ELSC (File Format) - Revision history

imported>Jackoalan: /* Properties */

2017-06-11T06:08:55Z

Properties

← Older revision		Revision as of 06:08, 11 June 2017
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	{{ParticlePropertyRow\|IEMT\|EmitterElement\|Initial Emitter\|Particle Creation\|Position source for instance start-point; Velocity is used to form Bézier points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|IEMT\|EmitterElement\|Initial Emitter\|Particle Creation\|Position source for instance start-point; Velocity is used to form Bézier points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|FEMT\|EmitterElement\|Final Emitter\|Particle Creation\|Position source for instance end-point; Velocity is used to form Bézier points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|FEMT\|EmitterElement\|Final Emitter\|Particle Creation\|Position source for instance end-point; Velocity is used to form Bézier points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|AMPL\|RealElement\|Length Amplitude\|Particle Creation\|Randomized coefficient of fractal displacement as product of segment ~~count~~\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|AMPL\|RealElement\|Length Amplitude\|Particle Creation\|Randomized coefficient of fractal displacement as product of recursive segment length\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|AMPD\|RealElement\|Direct Amplitude\|Particle Creation\|Separately randomized coefficient of fractal displacement\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|AMPD\|RealElement\|Direct Amplitude\|Particle Creation\|Separately randomized coefficient of fractal displacement\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|LWD1\|RealElement\|Line Width 1\|Particle Creation and Update\|Enables line 1 (overdrawn with same verts) and specifies its width in 480p pixels\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|LWD1\|RealElement\|Line Width 1\|Particle Creation and Update\|Enables line 1 (overdrawn with same verts) and specifies its width in 480p pixels\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}

imported>Jackoalan at 05:55, 11 June 2017

2017-06-11T05:55:29Z

← Older revision		Revision as of 05:55, 11 June 2017
Line 3:		Line 3:
	Electrical effects are commonly used to dynamically draw lightning and electrical arcs.		Electrical effects are commonly used to dynamically draw lightning and electrical arcs.

	~~An electrical~~ ''particle instance'' ~~is a single line subdivided into ''segments''. Whenever a new instance~~ is generated, a		Whenever a new ''particle instance'' is generated, a [[wikipedia:Bézier curve\|Bézier curve]] is subdivided into segments.
	[[wikipedia:Bézier curve\|Bézier curve]] is subdivided into segments. The central vertices are displaced using		The central vertices are then displaced using a [[wikipedia:Fractal\|random fractal algorithm]].
	a [[wikipedia:Fractal\|random fractal algorithm]]. The instance's color and line-width is updated over its lifetime.		The instance's color and line-width is updated over its lifetime.

	== Properties ==		== Properties ==

imported>Jackoalan at 04:05, 11 June 2017

2017-06-11T04:05:57Z

← Older revision		Revision as of 04:05, 11 June 2017
Line 4:		Line 4:

	An electrical ''particle instance'' is a single line subdivided into ''segments''. Whenever a new instance is generated, a		An electrical ''particle instance'' is a single line subdivided into ''segments''. Whenever a new instance is generated, a
	[[wikipedia:Bézier curve\|Bézier curve]] is subdivided into segments. The ~~segment's~~ central vertices are displaced using		[[wikipedia:Bézier curve\|Bézier curve]] is subdivided into segments. The central vertices are displaced using
	a [[wikipedia:Fractal\|random fractal algorithm]]. The instance's color and line-width is updated over its lifetime.		a [[wikipedia:Fractal\|random fractal algorithm]]. The instance's color and line-width is updated over its lifetime.

imported>Jackoalan at 04:01, 11 June 2017

2017-06-11T04:01:59Z

← Older revision		Revision as of 04:01, 11 June 2017
Line 4:		Line 4:

	An electrical ''particle instance'' is a single line subdivided into ''segments''. Whenever a new instance is generated, a		An electrical ''particle instance'' is a single line subdivided into ''segments''. Whenever a new instance is generated, a
	[[wikipedia:Bézier curve\|Bézier curve]] is subdivided into segments. The segment's central vertices are displaced using		[[wikipedia:Bézier curve\|Bézier curve]] is subdivided into segments. The segment's central vertices are displaced using
	a [[wikipedia:Fractal\|random fractal algorithm]]. The instance's color and line-width is updated over its lifetime.		a [[wikipedia:Fractal\|random fractal algorithm]]. The instance's color and line-width is updated over its lifetime.

imported>Jackoalan at 04:01, 11 June 2017

2017-06-11T04:01:26Z

← Older revision		Revision as of 04:01, 11 June 2017
Line 3:		Line 3:
	Electrical effects are commonly used to dynamically draw lightning and electrical arcs.		Electrical effects are commonly used to dynamically draw lightning and electrical arcs.

	An electrical ''particle instance'' is a single line subdivided into ''segments''. Whenever a new instance is generated, ~~its~~ central		An electrical ''particle instance'' is a single line subdivided into ''segments''. Whenever a new instance is generated, a
	vertices are displaced using a [[wikipedia:Fractal\|random fractal algorithm]]. The instance's color and line-width is updated		[[wikipedia:Bézier curve\|Bézier curve]] is subdivided into segments. The segment's central vertices are displaced using
	over its lifetime.		a [[wikipedia:Fractal\|random fractal algorithm]]. The instance's color and line-width is updated over its lifetime.

	== Properties ==		== Properties ==
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	{{ParticlePropertyRow\|SSEG\|IntElement\|Segment Count\|System Init\|Maximum count of line segments per instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|SSEG\|IntElement\|Segment Count\|System Init\|Maximum count of line segments per instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|COLR\|ColorElement\|Swoosh Color\|Particle Creation and Update\|Modulation color evaluated for swoosh-based instances\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|COLR\|ColorElement\|Swoosh Color\|Particle Creation and Update\|Modulation color evaluated for swoosh-based instances\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|IEMT\|EmitterElement\|Initial Emitter\|Particle Creation\|Position source for instance start-point; Velocity is used to form ~~beziér~~ points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|IEMT\|EmitterElement\|Initial Emitter\|Particle Creation\|Position source for instance start-point; Velocity is used to form Bézier points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|FEMT\|EmitterElement\|Final Emitter\|Particle Creation\|Position source for instance end-point; Velocity is used to form ~~beziér~~ points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|FEMT\|EmitterElement\|Final Emitter\|Particle Creation\|Position source for instance end-point; Velocity is used to form Bézier points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|AMPL\|RealElement\|Length Amplitude\|Particle Creation\|Randomized coefficient of fractal displacement as product of segment count\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|AMPL\|RealElement\|Length Amplitude\|Particle Creation\|Randomized coefficient of fractal displacement as product of segment count\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|AMPD\|RealElement\|Direct Amplitude\|Particle Creation\|Separately randomized coefficient of fractal displacement\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|AMPD\|RealElement\|Direct Amplitude\|Particle Creation\|Separately randomized coefficient of fractal displacement\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}

imported>Jackoalan at 03:58, 11 June 2017

2017-06-11T03:58:33Z

Show changes

>Aruki: /* ELSC Keys */

2016-07-26T20:30:24Z

ELSC Keys

← Older revision		Revision as of 20:30, 26 July 2016
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	\|<code>AMPL</code>		\|<code>AMPL</code>
	\|		\|
	\|<code>~~bool~~</code>		\|<code>float</code>
	\|		\|
	\|		\|

imported>Jackoalan: /* ELSC Keys */

2015-03-15T02:28:33Z

ELSC Keys

← Older revision		Revision as of 02:28, 15 March 2015
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	\|		\|
	\|<code>bool</code>		\|<code>bool</code>
	\| ~~Something n:[1-2]~~		\|
	\|		\|
	\|-		\|-

imported>Jackoalan at 21:25, 14 March 2015

2015-03-14T21:25:25Z

@@ Line 1: / Line 1: @@
-{{research|3|There is nothing known about this format.}}
+{{research|2|Parameter keys need reverse-engineering}}
-The '''ELSC format''' is used for electric particle data in the Prime series.
+== ELSC Keys ==
 [[Category:File Formats]]

>Embyr 75: {{research}}

2015-02-01T07:34:39Z

← Older revision		Revision as of 07:34, 1 February 2015
Line 1:		Line 1:
			{{research\|3\|There is nothing known about this format.}}

	The '''ELSC format''' is used for electric particle data in the Prime series.		The '''ELSC format''' is used for electric particle data in the Prime series.

	~~{{researchmajor\|reason=There is nothing known about this format.}}~~

	[[Category:File Formats]]		[[Category:File Formats]]

← Older revision		Revision as of 06:08, 11 June 2017
Line 33:		Line 33:
	{{ParticlePropertyRow\|IEMT\|EmitterElement\|Initial Emitter\|Particle Creation\|Position source for instance start-point; Velocity is used to form Bézier points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|IEMT\|EmitterElement\|Initial Emitter\|Particle Creation\|Position source for instance start-point; Velocity is used to form Bézier points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|FEMT\|EmitterElement\|Final Emitter\|Particle Creation\|Position source for instance end-point; Velocity is used to form Bézier points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|FEMT\|EmitterElement\|Final Emitter\|Particle Creation\|Position source for instance end-point; Velocity is used to form Bézier points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|AMPL\|RealElement\|Length Amplitude\|Particle Creation\|Randomized coefficient of fractal displacement as product of segment ~~count~~\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|AMPL\|RealElement\|Length Amplitude\|Particle Creation\|Randomized coefficient of fractal displacement as product of recursive segment length\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|AMPD\|RealElement\|Direct Amplitude\|Particle Creation\|Separately randomized coefficient of fractal displacement\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|AMPD\|RealElement\|Direct Amplitude\|Particle Creation\|Separately randomized coefficient of fractal displacement\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|LWD1\|RealElement\|Line Width 1\|Particle Creation and Update\|Enables line 1 (overdrawn with same verts) and specifies its width in 480p pixels\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|LWD1\|RealElement\|Line Width 1\|Particle Creation and Update\|Enables line 1 (overdrawn with same verts) and specifies its width in 480p pixels\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}

← Older revision		Revision as of 04:01, 11 June 2017
Line 3:		Line 3:
	Electrical effects are commonly used to dynamically draw lightning and electrical arcs.		Electrical effects are commonly used to dynamically draw lightning and electrical arcs.

	An electrical ''particle instance'' is a single line subdivided into ''segments''. Whenever a new instance is generated, ~~its~~ central		An electrical ''particle instance'' is a single line subdivided into ''segments''. Whenever a new instance is generated, a
	vertices are displaced using a [[wikipedia:Fractal\|random fractal algorithm]]. The instance's color and line-width is updated		[[wikipedia:Bézier curve\|Bézier curve]] is subdivided into segments. The segment's central vertices are displaced using
	over its lifetime.		a [[wikipedia:Fractal\|random fractal algorithm]]. The instance's color and line-width is updated over its lifetime.

	== Properties ==		== Properties ==
Line 31:		Line 31:
	{{ParticlePropertyRow\|SSEG\|IntElement\|Segment Count\|System Init\|Maximum count of line segments per instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|SSEG\|IntElement\|Segment Count\|System Init\|Maximum count of line segments per instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|COLR\|ColorElement\|Swoosh Color\|Particle Creation and Update\|Modulation color evaluated for swoosh-based instances\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|COLR\|ColorElement\|Swoosh Color\|Particle Creation and Update\|Modulation color evaluated for swoosh-based instances\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|IEMT\|EmitterElement\|Initial Emitter\|Particle Creation\|Position source for instance start-point; Velocity is used to form ~~beziér~~ points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|IEMT\|EmitterElement\|Initial Emitter\|Particle Creation\|Position source for instance start-point; Velocity is used to form Bézier points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|FEMT\|EmitterElement\|Final Emitter\|Particle Creation\|Position source for instance end-point; Velocity is used to form ~~beziér~~ points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|FEMT\|EmitterElement\|Final Emitter\|Particle Creation\|Position source for instance end-point; Velocity is used to form Bézier points to curve instance\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|AMPL\|RealElement\|Length Amplitude\|Particle Creation\|Randomized coefficient of fractal displacement as product of segment count\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|AMPL\|RealElement\|Length Amplitude\|Particle Creation\|Randomized coefficient of fractal displacement as product of segment count\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}
	{{ParticlePropertyRow\|AMPD\|RealElement\|Direct Amplitude\|Particle Creation\|Separately randomized coefficient of fractal displacement\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}		{{ParticlePropertyRow\|AMPD\|RealElement\|Direct Amplitude\|Particle Creation\|Separately randomized coefficient of fractal displacement\|{{check}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}\|{{nocheck}}}}