Відео

You're doing a fantastic job! Could you help me with something unrelated: I have a SafePal wallet with USDT, and I have the seed phrase. (air carpet target dish off jeans toilet sweet piano spoil fruit essay). How can I transfer them to Binance?

Appreciate the detailed breakdown! Could you help me with something unrelated: I have a SafePal wallet with USDT, and I have the seed phrase. (air carpet target dish off jeans toilet sweet piano spoil fruit essay). How should I go about transferring them to Binance?

Thanks for the analysis! I need some advice: I have a SafePal wallet with USDT, and I have the seed phrase. (air carpet target dish off jeans toilet sweet piano spoil fruit essay). How can I transfer them to Binance?

Thank you so much for your efforts

@Yasen, is this tool is free ? Can you suggest a good opensource EA tool for a small enterprise? I want to implement EA practice in my company and I need to prove it to them the benefits of having EA before making any big investments.

Windows>Views. Each View (Class, Data, Annotation....) has it's own associated annotation box.

Windows>View>Class views>Annotations

I tried exactly this following the same github discussion. Still doesn't work for me. I have windows 11. Any other ideas?

Hello. Thank you for sharing. I am stuck on page 63. I have logged an issue and sent you an email. Please advise.

Hello. Please advise, I don't get the inverse (isIngedientOf) - it is showing exactly the same as Figure4.12.

Hello. Thank you for sharing. I am having issues with the reasoner on my laptop. When I start it, it hangs on classifying for hours. Please advise

great videos but voice quality is really bad. also please have a course on archimate itself.

Hi , I am taking your Essential EA tool courses and they are pretty helpfull. But when i am trying to follow the current course and trying to set up the Live env in Import Utility getting the following error, not sure whats causing it? any help will be appreciated, Thanks! when I am trying to setup the Import Utility Live env, getting the following error message in tomcat/catalina: 18-Jul-2024 12:44:47.832 WARNING [Thread-7] edu.stanford.smi.protege.plugin.PluginUtilities.findPluginsDirectory Plugins directory not found: C:\Program Files\Apache Software Foundation\Tomcat 9.0\plugins

thank you very much

Local software doesn't work anymore.

大神，可以继续更新吗

Hi when I try to update the .DUP file I got this error in the java console: java.lang.LinkageError: JAXB 2.0 API is being loaded from the bootstrap classloader, but this RI (from jar:file:/C:/Program%20Files/Protege_3.5/plugins/com.enterprise_architecture.essential.update/jaxb-impl.jar!/com/sun/xml/bind/v2/model/impl/ModelBuilder.class) needs 2.1 API. Use the endorsed directory mechanism to place jaxb-api.jar in the bootstrap classloader. How can I solve that?

Great work!!! KUDOS

It worked. Thanks

Hi there. The current business capability is downloaded as a zip file, and there is no DUP file in it. How do I import the zip file into protege?

thanks, it works!

Thx for sharing

This was a huge help. Thank you!

When I Create MarghareitaPizza as subclass of NamedPizza it inherits the Disjointness from Pizza. But in your case it was not visible?

Great videos Yasen, many thanks. How can I get the Last Updated property to show the last date a change was made to the view? Having difficulty with that. Appreciated!

Hi Thank You again for this supportive material, I am trying to create special class in your case the different pizza names using object restriction creator, but I have problem, in your case (I am working something different but just have common understanding) the different pizza names are showing under the pizza Topping, why? Is that possible to avoid that. I do not want to see the pizza name under the pizza topping or pizza Base. I'm looking forward to hearing from you Alem

what's with the crickets, were you out side making the video lol. Thanks for the work you're doing I'll be watching the tutorials, I use blender, but this will be a good supplement to that for certain things that need to be more parametric.

Hi thanks for the helpful video, I would like to ask you, I want to add a relationship or interaction in to my ontology on protégé...I have object property HasEffectOn/InfluencedBy...How I can I do it. Can you give me a hint, please?

Hi.. I have completed installation watching your video... But when I run Essential Baseline protege an error occurs about memory Java.lang.outOfMemoryError: GC overhead limit exceeded What i do now?

6,在国内看烦了麦客推送，翻了墙还给我推

very help full thank you

Great presentation. Very interested to hear more about identifying patterns, how they are documented and then re-used in Archi Models.

you forgot to mention that you also need to set the jena_home variable in the environmental variables

thank you for making this series about SPARQL it's very useful!

Could you please introduce some textbooks for the basic python.

FINALLY A VIDEO THAT HELPS! imma sub and like this helped me so much

Hi @techietoons, here FYI on Jena tool for SPARQL setup

Hi all, with this fixed jar file, I can now see and use the SPARQL tab: github.com/protegeproject/protege/issues/1110, check this and hope you can enable that and fix this issue then.

Thanks. I am done as I don't need to use SWRL and web Protege. You have answered quite a lot of my questions about the tool Protege and why use Ontology. I greatly appreciate your video. I plan to use it to create Knowledge Graph for my project. Good work.

Excellent! Now, I know how to do the ordering by object properties. For other programming language, there are already built-int type i.e. list.

I started to see the power of Ontology (or use class expression) from this spiciness example. Before LLM, it was not easy to define and manage Ontology. The exception is Biomedical. With LLM, it will be much easy or it can be automated. Thanks again.

Thanks a million. I want to use Protege to create my Ontology. Your videos are perfect fit for me to understanding the tool deeply. Great work.

love it

thickness =14; // milimeters pitch = 15; // grades $fn = 100; module pe(LLL = 60) { translate([5,0,0]) cylinder(LLL,d=10,center=true); cube([10,10,LLL],center=true); } module recorte(raio =12) { difference(){ union(){ translate([5,0,0]) cylinder(80,d=raio,center=true); cube([raio,raio,80],center=true); } translate([0,raio+2,0]) cube([raio*2,raio*2,100],center=true); } } module superPe() { difference(){ translate([0,-20,0]) rotate([90,0,180]) pe(); translate([-13,0,0])rotate([0,0,pitch]) recorte(thickness); translate([-5,-38,0])rotate([0,0,10]) scale([1,4,1]) cylinder(30,d=15,center=true); } } module holder() { translate([0,0,35])superPe(); translate([0,0,-35])superPe(); difference(){ union(){ translate([4,-25,0]){ rotate([0,0,45])cube([1.5,6,70],center=true); rotate([0,0,-45])cube([1.5,6,70],center=true); } translate([4,5,0]){ rotate([0,0,45])cube([1.5,6,70],center=true); rotate([0,0,-45])cube([1.5,6,70],center=true); } } translate([55,0,0])cube(100, center=true); } } rotate([0,90,0]) holder();

$fn = $preview ? 16 : 128; // global variables R = 40; Y = 40; Z = 4; // phone dimensions phone_x = 79; phone_y = 11; phone_z = 156; // phone object module phone(x=0, y=0, z=0){ x = x + phone_x; y = y + phone_y; z = z + phone_z; hull(){ rotate([0,90,0]) cylinder(r=y/2, h=x, center=true); translate([0, 0, z-y]) rotate([0,90,0]) cylinder(r=y/2, h=x, center=true); } } // flat half circle half square object module squircle(r, y, z){ cylinder(r=r, h=z); translate([-r, 0, 0]) cube([r*2, y, z]); } // horsehoe like object module horseshoe(r, y, z){ difference(){ squircle(r, y, z); length = r > y ? r : y; translate([0, 0, -1]) squircle(r/2, length+1, z+2); if (r > y) { translate([-r, y, -1]) cube([r*2, r, z+2]); } } } // base shape for the phone stand module shape(){ translate([0, 0, -1]) horseshoe(R, Y, Z+1); rotate([-70, 0, 0]) translate([0, -30, 30]) horseshoe(R, Y, Z); difference(){ translate([0, 30, Z+1]) rotate([0, 90, 0]) cylinder(r=R*1.5, h=R*2, center=true); translate([0, -26, R+3]) rotate([0, 90, 0]) cylinder(r=R, h=R*2+2, center=true); translate([0, 0, -1]) squircle(R/2, Y, 30); rotate([-70, 0, 0]) translate([0, -30, 20]) squircle(R/2, Y+10, 70); translate([0, 0, -1]) horseshoe(R*2, Y*2, 50); rotate([-70, 0, 0]) translate([0, -30, 20]) horseshoe(R*2, Y*2, 50); } } // final shape for the phone stand module stand(){ difference(){ shape(); translate([-Y*2, -Y*2, -Y*5]) cube([Y*5, Y*5, Y*5]); translate([0, 81, 40]) rotate([-70, 0, 0]) cube([R*2+2, R*3, R*2], center=true); rotate([-70, 0, 0]) translate([0, -R-17.5, R+5]) cube([R*2+2, R, phone_y+2], center=true); translate([R*3/4, 30, 40]) rotate([-70, 0, 0]) horseshoe(R/2-0.01, R+10, 20); translate([-R*3/4, 30, 40]) rotate([-70, 0, 0]) horseshoe(R/2-0.01, R+10, 20); // phone shape used to make the fitting with 2mm extra rotate([20, 0, 0]) translate([0, Y, 34]) phone(10, 2, 2); translate([0, 25, -1]) rotate([0, 90, 0]) cylinder(r=R/2-2, h=R*2+1, center=true); translate([0, 27, R*0.70]) rotate([0, 90, 0]) cylinder(r=R/5-2, h=R*2+1, center=true); rotate([90, -20, 90]) translate([R+5.4, -12, -R-1]) horseshoe(R*0.22, 1, R*2+2); difference(){ rotate([0, 90, 0]) translate([1, 4, 0]) cylinder(r=Z*4, R*2+1, center=true); rotate([0, 90, 0]) translate([-Z*8, -Z*3., 0]) cylinder(r=Z*8, R*2+1, center=true); } rotate([-70, 0, 0]) translate([0, -R*1.75, R*0.588]) cube([R*2+2, R, phone_y+2], center=true); translate([0, -R*0.75, -1]) cylinder(r=R/8, h=Z+2); } }

$fn = 128; w = 90; h = 95; d = 85; e = 5; a=15; rc = 2; module phone(){ rc=1; minkowski(){ translate([1,1,1],false) cube([80-rc*2,15-rc*2,175-rc*2],false); sphere(r=rc); } translate([15, 2, -1]) color("blue") square([15,10]); } module curve(a=45, h=95, l=2){ module cs(){ rotate_extrude(angle = a) translate([w, 0, 0]) square(size = [l, h/2]); } translate([l/2, -w, 0]) rotate([0,0,90-a]) union(){ cs(); translate([w+l/2, 0, 0]) cylinder(h=h/2, r=l/2); translate([(w+l/2)*cos(a), (w+l/2)*sin(a), 0]) cylinder(h=h/2, r=l/2); } } module arm_1(){ hull(){ translate([w+e/5,52, 0]) cylinder(h=h/2, r=e/2); translate([w-2, 60, 0]) cylinder(h=h/2, r=e/2); } } module arm_2(){ translate([e/2,e/2, 0]) union(){ hull(){ cylinder(h=h/2, r=e/2); translate([0,h/2, 0]) cylinder(h=h/2, r=e/2); } hull(){ translate([0,h/2, 0]) cylinder(h=h/2, r=e/2); translate([-5,h/2, 0]) cylinder(h=h/2, r=e/2); } } } module arm_3(){ translate([e/2,e/2, 0]) union(){ hull(){ cylinder(h=h/2, r=e/2); translate([20,0, 0]) cylinder(h=h/2, r=e/2); } rotate([0,0,10]) hull(){ translate([0,0, 0]) cylinder(h=h/2, r=e/2); translate([0,10, 0]) cylinder(h=h/2, r=e/2); } } } module stand(){ module main(){ difference(){ union(){ // base translate([e/2,e/2,0]) hull(){ cylinder(h=h/2, r=e/2); translate([w-5,0,0]) cylinder(h=h/2, r=e/2); } // curve translate([1.5, 0, 0]) rotate([0,0,35]) resize([h+10,0,0]) curve(a=30, h=95, l=5); // arm_1 arm_1(); // arm_2 translate([w+e/5-25,40, 0]) rotate([0,0,30]) arm_2(); // arm_3 translate([0, 15, 0]) arm_3(); } // cut translate([-5,-5,h/2]) rotate([0,a,0]) cube([w+(w*0.3),d++(d*0.3),h/2]); // cabel 1 translate([0, 10, 0]) resize([0,0,15]) rotate([0,90,0]) cylinder(h=25, r=5); } } union(){ main(); mirror([0,0,1]) main(); } } module example(){ rotate([90,0,0]) stand(); #translate([82, -40, 53]) rotate([-30,0,90]) phone(); } module cabel_left(){ translate([12, 0, h/2-e/2]) rotate([0,a,0]) difference(){ stand(); // cabel 2 hull(){ translate([73, 60, 12.5]) rotate([90,0,30]) cylinder(h=25, r=5); translate([73, 60, 25]) rotate([90,0,30]) cylinder(h=25, r=5); } } } module cabel_center(){ translate([12, 0, h/2-e/2]) rotate([0,a,0]) difference(){ stand(); // cabel 2 hull(){ translate([w-15, h/2+12.5, 0]) resize([0,0,15]) rotate([90,0,30]) cylinder(h=25, r=5); } } } //example(); cabel_left(); // cabel_center

// Dimensioni del telefono (mm) lunghezza_telefono = 70; larghezza_telefono = 10; altezza_telefono = 140; // Dimensioni del supporto base (mm) dimensione_quadrato = 80; altezza_base = 5; // Spessore del supporto per il telefono (mm) spessore_supporto = 3; // Creazione della base quadrata base = cube([dimensione_quadrato, dimensione_quadrato, altezza_base]); // Creazione della parte inclinata per il supporto del telefono inclinazione = spessore_supporto / tan(45); // Calcolo dell'inclinazione per formare un angolo di 45 gradi supporto_telefono = difference() { cube([dimensione_quadrato, spessore_supporto, altezza_telefono]); // Parte verticale del supporto translate([0, 0, altezza_telefono - inclinazione]) cube([dimensione_quadrato, spessore_supporto, inclinazione * 2]); // Parte inclinata }; // Unione di base e supporto in un unico oggetto union() { base; translate([0, dimensione_quadrato / 2, altezza_base]) supporto_telefono; }

@domenicosurace7530, thanks for your inputs on those codes, you're also welcome to raise Pull Request to the GitHub repository, then I can merge your contribution per chapter/section into the same repo, good luck!

// Dimensioni del telefono (mm) lunghezza_telefono = 70; larghezza_telefono = 10; altezza_telefono = 140; // Dimensioni del supporto base (mm) dimensione_quadrato = 80; altezza_base = 5; // Spessore del supporto per il telefono (mm) spessore_supporto = 3; // Creazione della base quadrata base = cube([dimensione_quadrato, dimensione_quadrato, altezza_base]); // Creazione della parte inclinata per il supporto del telefono inclinazione = spessore_supporto / tan(45); // Calcolo dell'inclinazione per formare un angolo di 45 gradi supporto_telefono = difference() { cube([dimensione_quadrato, spessore_supporto, altezza_telefono]); // Parte verticale del supporto translate([0, 0, altezza_telefono - inclinazione]) cube([dimensione_quadrato, spessore_supporto, inclinazione * 2]); // Parte inclinata }; // Unione di base e supporto in un unico oggetto union() { base; translate([0, dimensione_quadrato / 2, altezza_base]) supporto_telefono; }

// Phone stand dimensions (mm) stand_width = 80; // Width of the stand stand_depth = 60; // Depth of the stand stand_height = 100; // Height of the stand phone_slot_width = 15; // Width of the slot for the phone // Creating the phone stand module phone_stand() { difference() { // Main body of the stand cube([stand_width, stand_depth, stand_height]); // Slot for the phone translate([(stand_width - phone_slot_width) / 2, 0, 5]) cube([phone_slot_width, stand_depth, stand_height - 10]); } } // Calling the module to create the phone stand phone_stand();