OpenSCAD Flighting Generator - Revision history

Marcin at 20:41, 19 September 2020

2020-09-19T20:41:28Z

← Older revision		Revision as of 20:41, 19 September 2020
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			=Flighting=

	[[File:flightinggen.scad.zip]]		[[File:flightinggen.scad.zip]]

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	Auger_handedness = "'''right'''"; //["right":Right, "left":Left]		Auger_handedness = "'''right'''"; //["right":Right, "left":Left]

			=Links=
			*See also [[Auger Generator]]

Marcin at 16:33, 18 September 2020

2020-09-18T16:33:37Z

← Older revision		Revision as of 16:33, 18 September 2020
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	//The thickness of the "flight" (in the direction of height)		//The thickness of the "flight" (in the direction of height)
	Auger_flight_thickness = 1; //[0.2:Thin, 1:Medium, 10:Thick]		Auger_flight_thickness = 1; //[0.2:Thin, 1:Medium, 10:Thick]

	Auger_handedness = "'''right'''"; //["right":Right, "left":Left]		Auger_handedness = "'''right'''"; //["right":Right, "left":Left]

Marcin at 16:32, 18 September 2020

2020-09-18T16:32:53Z

← Older revision		Revision as of 16:32, 18 September 2020
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	//The total amount of twist, in degrees		//The total amount of twist, in degrees
	Auger_twist = '''~~300~~'''; //[90:1080]		Auger_twist = '''360'''; //[90:1080]

	//The radius of the auger's "flight" past the shaft		//The radius of the auger's "flight" past the shaft
	Auger_flight_radius = 20; //[5:50]		Auger_flight_radius = '''20'''; //[5:50]

	//The number of "flights"		//The number of "flights"
	Auger_num_flights = 1; //[1:5]		Auger_num_flights = '''1'''; //[1:5]

	//The height, from top to bottom of the "shaft"		//The height, from top to bottom of the "shaft"
	Auger_flight_length = 10; //[10:200]		Auger_flight_length = '''10'''; //[10:200]

	/* [Printer] */		/* [Printer] */
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	//The radius of the auger's "shaft"		//The radius of the auger's "shaft"
	Auger_shaft_radius = 5; //[1:25]		Auger_shaft_radius = '''5'''; //[1:25]

	//The thickness of the "flight" (in the direction of height)		//The thickness of the "flight" (in the direction of height)
	Auger_flight_thickness = 1; //[0.2:Thin, 1:Medium, 10:Thick]		Auger_flight_thickness = 1; //[0.2:Thin, 1:Medium, 10:Thick]
	Auger_handedness = "right"; //["right":Right, "left":Left]		Auger_handedness = "'''right'''"; //["right":Right, "left":Left]

Marcin at 16:29, 18 September 2020

2020-09-18T16:29:24Z

← Older revision		Revision as of 16:29, 18 September 2020
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	[[File:flightinggen.scad]]		[[File:flightinggen.scad.zip]]

	[[File:augerflights.png]]		[[File:augerflights.png]]

Marcin: Created page with "File:flightinggen.scad File:augerflights.png Parameters used above: //The total amount of twist, in degrees Auger_twist = '''300'''; //[90:1080] //The radius of t..."

2020-09-18T16:28:35Z

Created page with "File:flightinggen.scad File:augerflights.png Parameters used above: //The total amount of twist, in degrees Auger_twist = '''300'''; //[90:1080] //The radius of t..."

New page

[[File:flightinggen.scad]]

[[File:augerflights.png]]

Parameters used above:

//The total amount of twist, in degrees
Auger_twist = '''300'''; //[90:1080]

//The radius of the auger's "flight" past the shaft
Auger_flight_radius = 20; //[5:50]

//The number of "flights"
Auger_num_flights = 1; //[1:5]

//The height, from top to bottom of the "shaft"
Auger_flight_length = 10; //[10:200]

/* [Printer] */
//The overhang angle your printer is capable of
Printer_overhang_capability = 0; //[0:40]

//The thickness of perimeter support material
Auger_perimeter_thickness = 0.0; //[0:None, 0.8:Thin, 2:Thick]

//The radius of the auger's "shaft"
Auger_shaft_radius = 5; //[1:25]

//The thickness of the "flight" (in the direction of height)
Auger_flight_thickness = 1; //[0.2:Thin, 1:Medium, 10:Thick]
Auger_handedness = "right"; //["right":Right, "left":Left]