This video may not have much view but know that there is someone out there who has been helped immensely by this video. I search so many videos and was sooo confused and none of them were clear and concise as this was. Also great animation.Thank you so much for this!
Excellent explanation of 1st & 3rd angle of projection. Thank you very much for this resource !! Clearly, it is indeed a lot of hard work someone has put into this video, everything is so perfect and balanced.
Wow, I have been bit confused till today about the projections, But your crystal clear explanation given the clarity and confidence. Thank you, We are expecting more designing videos from you like this...
Hi Kunal, thanks for the comment. All the animations were done in Microsoft PowerPoint. I draw the 3d objects in solidworks and save the basic 3d lines to a dwg file which I open in autodesks autocad to tidy up. I then export them as a .wmf file into PowerPoint where I ungroup the lines. This has the effect of converting them to something PowerPoint can read and animate. All the rendering and colour is added in PowerPoint.
To do go through the process I have a video on my channel czcams.com/video/Ho7omezY88s/video.html which should help. I know this is probably not the easiest or most correct way to animate things but I don't have any training in animation and this approach allows me to use the PowerPoint as my class presentations where I can click along and explain them live. Hope this helps
About the different conventions, is it accurate to think of 1st angle as rotating the figure toward the left to see the right side, right to see the left side and down to see the top while 3rd angle is more like moving the "camera angle" while the shape stays static?
Hi Seth, the answer to your questions is yes and no. Yes in so far as you can visualise the orthographic views as either rotations or as different camera viewpoints (I personally like to visualise a bundle of security monitors stacked ontop of each other). No in so far as both analogies can be used for either 1st or 3rd angle. If you take the monitor idea, you could arrange the monitors so that the monitor for the plan view is stacked on top of the front view monitor (resulting in a 3rd angle convention) or below it (resulting in a 1st angle convention) likewise the side view monitors could be swooped around to fit either convention. The same can be said for the hinging analogy. If you imagine the object stuck to a trapdoor which can hinge either from the front or back. If the trapdoor hinges from the back the top will tip down and end up facing you (resulting in a 1st angle convention). If the trapdoor hinges from the front, the underside of the object will kick out and end up facing you (a 3rd angle convention). It all depends on the position of the hinge, in front of the box for 3rd angle and behind the box for 1st angle.
@@thomassheppard5369 This is awesome! Very well worded. I am investigating this because I want to give my Geometry students some industry perspective on orthography. I do find 3rd angle easier to visualize. I think it's what I'm accustomed to.
I've spent quite some time today looking for a clear explanation of these differences. This is the best by far! Fantastic video.
this kind of varification in comments saves a lot of our time, thank you
Agreed. Really clear explanation.
4 years later and this saved my life. thanks Thomas!!
This video may not have much view but know that there is someone out there who has been helped immensely by this video. I search so many videos and was sooo confused and none of them were clear and concise as this was. Also great animation.Thank you so much for this!
This is the best explanation I've EVER seen !! Thank you, Mr. Sheppard
Been searching for an accurate explanation for a century and you proved to be a pro, I can finally rest☄️
THE best video on orthographic projects I've EVER come across.
Excellent explanation of 1st & 3rd angle of projection. Thank you very much for this resource !! Clearly, it is indeed a lot of hard work someone has put into this video, everything is so perfect and balanced.
I've been looking so long for a good explanation! This is wonderful and very easy to comprehend. Thank you very much!
I watched at least 10 different videos all of which weren't that clear, but this is by far the most helpful with really good animations to demonstrate
Clear, concise....a benchmark in getting a point across. Really appreciate your approach. Thanks!
Wow, I have been bit confused till today about the projections, But your crystal clear explanation given the clarity and confidence. Thank you, We are expecting more designing videos from you like this...
Best Video that Ive watched. Gave clear explanations and provided an illustration that helped me
Great Video better than I could explain it will use this for my class.
Finally -- an easy to remember explanation! Thank you, sir :)
Hi Thomas, Good work...I am a trainer from India...keep it up!
The best explanation you can ever find👍
The best explanation ever! Thank you so much!
The best explanation. can't be done any better. Thank you so much. 😊
Thank you so much. I’ve been looking for a better n clearer explanation n finally found it.
The best so far
First video with clear explanation for the side view positions
Really good animation made there, very well made
Best video on this subject.
Excellent explanation my friend. Really helps grasp and understand whats each one means.
Great explanation ❤
This is definitely my saving grace. Thank you.
Quite complex but very helpful so thank you.
best video about this topic ever! Honestly LOL
Very Cardinal Tutorial Video, understanding easily
thank you it is make easy for me to explain this to my juniors about the difference like reason "why it is reversed between the prjection"
Best, clear Explanation
Wow! This video is fantastic thank you, sir
Best explanation ever!
Thank you so much... Finally I got it!!!
AMAZING
Thank you so much
Beautiful
Brilliant explination!
thanks man this video means a lot to me !!!
thank you
Quality Content.
Perfect
Great work!
Could you please tell me what software did you use for making this video?
Hi Kunal, thanks for the comment. All the animations were done in Microsoft PowerPoint. I draw the 3d objects in solidworks and save the basic 3d lines to a dwg file which I open in autodesks autocad to tidy up. I then export them as a .wmf file into PowerPoint where I ungroup the lines. This has the effect of converting them to something PowerPoint can read and animate. All the rendering and colour is added in PowerPoint.
To do go through the process I have a video on my channel czcams.com/video/Ho7omezY88s/video.html which should help. I know this is probably not the easiest or most correct way to animate things but I don't have any training in animation and this approach allows me to use the PowerPoint as my class presentations where I can click along and explain them live. Hope this helps
Thanks 😊👍
Great refresher thanks
Nice idea
About the different conventions, is it accurate to think of 1st angle as rotating the figure toward the left to see the right side, right to see the left side and down to see the top while 3rd angle is more like moving the "camera angle" while the shape stays static?
Hi Seth, the answer to your questions is yes and no. Yes in so far as you can visualise the orthographic views as either rotations or as different camera viewpoints (I personally like to visualise a bundle of security monitors stacked ontop of each other). No in so far as both analogies can be used for either 1st or 3rd angle. If you take the monitor idea, you could arrange the monitors so that the monitor for the plan view is stacked on top of the front view monitor (resulting in a 3rd angle convention) or below it (resulting in a 1st angle convention) likewise the side view monitors could be swooped around to fit either convention. The same can be said for the hinging analogy. If you imagine the object stuck to a trapdoor which can hinge either from the front or back. If the trapdoor hinges from the back the top will tip down and end up facing you (resulting in a 1st angle convention). If the trapdoor hinges from the front, the underside of the object will kick out and end up facing you (a 3rd angle convention). It all depends on the position of the hinge, in front of the box for 3rd angle and behind the box for 1st angle.
@@thomassheppard5369 This is awesome! Very well worded. I am investigating this because I want to give my Geometry students some industry perspective on orthography. I do find 3rd angle easier to visualize. I think it's what I'm accustomed to.
Good sir
Impressive...
finally ! thankyou !
9:25 Top view: is there a reason red and blue reversed?
There is a reason, but unfortunately its down to my own human error, the red and blue should be switched in the third angle version.
Well spotted.
Thanks ❤️
Best explanation ever, anything else is bullshit.
What actually the planner reference in 3rd angle mean?
KAMLESH CHAUHAN
I have a video that goes through explaining the 3rd angle symbol which might help czcams.com/video/Lk42EMucaO8/video.html
go cougs
I hate it😢😡🤬👿
very cool
I still don't get it. I still don't see the purpose of this crap either.