Animation-CobAnimation - Revision history

Flozi: 1cat

2013-03-21T10:48:05Z

1cat

← Older revision		Revision as of 11:48, 21 March 2013
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	Slows the piece's spinning down until it stops. As with angular acceleration, the angular deceleration should always be positive and is measured in Spring angles per frame-second.		Slows the piece's spinning down until it stops. As with angular acceleration, the angular deceleration should always be positive and is measured in Spring angles per frame-second.

	~~[[Category:Unit_development]]~~
	[[Category:Animation]]		[[Category:Animation]]

Abma: /* Pieces */

2011-06-12T12:09:24Z

Pieces

← Older revision		Revision as of 13:09, 12 June 2011
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	As usual, capitalization does not matter; neither does the order of the pieces. You do not need to name every piece that the model actually has, although you should do so, and you cannot do anything to a piece that you have not named. If you try to do something to a piece that doesn't exist, Spring will throw an error. Generally it will not crash but you'll probably get lots of chat spam, so avoid this.		As usual, capitalization does not matter; neither does the order of the pieces. You do not need to name every piece that the model actually has, although you should do so, and you cannot do anything to a piece that you have not named. If you try to do something to a piece that doesn't exist, Spring will throw an error. Generally it will not crash but you'll probably get lots of chat spam, so avoid this.

	Every piece starts in the position as it appears in any modeling program, such as ~~Upspring~~. This is defined to be zero position and zero rotation.		Every piece starts in the position as it appears in any modeling program, such as [[upspring]]. This is defined to be zero position and zero rotation.

	Pieces are really numbers, although Scriptor usually throws a fit if you try to use them as numbers (it will not accept a number in places where it expects a piece name, although for functions that involve a piecenum you can use the piece's number instead of the piece name if you so desire). The first piece you list is 0, and it counts from there.		Pieces are really numbers, although Scriptor usually throws a fit if you try to use them as numbers (it will not accept a number in places where it expects a piece name, although for functions that involve a piecenum you can use the piece's number instead of the piece name if you so desire). The first piece you list is 0, and it counts from there.

Koshi: fix category

2010-03-13T17:35:55Z

fix category

← Older revision		Revision as of 18:35, 13 March 2010
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	Slows the piece's spinning down until it stops. As with angular acceleration, the angular deceleration should always be positive and is measured in Spring angles per frame-second.		Slows the piece's spinning down until it stops. As with angular acceleration, the angular deceleration should always be positive and is measured in Spring angles per frame-second.

			[[Category:Unit_development]]
			[[Category:Animation]]

Tobi: missing newlines

2009-08-24T20:33:33Z

missing newlines

← Older revision		Revision as of 21:33, 24 August 2009
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	Rotations around x-axis and z-axis are left-handed and rotations around the y-axis is right-handed. To comprehend this more easily, positive angles are shown graphically in the following figure:		Rotations around x-axis and z-axis are left-handed and rotations around the y-axis is right-handed. To comprehend this more easily, positive angles are shown graphically in the following figure:

	<center>[[Image:Cob_Rotation_System.jpg]]</center>		<center>
			[[Image:Cob_Rotation_System.jpg]]
			</center>

	==move==		==move==

Tobi: center the image

2009-08-24T20:33:10Z

center the image

← Older revision		Revision as of 21:33, 24 August 2009
Line 27:		Line 27:
	Rotations around x-axis and z-axis are left-handed and rotations around the y-axis is right-handed. To comprehend this more easily, positive angles are shown graphically in the following figure:		Rotations around x-axis and z-axis are left-handed and rotations around the y-axis is right-handed. To comprehend this more easily, positive angles are shown graphically in the following figure:

	[[Image:Cob_Rotation_System.jpg]]		<center>[[Image:Cob_Rotation_System.jpg]]</center>

	==move==		==move==

Tobi: the text about rotations was clearly wrong too

2009-08-24T20:32:40Z

the text about rotations was clearly wrong too

← Older revision		Revision as of 21:32, 24 August 2009
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	The position and rotation of each piece defines the coordinate system for all of its child pieces. So, if you move or rotate a piece, all of its child pieces will move and rotate with it.		The position and rotation of each piece defines the coordinate system for all of its child pieces. So, if you move or rotate a piece, all of its child pieces will move and rotate with it.

	~~A positive angle is counterclockwise looking at the piece from the positive end of the~~ axis ~~toward the negative end of~~ the axis.		Rotations around x-axis and z-axis are left-handed and rotations around the y-axis is right-handed. To comprehend this more easily, positive angles are shown graphically in the following figure:

	~~Positive~~ angles are shown graphically in the following figure:

	[[Image:Cob_Rotation_System.jpg]]		[[Image:Cob_Rotation_System.jpg]]

Tobi at 20:26, 24 August 2009

2009-08-24T20:26:31Z

← Older revision		Revision as of 21:26, 24 August 2009
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	A positive angle is counterclockwise looking at the piece from the positive end of the axis toward the negative end of the axis.		A positive angle is counterclockwise looking at the piece from the positive end of the axis toward the negative end of the axis.

	Positive angles are shown graphically in the following figure: [[Image:Cob_Rotation_System.jpg]]		Positive angles are shown graphically in the following figure:

			[[Image:Cob_Rotation_System.jpg]]

	==move==		==move==

Tobi at 20:22, 24 August 2009

2009-08-24T20:22:07Z

← Older revision		Revision as of 21:22, 24 August 2009
Line 27:		Line 27:
	A positive angle is counterclockwise looking at the piece from the positive end of the axis toward the negative end of the axis.		A positive angle is counterclockwise looking at the piece from the positive end of the axis toward the negative end of the axis.

	Positive angles are shown graphically in the following figure: [[Cob_Rotation_System.jpg]]		Positive angles are shown graphically in the following figure: [[Image:Cob_Rotation_System.jpg]]

	==move==		==move==

Tobi at 20:21, 24 August 2009

2009-08-24T20:21:47Z

← Older revision		Revision as of 21:21, 24 August 2009
Line 27:		Line 27:
	A positive angle is counterclockwise looking at the piece from the positive end of the axis toward the negative end of the axis.		A positive angle is counterclockwise looking at the piece from the positive end of the axis toward the negative end of the axis.

	Positive angles are shown graphically in the following figure: [[~~Image:~~Cob_Rotation_System.jpg]]		Positive angles are shown graphically in the following figure: [[Cob_Rotation_System.jpg]]

	==move==		==move==

Tobi: added link to cob_rotation_system.jpg

2009-08-24T20:21:30Z

added link to cob_rotation_system.jpg

← Older revision		Revision as of 21:21, 24 August 2009
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	A positive angle is counterclockwise looking at the piece from the positive end of the axis toward the negative end of the axis.		A positive angle is counterclockwise looking at the piece from the positive end of the axis toward the negative end of the axis.

			Positive angles are shown graphically in the following figure: [[Image:Cob_Rotation_System.jpg]]

	==move==		==move==