Flamingo Pype tools
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Flamingo Pype tools
I just want to point out that Flamingo is equipped with new tools for piping. Upgrade your Flamingo.
@oddtopus Very helpful. Thank you!
https://github.com/oddtopus/flamingo
https://github.com/oddtopus/flamingo/tr ... /tutorials
@oddtopus Very helpful. Thank you!
https://github.com/oddtopus/flamingo
https://github.com/oddtopus/flamingo/tr ... /tutorials
Re: Flamingo Pype tools
Amazing!
Dark and Light stylesheets v2.0 to theme your FreeCAD UI, more information here
Re: Flamingo Pype tools
Yes, it's the beginning of a Plant Design Workbench !
Well done @oddtopus !
Well done @oddtopus !
Re: Flamingo Pype tools
Awesome tool! Thank you very much vor that. I was searching a long time for something like that.
Playing around with it, I consturdted a pipyline with and added flanges to it. when i updated the profile with the pypeline Manger all tubes and curves updatet but the flanges did not. Do not know if this is a bug or i did something wrong!
Playing around with it, I consturdted a pipyline with and added flanges to it. when i updated the profile with the pypeline Manger all tubes and curves updatet but the flanges did not. Do not know if this is a bug or i did something wrong!
Re: Flamingo Pype tools
Just gonna chime in and say that this workbench is awesome! It has a lot of potential to do skids and piping modeling!
Re: Flamingo Pype tools
Impressive, very promising tool!
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Re: Flamingo Pype tools
Here are some data sets to expand the standard part library. I hope without mistakes.
Elbow_DIN_1626_90.csv
Elbow_DIN_1626_45.csv Note For other angles, just replace 90 (or 45) with the desired value
Elbow_-EN_10253_Inox_90.csv Note Here I used "-EN" because to me, in this case, does not accept "EN"
Pipe_ASME_B36_19_Tubi inox.csv
Pipe_DIN_8062_Tubi_di_scarico_PVC_duro.csv
Pipe_DIN_19500_Tubi_di_scarico.csv
Pipe_DIN_19532_Tubi_di_scarico_PE.csv
Pipe_EN_1057_Tubi_rame.csv
Pipe_EN_10216_Tubi_commerciali_lisci.csv
Pipe_EN_10224_Tubi_neri_saldati.csv
Pipe_EN_10224_Tubi_neri_SS.csv
Pipe_EN_10255_Tubi_saldati_serie_leggera.csv
Pipe_EN_10255_Tubi_SS_serie_leggera.csv
Pipe_EN_10255_Tubi_SS_serie_media.csv
Pipe_EN_10255_Tubi_SS_serie_pesante.csv
Create the files and copy them into C:\Users\User\AppData\Roaming\FreeCAD\Mod\flamingo\tables
Small improvement request: expand the windows. Thank you.
Renato
Elbow_DIN_1626_90.csv
Code: Select all
PSize;OD;thk;BendAngle;BendRadius
DN20;26.9;2;90;29
DN25;33.7;2.3;90;38
DN32;42.4;2.6;90;48
DN40;48.3;2.6;90;57
DN50;60.3;2.9;90;76
DN65;76.1;2.9;90;95
DN80;88.9;3.2;90;114
DN100;114.3;3.6;90;152
DN125;139.7;4;90;190
DN150;168.3;4.5;90;229
DN200;219.1;5.9;90;305
DN250;273;6.3;90;381
DN300;323.9;7.1;90;457
Code: Select all
PSize;OD;thk;BendAngle;BendRadius
DN20;26.9;2;45;29
DN25;33.7;2.3;45;38
DN32;42.4;2.6;45;48
DN40;48.3;2.6;45;57
DN50;60.3;2.9;45;76
DN65;76.1;2.9;45;95
DN80;88.9;3.2;45;114
DN100;114.3;3.6;45;152
DN125;139.7;4;45;190
DN150;168.3;4.5;45;229
DN200;219.1;5.9;45;305
DN250;273;6.3;45;381
DN300;323.9;7.1;45;457
Code: Select all
PSize;OD;thk;BendAngle;BendRadius
DN8-1/4";13.7;2;90;20
DN10-3/8";17.2;2;90;28.5
DN15-1/2";21.3;2;90;28
DN15-1/2";21.3;2,5;90;28
DN20-3/4";26.9;2;90;29
DN20-3/4";26.9;2.5;90;29
DN25-1";33.7;2;90;38
DN25-1";33.7;3;90;38
DN25-1";35;2;90;52.5
DN25-1";35;3;90;52.5
DN25-1";40;2;90;60
DN32-1"1/4;42.4;2;90;48
DN32-1"1/4;42.4;3;90;48
DN40-1"1/2;48.3;2;90;57
DN40-1"1/2;48.3;3;90;57
DN40-1"1/2;50;2;90;75
DN40-1"1/2;50;3;90;75
DN40-1"1/2;54;2;90;75
DN40-1"1/2;54;3;90;75
DN50-2";60.3;2;90;76
DN50-2";60.3;3;90;76
DN50-2";70;2;90;92
DN50-2";70;3;90;92
DN65-2"1/2;76.1;2;90;95
DN65-2"1/2;76.1;3;90;95
DN65-2"1/2;80;2;90;120
DN65-2"1/2;84;2;90;120
DN65-2"1/2;84;3;90;120
DN80-3";88.9;2;90;114
DN80-3";88.9;3;90;114
DN80-3";88.9;4;90;114
DN80-3"1/2;101.6;2;90;134
DN80-3"1/2;101.6;3;90;134
DN80-3"1/2;104;2;90;150
DN100-4";114.3;2;90;152
DN100-4";114.3;3;90;152
DN100-4";129;2;90;187
DN125-5";139.7;2;90;190
DN125-5";139.7;3;90;190
DN125-5";139.7;4;90;190
DN125-5";154;2;90;225
DN125-5";156;3;90;225
DN150-6";168.3;2;90;229
DN150-6";168.3;3;90;229
DN150-6";168.3;4;90;229
DN150-6";204;2;90;300
DN150-6";206;3;90;300
DN200-8";219.1;2;90;305
DN200-8";219.1;3;90;305
DN200-8";219.1;4;90;305
DN200-8";254;2;90;375
DN200-8";254;3;90;375
DN200-8";254;4;90;375
DN250-10";273;2;90;381
DN250-10";273;3;90;381
DN250-10";273;4;90;381
DN300-12";323.9;2;90;457
DN300-12";323.9;3;90;457
DN300-12";323.9;4;90;457
Code: Select all
PSize;OD;thk
DN15-1/2";21.34;2.11
DN20-3/4";26.67;2.11
DN25-1";33.4;2.77
DN32-1"1/4;42.16;2.77
DN40-1"1/2;48.26;2.77
DN50-2";60.3;2.77
DN65-2"1/2;73.03;3.05
DN80-3";88.9;3.05
3"1/2;101.6;3.05
4";114.3;3.05
5";141.3;3.4
6";168.3;3.4
8";219.1;3.76
Code: Select all
PSize;OD;thk
DN50;50;1.8
DN60;63;1.9
DN70;75;2.2
DN100;110;3.2
DN125;125;3.7
DN150;160;4.7
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PSize;OD;thk
DN50;60;3.5
DN70;80;3.5
DN100;112;4
DN125;137;4
DN150;162;5
DN200;212;6
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PSize;OD;thk
DN26;32;3
DN34;40;3
DN40;50;3
DN50;56;3
DN60;63;3
DN70;75;3
DN80;90;3.5
DN100;110;4.3
DN125;125;4.9
DN150;160;6.2
DN200;200;6.2
DN250;250;7.8
DN300;315;9.8
Code: Select all
PSize;OD;thk
DN10;10;1
DN12;12;1
DN15;15;1
DN18;18;1
DN22;22;1
DN28;28;1.5
DN35;25;1.5
DN42;42;1.5
DN54;54;2
DN64;64;2
Code: Select all
PSize;OD;thk
DN50-2";60.3;2.9
DN65-2"1/2;76.1;2.9
DN80-3";88.9;3.2
DN100-4";114.3;3.6
DN125-5";139.7;4
DN150-6";168.3;4.5
DN200-8";219.1;6.3
DN250-10";273;6.3
DN300-12";323.9;8
DN400-16";406.4;8.8
DN450-18";457.2;10
DN500-20";508;11
Code: Select all
PSize;OD;thk
DN50-2";60.3;2.9
DN65-2"1/2;76.1;2.9
DN80-3";88.9;2.9
DN100-4";114.3;3.2
DN125-5";139.7;3.6
DN150-6";168.3;4
DN200-8";219.1;5
DN250-10";273;5.6
DN300-12";323.9;5.9
DN350-14";355.6;6.3
DN400-16";406.4;6.3
DN450-18";457.2;6.3
DN500-20";508;6.3
DN600-24";610;6.3
Code: Select all
PSize;OD;thk
DN50-2";60.3;2.9
DN65-2"1/2;76.1;2.9
DN80-3";88.9;3.2
DN100-4";114.3;4
DN125-5";139.7;4.5
DN150-6";168.3;4.5
DN200-8";219.1;6.3
DN250-10";273;6.3
DN300-12";323.9;8
DN350-14";355.6;8
DN400-16";406.4;8.8
DN450-18";457.2;8.8
DN500-20";508;9.5
DN600-24";610;9.5
Code: Select all
PSize;OD;thk
DN10-3/8";17.2;2
DN15-1/2";21.3;2.3
DN20-3/4";26.9;2.6
DN25-1";33.7;2.6
DN32-1"1/4;42.4;2.9
DN40-1"1/2;48.3;2.9
DN50-2";60.3;3.2
DN65-2"1/2;76.1;3.2
DN80-3";88.9;3.6
DN100-4";114.3;3.6
Pipe_EN_10255_Tubi_SS_serie_leggera.csv
Code: Select all
PSize;OD;thk
DN10-3/8";17.2;2
DN15-1/2";21.3;2.3
DN20-3/4";26.9;2.6
DN25-1";33.7;2.6
DN32-1"1/4;42.4;2.9
DN40-1"1/2;48.3;2.9
DN50-2";60.3;3.2
DN65-2"1/2;76.1;3.2
DN80-3";88.9;3.6
DN100-4";114.3;4
Code: Select all
PSize;OD;thk
DN10-3/8";17.2;2.3
DN15-1/2";21.3;2.6
DN20-3/4";26.9;2.6
DN25-1";33.7;3.2
DN32-1"1/4;42.4;3.2
DN40-1"1/2;48.3;3.2
DN50-2";60.3;3.6
DN65-2"1/2;76.1;3.6
DN80-3";88.9;4
DN100-4";114.3;4.5
DN125-5";139.7;5
DN150-6";165.1;5
Code: Select all
PSize;OD;thk
DN10-3/8";17.2;2.9
DN15-1/2";21.3;3.2
DN20-3/4";26.9;3.2
DN25-1";33.7;4
DN32-1"1/4;42.4;4
DN40-1"1/2;48.3;4
DN50-2";60.3;4.5
DN65-2"1/2;76.1;4.5
DN80-3";88.9;5
DN100-4";114.3;5.4
DN125-5";139.7;5.4
DN150-6";165.1;5.4
Small improvement request: expand the windows. Thank you.
Renato
Re: Flamingo Pype tools
To @renatorivo: Thanks for the data-sets. I copy&pasted one of those .csv files in the "/tables" directory and it worked fine.
I'm glad to see that "flamingos" are getting usefull.
Removed also the "setMaximumWidth()" for the list-boxes in the dialog, so now it can be resized according to the needs.
ByTheWay, I started also to modify the dialogs with QtDesigner and integrate them in the user interface of FreeCAD: if you mind, try the commands "fillFrame" and "shiftTheBeam" and let me know.
To @ikua. At present time pypelines driven by a "path" are conceived as a set of pipes and curves only; so anytime you redraw one pypeline, the method deletes all curves and pipes inside the group of the pypeline and redraw them on the new or modified path. All other components (such as flanges, reductions, supports etc.) are left as they are. (Same as with the "Frameline" class, but with frames you shall also clear the old beams excplicitly before redrawing - I will make a tutorial also for that, sooner or later).
Pypelines are intended to collect objects easily and to draft the route of pipes roughly but refinements must still be "hand-made".
(Thinking about it I could make a new class Pypeline 3.0 that includes also other components using some xml... but it will be quite different from the present concept and quite challenging for me.)
I'm glad to see that "flamingos" are getting usefull.
Removed also the "setMaximumWidth()" for the list-boxes in the dialog, so now it can be resized according to the needs.
ByTheWay, I started also to modify the dialogs with QtDesigner and integrate them in the user interface of FreeCAD: if you mind, try the commands "fillFrame" and "shiftTheBeam" and let me know.
To @ikua. At present time pypelines driven by a "path" are conceived as a set of pipes and curves only; so anytime you redraw one pypeline, the method deletes all curves and pipes inside the group of the pypeline and redraw them on the new or modified path. All other components (such as flanges, reductions, supports etc.) are left as they are. (Same as with the "Frameline" class, but with frames you shall also clear the old beams excplicitly before redrawing - I will make a tutorial also for that, sooner or later).
Pypelines are intended to collect objects easily and to draft the route of pipes roughly but refinements must still be "hand-made".
(Thinking about it I could make a new class Pypeline 3.0 that includes also other components using some xml... but it will be quite different from the present concept and quite challenging for me.)
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Re: Flamingo Pype tools
Thanks for the window-data changes, now it works fine
Example: Join two edges ... The second selection is moved to the first one.
How can I create new profiles and archive them in Tables? Profiles U, L, etc.
Renato
It seems to me that the commands work properly. Perhaps, for beginners it may be useful to have some more suggestion.oddtopus wrote:if you mind, try the commands "fillFrame" and "shiftTheBeam" and let me know.
Example: Join two edges ... The second selection is moved to the first one.
How can I create new profiles and archive them in Tables? Profiles U, L, etc.
Renato
Re: Flamingo Pype tools
To create the profiles I used the function makeProfile from the Arch module.
That function, beside the width (W), height (H) and thickness of flange and web (tf and ta), accepts a letter that defines the profile type: that is column "stype" of the .csv file. Herebelow you find an example for rectangular-hollow (RH) shaped profiles:
SSize;stype;H;W;ta;tf
RH40x40x5;RH;40;40;5;5
RH50x50x5;RH;50;50;5;5
For more information about the possible parameters, search the makeProfile() function inside ArchProfile.py.
Unfortunately it seems that it's not possible to create L-shaped profiles with that function yet, but there is another way to make it. Just sketch your profile using Sketcher (which I prefer) or Draft workbenches and then drag that sketch or shape into the "Profiles-set" group: that will make it available as a beam's profile.
This latter method may be tricky sometime because you have to care about the origin of your shape and also the orientation of the lines (clockwise or counter-clockwise) but with few experiments you may be able to understand how it works.
Also notice the "Move to origin" check-box when you create a frame-line: if that is checked, it moves the center-of-mass of the section in the origin of the drawing so that it will be coincident to the center-line of beams; otherwise it will leave the section as it is drawn so that the profile is shifted respect to center-line (usefull when an edge must be tangent to one surface, for instance).
Sooner or later I will summarize that in a tutorial, to keep track of it.
That function, beside the width (W), height (H) and thickness of flange and web (tf and ta), accepts a letter that defines the profile type: that is column "stype" of the .csv file. Herebelow you find an example for rectangular-hollow (RH) shaped profiles:
SSize;stype;H;W;ta;tf
RH40x40x5;RH;40;40;5;5
RH50x50x5;RH;50;50;5;5
For more information about the possible parameters, search the makeProfile() function inside ArchProfile.py.
Unfortunately it seems that it's not possible to create L-shaped profiles with that function yet, but there is another way to make it. Just sketch your profile using Sketcher (which I prefer) or Draft workbenches and then drag that sketch or shape into the "Profiles-set" group: that will make it available as a beam's profile.
This latter method may be tricky sometime because you have to care about the origin of your shape and also the orientation of the lines (clockwise or counter-clockwise) but with few experiments you may be able to understand how it works.
Also notice the "Move to origin" check-box when you create a frame-line: if that is checked, it moves the center-of-mass of the section in the origin of the drawing so that it will be coincident to the center-line of beams; otherwise it will leave the section as it is drawn so that the profile is shifted respect to center-line (usefull when an edge must be tangent to one surface, for instance).
Sooner or later I will summarize that in a tutorial, to keep track of it.