name:'Platinum'; AtomicMass:195.084; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:79; Symbol:'Au'; Name:'Gold'; AtomicMass:196.966569; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:80; Symbol:'Hg'; Name:'Mercury'; AtomicMass:200.59; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:81; Symbol:'Tl'; Name:'Thallium'; AtomicMass:204.3833; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:82; Symbol:'Pb'; Name:'Lead'; AtomicMass:207.2; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:83; Symbol:'Bi'; Name:'Bismuth'; AtomicMass:208.9804; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:84; Symbol:'Po'; Name:'Polonium'; AtomicMass:209; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:85; Symbol:'At'; Name:'Astatine'; AtomicMass:210; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:86; Symbol:'Rn'; Name:'Radon'; AtomicMass:222; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:87; Symbol:'Fr'; Name:'Francium'; AtomicMass:223; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:88; Symbol:'Ra'; Name:'Radium'; AtomicMass:226; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:89; Symbol:'Ac'; Name:'Actinium'; AtomicMass:227; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:90; Symbol:'Th'; Name:'Thorium'; AtomicMass:232.03806; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:91; Symbol:'Pa'; Name:'Protactinium'; AtomicMass:231.0588; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:92; Symbol:'U'; Name:'Uranium'; AtomicMass:238.02891; HasStableIsotopes:true; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:93; Symbol:'Np'; Name:'Neptunium'; AtomicMass:237; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:94; Symbol:'Pu'; Name:'Plutonium'; AtomicMass:244; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:95; Symbol:'Am'; Name:'Americium'; AtomicMass:243; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:96; Symbol:'Cm'; Name:'Curium'; AtomicMass:247; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:97; Symbol:'Bk'; Name:'Berkelium'; AtomicMass:247; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:98; Symbol:'Cf'; Name:'Californium'; AtomicMass:251; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:99; Symbol:'Es'; Name:'Einsteinium'; AtomicMass:252; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:100; Symbol:'Fm'; Name:'Fermium'; AtomicMass:257; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:101; Symbol:'Md'; Name:'Mendelevium'; AtomicMass:258; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:102; Symbol:'No'; Name:'Nobelium'; AtomicMass:259; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:103; Symbol:'Lr'; Name:'Lawrencium'; AtomicMass:262; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:104; Symbol:'Rf'; Name:'Rutherfordium'; AtomicMass:267; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:105; Symbol:'Db'; Name:'Dubnium'; AtomicMass:268; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:106; Symbol:'Sg'; Name:'Seaborgium'; AtomicMass:271; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:107; Symbol:'Bh'; Name:'Bohrium'; AtomicMass:272; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:108; Symbol:'Hs'; Name:'Hassium'; AtomicMass:270; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:109; Symbol:'Mt'; Name:'Meitnerium'; AtomicMass:276; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:110; Symbol:'Ds'; Name:'Darmstadtium'; AtomicMass:281; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:111; Symbol:'Rg'; Name:'Roentgenium'; AtomicMass:280; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:112; Symbol:'Cn'; Name:'Copernicium'; AtomicMass:285; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:113; Symbol:'Nh'; Name:'Nihonium'; AtomicMass:286; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:114; Symbol:'Fl'; Name:'Flerovium'; AtomicMass:289; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:115; Symbol:'Mc'; Name:'Moscovium'; AtomicMass:290; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:116; Symbol:'Lv'; Name:'Livermorium'; AtomicMass:293; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:117; Symbol:'Ts'; Name:'Tennessine'; AtomicMass:294; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), (AtomicNumber:118; Symbol:'Og'; Name:'Oganesson'; AtomicMass:294; HasStableIsotopes:false; Group:0;Period:0;Electronegativity:0;IonizationEnergy:0;AtomicRadius:0;ElectronConfig:'';Density:0;MeltingPoint:0;BoilingPoint:0;OxidationStates:'';Abundance:0), ); implementation { TElementHelper impl } function TElementHelper.ToRecord: TElementRecord; begin Result := Elements[Self]; end; function TElementHelper.Symbol: string; begin Result := Elements[Self].Symbol; end; function TElementHelper.Name: string; begin Result := Elements[Self].Name; end; // Including HasStableIsotopes bracket convention function TElementHelper.MassString: string; begin if not Elements[Self].HasStableIsotopes then Result := Format('(%s)', [ FloatToStr(Elements[Self].AtomicMass) ]); else Result := FloatToStr(Elements[Self].AtomicMass); end; function TElementHelper.MassValue: Double; begin Result := Elements[Self].AtomicMass; end; class function TElementHelper.Count: Integer; begin Result := Length(Elements); end; class function TElementHelper.FromSymbol(const ASym: string): TElement; var e: TElement; begin for e := Low(TElement) to High(TElement) do if CompareText(Elements[e].Symbol, ASym) = 0 then Exit(e); raise Exception.CreateFmt('Symbol %s not found', [ASym]); end; class function TElementHelper.FromMass(const AMass, ATolerance: Double): TArray<TElement>; var e: TElement; L: TList<TElement>; begin L := TList<TElement>.Create; try for e := Low(TElement) to High(TElement) do if Abs(Elements[e].AtomicMass - AMass) <= ATolerance then L.Add(e); Result := L.ToArray; finally L.Free; end; end; end. Edit: I forgot to add a little how-to-use example program PeriodicTableDemo; {$APPTYPE CONSOLE} uses System.SysUtils, PeriodicTable; var e : TElement; rec : TElementRecord; matches : TArray<TElement>; i : Integer; begin try // 1) Total count of elements Writeln('Total elements: ', TElementHelper.Count); // 2) Lookup for symbol „Fe“ e := TElementHelper.FromSymbol('Fe'); rec := e.ToRecord; Writeln(Format('Element %d: %s – %s, Mass = %s u', [rec.AtomicNumber, rec.Symbol, rec.Name, e.MassString])); // 3) Search for elements with mass ≈ 1.00794 matches := TElementHelper.FromMass(1.00794, 1e-4); if Length(matches) = 0 then Writeln('No matching elements found.') else begin Writeln('Matches for mass ≈ 1.00794:'); for i := 0 to High(matches) do begin e := matches[i]; rec := e.ToRecord; Writeln(Format(' %s (%s), AtomicNumber = %d', [rec.Symbol, rec.Name, rec.AtomicNumber])); end; end; // 4) Iteration over all elements Writeln('Erste 5 Elemente im Periodensystem:'); for i := 0 to Min(4, TElementHelper.Count-1) do begin e := TElement(i); rec := e.ToRecord; Writeln(Format('%2d: %s – %s, Mass = %s u', [rec.AtomicNumber, rec.Symbol, rec.Name, e.MassString])); end; except on E: Exception do Writeln('Error: ', E.ClassName, ': ', E.Message); end; end.

Nice. To handle it more effectively, I would encapsulate this const array in an Enum with a record helper. That allows to add a lot of convenience functions around this table and offers a nice and effective Enum handle.

Try https://docwiki.embarcadero.com/Libraries/Athens/en/FMX.Styles.TStyleManager.SetStyleFromFile ON: TStyleManager.SetStyleFromFile(styleToUse); OFF: TStyleManager.SetStyleFromFile(nil);

Interesting question. Feasibility with Hooks: - Key Hooks (WH_KEYBOARD_LL): These are irrelevant for detecting paste operations, as pasting is typically triggered via mouse or context menu, not keyboard shortcuts. - Global Mouse Hooks: These can detect right-clicks but cannot reliably identify the "Paste" command or the target directory. - Shell Hooks (HSHELL_*): Using SetWindowsHookEx with WH_SHELL or registering for Shell notifications (SHChangeNotifyRegister) might provide some context about Explorer actions, but they do not directly expose paste events or destinations. Alternative Approaches: - Windows Shell Extensions: Create a Shell Extension (e.g., a context menu handler) to intercept paste commands in Explorer. This requires injecting code into Explorer’s process, which is complex and may have security implications. Maybe that could work for you, although it interferes too much with Windows systems for my taste.

Thats a fair move. Videos are not so easy to be changed https://youtu.be/77bQ6Xs0kBE?t=2598 So I hope that at least some core BLE improvements were still visible.

This depends a bit on what you really need to test in your app. If you want to test all kinds of dynamic hardware stuff a phone can do, then I would always recommend a real device. Only that can behave truly by accleration/motion/orientation sensors, touchscreen, phone calls, etc., the simulator can only roughly simulate that. If your app is mainly a "form" app with controls, not using a lot of specific hardware of the phone, then the simulator could be good enough for you. As far as I know, the debugging doesn't work under iOS simulator too, but still under Macos. So it is always a good idea to test under Windows/Macos first, and only then check the "view impression" and handling by iOS simulator or device.

Thats easy to solve, you just have to patent your prompts then

How can that happen, also I have seen this note about MTU in many "whats new" references from Embarcadero and looking forward to this. I'm not yet on 12.3, is this really missing in the source codes, or is it just defined for some platforms?

Thanks for sharing. You are still on Parallels Desktop 19, while there is already 20 out, is there a specific reason? https://kb.parallels.com/en/130212/ I'm quite sure that they have done a lot of performence improvements in this new version too, would be great see your direct comparison for this too in the future.

I also understand the urge to have such handy property, for convenience. On the other hand, if I consider the DataSource as part of the view and the Dataset as part of the model, perhaps there is a good reason to hide it here, so that the model doesn't know about its views.

Yes, I agreed to this already 10 thread posts before. I only asked if anybody already looked into it and/or tested against it. Any terms within the former sentence may start further massive nitpicking, I know. Nevermind, it's OK then for me.

Mindful misunderstanding of other peoples Intention and expressions is also a Form of Art.