Functions
int	SO3EnvironmentRegisterViewport (mmachine m)
	main include

int	SO3EnvironmentUnregisterViewport (mmachine m)
	SO3EnvironmentUnregisterViewport :

int	SO3EnvironmentGetRegisteredViewports (mmachine m)
	SO3EnvironmentGetRegisteredViewports :

int	SO3EnvironmentGetEnable (mmachine m)
	SO3EnvironmentGetEnable :

int	SO3EnvironmentSetEnable (mmachine m)
	SO3EnvironmentSetEnable :

int	SO3EnvironmentGetWindSpeed (mmachine m)
	SO3EnvironmentGetWindSpeed :

int	SO3EnvironmentSetWindSpeed (mmachine m)
	SO3EnvironmentSetWindSpeed :

int	SO3EnvironmentGetWindDirection (mmachine m)
	SO3EnvironmentGetWindDirection :

int	SO3EnvironmentSetWindDirection (mmachine m)
	SO3EnvironmentSetWindDirection :

int	SO3EnvironmentGetHumidity (mmachine m)
	SO3EnvironmentGetHumidity :

int	SO3EnvironmentSetHumidity (mmachine m)
	SO3EnvironmentSetHumidity :

int	SO3EnvironmentGetTimeSpeedFactor (mmachine m)
	SO3EnvironmentGetTimeSpeedFactor :

int	SO3EnvironmentSetTimeSpeedFactor (mmachine m)
	SO3EnvironmentSetTimeSpeedFactor :

int	SO3EnvironmentGetPaused (mmachine m)
	SO3EnvironmentGetPaused :

int	SO3EnvironmentSetPaused (mmachine m)
	SO3EnvironmentSetPaused :

int	SO3EnvironmentGetDateTime (mmachine m)
	SO3EnvironmentGetDateTime :

int	SO3EnvironmentSetDateTime (mmachine m)
	SO3EnvironmentSetDateTime :

int	SO3EnvironmentGetLongitude (mmachine m)
	SO3EnvironmentGetLongitude :

int	SO3EnvironmentSetLongitude (mmachine m)
	SO3EnvironmentSetLongitude :

int	SO3EnvironmentGetLatitude (mmachine m)
	SO3EnvironmentGetLatitude :

int	SO3EnvironmentSetLatitude (mmachine m)
	SO3EnvironmentSetLatitude :

int	SO3WaterGetEnable (mmachine m)
	SO3WaterGetEnable :

int	SO3WaterSetEnable (mmachine m)
	SO3WaterSetEnable :

int	SO3WaterComponentGetEnabled (mmachine m)
	SO3WaterComponentGetEnabled :

int	SO3WaterComponentSetEnabled (mmachine m)
	SO3WaterComponentSetEnabled :

int	SO3SkyGetEnable (mmachine m)
	SO3SkyGetEnable :

int	SO3SkySetEnable (mmachine m)
	SO3SkySetEnable :

int	SO3SkyComponentGetEnabled (mmachine m)
	SO3SkyComponentGetEnabled :

int	SO3SkyComponentSetEnabled (mmachine m)
	SO3SkyComponentSetEnabled :

int	SO3WaterGetPosition (mmachine m)
	SO3WaterGetPosition :

int	SO3WaterSetPosition (mmachine m)
	SO3WaterSetPosition :

int	SO3WaterGetColor (mmachine m)
	SO3WaterGetColor :

int	SO3WaterSetColor (mmachine m)
	SO3WaterSetColor :

int	SO3WaterGetAnimationSpeed (mmachine m)
	SO3WaterGetAnimationSpeed :

int	SO3WaterSetAnimationSpeed (mmachine m)
	SO3WaterSetAnimationSpeed :

int	SO3WaterGetSunParameters (mmachine m)
	SO3WaterGetSunParameters :

int	SO3WaterSetSunParameters (mmachine m)
	SO3WaterSetSunParameters :

int	SO3WaterGetFoamParameters (mmachine m)
	SO3WaterGetFoamParameters :

int	SO3WaterSetFoamParameters (mmachine m)
	SO3WaterSetFoamParameters :

int	SO3WaterGetDepthParameters (mmachine m)
	SO3WaterGetDepthParameters :

int	SO3WaterSetDepthParameters (mmachine m)
	SO3WaterSetDepthParameters :

int	SO3WaterGetSmoothPower (mmachine m)
	SO3WaterGetSmoothPower :

int	SO3WaterSetSmoothPower (mmachine m)
	SO3WaterSetSmoothPower :

int	SO3WaterGetCausticsParameters (mmachine m)
	SO3WaterGetCausticsParameters :

int	SO3WaterSetCausticsParameters (mmachine m)
	SO3WaterSetCausticsParameters :

int	SO3WaterGetGodRaysParameters (mmachine m)
	SO3WaterGetGodRaysParameters :

int	SO3WaterSetGodRaysParameters (mmachine m)
	SO3WaterSetGodRaysParameters :

int	SO3WaterGetPerlinNoiseParameters (mmachine m)
	SO3WaterGetPerlinNoiseParameters :

int	SO3WaterSetPerlinNoiseParameters (mmachine m)
	SO3WaterSetPerlinNoiseParameters :

int	SO3WaterGetFftNoiseParameters (mmachine m)
	SO3WaterGetFftNoiseParameters :

int	SO3WaterSetFftNoiseParameters (mmachine m)
	SO3WaterSetFftNoiseParameters :

int	SO3WaterGetWaveParameters (mmachine m)
	SO3WaterGetWaveParameters : Get the water mesh parameters.

int	SO3WaterSetWaveParameters (mmachine m)
	SO3WaterSetWaveParameters : Set the water mesh parameters.

int	SO3WaterGetGeometryComplexity (mmachine m)
	SO3WaterGetGeometryComplexity : Set the water mesh complexity.

int	SO3WaterSetGeometryComplexity (mmachine m)
	SO3WaterSetGeometryComplexity : Set the water mesh complexity.

int	SO3SkyGetAnimationSpeed (mmachine m)
	SO3SkyGetAnimationSpeed :

int	SO3SkySetAnimationSpeed (mmachine m)
	SO3SkySetAnimationSpeed :

int	SO3SkyGetHdrEnable (mmachine m)
	SO3SkyGetHdrEnable :

int	SO3SkySetHdrEnable (mmachine m)
	SO3SkySetHdrEnable :

int	SO3SkyGetCloudCeiling (mmachine m)
	SO3SkyGetCloudCeiling :

int	SO3SkySetCloudCeiling (mmachine m)
	SO3SkySetCloudCeiling :

int	SO3SkyAddLayeredCloud (mmachine m)
	SO3SkyAddLayeredCloud :

int	SO3SkyRemoveLayeredCloud (mmachine m)
	SO3SkyAddLayeredCloud :

int	SO3SkyGetLayeredCloudIndexes (mmachine m)
	SO3SkyGetLayeredCloudIndexes :

int	SO3SkyGetLayeredCloudParameters (mmachine m)
	SO3SkyGetLayeredCloudParameters :

int	SO3SkySetLayeredCloudParameters (mmachine m)
	SO3SkySetLayeredCloudParameters :

int	SO3SkySetLightningEnable (mmachine m)
	SO3SkySetLightningEnable : Set the sky Lightning state, the sky component must be set on SO3_SKY_COMPONENT_VOLUMETRIC_CLOUD.

int	SO3SkyAddLightning (mmachine m)
	SO3SkyAddLightning : Set the sky Lightning state, the sky component must be set on SO3_SKY_COMPONENT_VOLUMETRIC_CLOUD.

int	SO3SkyGetVolumetricCloudParameters (mmachine m)
	SO3SkyGetVolumetricCloudParameters :

int	SO3SunGetLightColor (mmachine m)
	SO3SunGetLightColor :

int	SO3SunSetLightColor (mmachine m)
	SO3SunSetLightColor :

int	SO3MoonGetLightColor (mmachine m)
	SO3MoonGetLightColor :

int	SO3MoonSetLightColor (mmachine m)
	SO3MoonSetLightColor :

int	SO3MoonGetTexturePath (mmachine m)
	SO3MoonGetLightColor :

int	SO3MoonSetTexturePath (mmachine m)
	SO3MoonSetTexturePath :

Detailed Description

Scol functions definition

Function Documentation

◆ SO3EnvironmentGetDateTime()

int SO3EnvironmentGetDateTime ( mmachine m )

SO3EnvironmentGetDateTime :

Prototype: fun [SO3_SCENE] [I I I I I I]

Parameters

SO3_SCENE : The scene on which we want to know the environment date/time

Returns

[I I I I I I] : Current date/time.

I : year
I : month
I : day
I : hours
I : minutes
I : seconds

Definition at line 804 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentGetEnable()

int SO3EnvironmentGetEnable ( mmachine m )

SO3EnvironmentGetEnable :

Prototype:fun [SO3_SCENE] I

Parameters

SO3_SCENE : The scene to which the environment belongs

Returns: I : True is the environment rendering is actually enabled, false otherwise.

Definition at line 266 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentGetHumidity()

int SO3EnvironmentGetHumidity ( mmachine m )

SO3EnvironmentGetHumidity :

Prototype: fun [SO3_SCENE] F

Parameters

SO3_SCENE : The scene on which we want to know the global humidity factor in percent.

Returns: F : The humidity factor

Definition at line 538 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentGetLatitude()

int SO3EnvironmentGetLatitude ( mmachine m )

SO3EnvironmentGetLatitude :

Prototype: fun [SO3_SCENE] F

Parameters

SO3_SCENE : The scene on which we want to know the observer latitude

Returns: F : The observer latitude, in degrees. Positive values are for Northern latitudes, negative values for Southern, 0 is equator.

Definition at line 1017 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentGetLongitude()

int SO3EnvironmentGetLongitude ( mmachine m )

SO3EnvironmentGetLongitude :

Prototype: fun [SO3_SCENE] F

Parameters

SO3_SCENE : The scene on which we want to know the observer longitude

Returns: F : The observer longitude, in degrees. Positive values are for Eastern longitudes, negative values for Western, 0 is Prime meridian (or "Greenwich" meridian).

Definition at line 936 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentGetPaused()

int SO3EnvironmentGetPaused ( mmachine m )

SO3EnvironmentGetPaused :

Prototype:fun [SO3_SCENE] I

Parameters

SO3_SCENE : The scene to which the environment belongs

Returns: I : True is the environment is actually paused (no sun/moon position update, nor waves/clouds animations), false otherwise.

Definition at line 707 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentGetRegisteredViewports()

int SO3EnvironmentGetRegisteredViewports ( mmachine m )

SO3EnvironmentGetRegisteredViewports :

Prototype: fun [SO3_SCENE] [SO3_VIEWPORT r1]

Parameters

SO3_SCENE : The scene on which we want to deactivate the environment rendering

Returns: [SO3_VIEWPORT r1] : The list of activated viewports, NIL otherwise

Definition at line 186 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentGetTimeSpeedFactor()

int SO3EnvironmentGetTimeSpeedFactor ( mmachine m )

SO3EnvironmentGetTimeSpeedFactor :

Prototype: fun [SO3_SCENE] F

Parameters

SO3_SCENE : The scene on which we want to know the time speed factor.

Returns: F : The time speed factor, ie how many seconds are elapsed for a "real" second.
For example, a factor of 1 will advance the environment simulation at real time. Use a factor of 0 to pause the environment simulation. A factor of 60 will advance the simulation 1 minute every second, and a factor of 3600 will advance the simulation 1 hour every second.

Definition at line 620 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentGetWindDirection()

int SO3EnvironmentGetWindDirection ( mmachine m )

SO3EnvironmentGetWindDirection :

Prototype: fun [SO3_SCENE] [F F]

Parameters

SO3_SCENE : The scene on which we want to know the wind direction.

Returns

[F F] : The wind direction, as a 2d vector.

F : x vector value
F : y vector value

Definition at line 446 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentGetWindSpeed()

int SO3EnvironmentGetWindSpeed ( mmachine m )

SO3EnvironmentGetWindSpeed :

Prototype: fun [SO3_SCENE] F

Parameters

SO3_SCENE : The scene on which we want to know the wind speed.

Returns: F : The wind speed.

Definition at line 363 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentRegisterViewport()

int SO3EnvironmentRegisterViewport ( mmachine m )

main include

SO3EnvironmentRegisterViewport :

Prototype: fun [SO3_SCENE SO3_VIEWPORT] I

Parameters

SO3_SCENE	: The scene on which we want to activate the environment rendering
SO3_VIEWPORT	: The viewport that will be used to render the scene (needed for compositors and cameras tracking).

Returns: I : 1 if success , NIL otherwise

Definition at line 57 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentSetDateTime()

int SO3EnvironmentSetDateTime ( mmachine m )

SO3EnvironmentSetDateTime :

Prototype: fun [SO3_SCENE I I I I I I] I

Parameters

SO3_SCENE	: The scene on which we want to set the environment date/time
I	: year (NIL to keep existing value)
I	: month (NIL to keep existing value)
I	: day (NIL to keep existing value)
I	: hours (NIL to keep existing value)
I	: minutes (NIL to keep existing value)
I	: seconds (NIL to keep existing value)

Returns: I : 1 if success, NIL otherwise.

Definition at line 862 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentSetEnable()

int SO3EnvironmentSetEnable ( mmachine m )

SO3EnvironmentSetEnable :

Prototype:fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene to which the environment belongs
I	: Set to "true" to enable the environment rendering, false to deactivate it.

Returns: I : 1 if success, NIL otherwise.

Definition at line 311 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentSetHumidity()

int SO3EnvironmentSetHumidity ( mmachine m )

SO3EnvironmentSetHumidity :

Prototype: fun [SO3_SCENE F] I

Parameters

SO3_SCENE	: The scene on which we want to set the global humidity factor in percent
F	: humidity factor

Returns: I : 1 if success, NIL otherwise.

Definition at line 579 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentSetLatitude()

int SO3EnvironmentSetLatitude ( mmachine m )

SO3EnvironmentSetLatitude :

Prototype: fun [SO3_SCENE F] I

Parameters

SO3_SCENE	: The scene on which we want to set the observer latitude
F	: The observer latitude, in degrees. Positive values are for Northern latitudes, negative values for Southern, 0 is equator.

Returns: I : 1 if success, NIL otherwise.

Definition at line 1057 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentSetLongitude()

int SO3EnvironmentSetLongitude ( mmachine m )

SO3EnvironmentSetLongitude :

Prototype: fun [SO3_SCENE F] I

Parameters

SO3_SCENE	: The scene on which we want to set the observer longitude
F	: The observer longitude, in degrees. Positive values are for Eastern longitudes, negative values for Western, 0 is Prime meridian (or "Greenwich" meridian).

Returns: I : 1 if success, NIL otherwise.

Definition at line 976 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentSetPaused()

int SO3EnvironmentSetPaused ( mmachine m )

SO3EnvironmentSetPaused :

Prototype:fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene to which the environment belongs
I	: Set to "true" to pause the environment (no sun/moon position update, nor waves/clouds animations), false to resume.

Returns: I : 1 if success, NIL otherwise.

Definition at line 752 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentSetTimeSpeedFactor()

int SO3EnvironmentSetTimeSpeedFactor ( mmachine m )

SO3EnvironmentSetTimeSpeedFactor :

Prototype: fun [SO3_SCENE F] I

Parameters

SO3_SCENE	: The scene on which we want to set the time speed factor.
F	: The time speed factor, ie how many seconds are elapsed for a "real" second. For example, a factor of 1 will advance the environment simulation at real time. Use a factor of 0 (or NIL) to pause the environment simulation. A factor of 60 will advance the simulation 1 minute every second, and a factor of 3600 will advance the simulation 1 hour every second.

Returns: I : 1 if success, NIL otherwise.

Definition at line 660 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentSetWindDirection()

int SO3EnvironmentSetWindDirection ( mmachine m )

SO3EnvironmentSetWindDirection :

Prototype: fun [SO3_SCENE F F] I

Parameters

SO3_SCENE	: The scene on which we want to set the wind direction.
F	: x value of the wind direction vector
F	: y value of the wind direction vector

Returns: I : 1 if success, NIL otherwise.

Definition at line 496 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentSetWindSpeed()

int SO3EnvironmentSetWindSpeed ( mmachine m )

SO3EnvironmentSetWindSpeed :

Prototype: fun [SO3_SCENE F] I

Parameters

SO3_SCENE	: The scene on which we want to set the wind speed.
F	: wind speed value

Returns: I : 1 if success, NIL otherwise.

Definition at line 403 of file SCOLEnvironment.cpp.

◆ SO3EnvironmentUnregisterViewport()

int SO3EnvironmentUnregisterViewport ( mmachine m )

SO3EnvironmentUnregisterViewport :

Prototype: fun [SO3_SCENE SO3_VIEWPORT] I

Parameters

SO3_SCENE	: The scene on which we want to deactivate the environment rendering
SO3_VIEWPORT	: The viewport to deactivate.

Returns: I : 1 if success , NIL otherwise

Definition at line 122 of file SCOLEnvironment.cpp.

◆ SO3MoonGetLightColor()

int SO3MoonGetLightColor ( mmachine m )

SO3MoonGetLightColor :

Prototype:fun [SO3_SCENE] I

Parameters

SO3_SCENE : The scene on which we want to get the moon light color

Returns: I : The moon light color

Definition at line 4317 of file SCOLEnvironment.cpp.

◆ SO3MoonGetTexturePath()

int SO3MoonGetTexturePath ( mmachine m )

SO3MoonGetLightColor :

Prototype:fun [SO3_SCENE] S

Parameters

SO3_SCENE : The scene on which we want to get the moon texture

Returns: S : The name of the texture in use for rendering the moon

Definition at line 4413 of file SCOLEnvironment.cpp.

◆ SO3MoonSetLightColor()

int SO3MoonSetLightColor ( mmachine m )

SO3MoonSetLightColor :

Prototype: fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene on which we want to set the moon light color
I	: The moon color

Returns: I : 1 if success, NIL otherwise.

Definition at line 4365 of file SCOLEnvironment.cpp.

◆ SO3MoonSetTexturePath()

int SO3MoonSetTexturePath ( mmachine m )

SO3MoonSetTexturePath :

Prototype: fun [SO3_SCENE S] I

Parameters

SO3_SCENE	: The scene on which we want to set the moon texture
S	: The new texture filename to use for the moon

Returns: I : 1 if success, NIL otherwise.

Definition at line 4459 of file SCOLEnvironment.cpp.

◆ SO3SkyAddLayeredCloud()

int SO3SkyAddLayeredCloud ( mmachine m )

SO3SkyAddLayeredCloud :

Prototype:fun [SO3_SCENE] I

Parameters

SO3_SCENE	: The scene on which we want to add a layered cloud layer
F	: the

Returns: I : the index of the added layer

Definition at line 3652 of file SCOLEnvironment.cpp.

◆ SO3SkyAddLightning()

int SO3SkyAddLightning ( mmachine m )

SO3SkyAddLightning : Set the sky Lightning state, the sky component must be set on SO3_SKY_COMPONENT_VOLUMETRIC_CLOUD.

Prototype: fun [SO3_SCENE [F F F] [F F F] F] I

Parameters

SO3_SCENE	: The scene
[F	F F] : position of the lightning
[F	F F] : direction of the lightning
F	: length of the lightning

Returns: I : 1 if success, NIL otherwise.

Definition at line 4128 of file SCOLEnvironment.cpp.

◆ SO3SkyComponentGetEnabled()

int SO3SkyComponentGetEnabled ( mmachine m )

SO3SkyComponentGetEnabled :

Prototype: fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene on which we want to know if the sky subcomponents is activated
I	: Component type

Returns: I : 1 if the sky subcomponent is activated, 0 otherwise. NIL if error occurs.

Component type values are :

SO3_SKY_COMPONENT_LAYERER_CLOUD
SO3_SKY_COMPONENT_VOLUMETRIC_CLOUD

Definition at line 1443 of file SCOLEnvironment.cpp.

◆ SO3SkyComponentSetEnabled()

int SO3SkyComponentSetEnabled ( mmachine m )

SO3SkyComponentSetEnabled :

Prototype: fun [SO3_SCENE I I] I

Parameters

SO3_SCENE	: The scene on which we want to activate/deactivate the sky subcomponent
I	: Sky component type
I	: 1 to activate the subcomponent, 0 to disable it.

Component type values are :

SO3_SKY_COMPONENT_LAYERER_CLOUD
SO3_SKY_COMPONENT_VOLUMETRIC_CLOUD

Definition at line 1508 of file SCOLEnvironment.cpp.

◆ SO3SkyGetAnimationSpeed()

int SO3SkyGetAnimationSpeed ( mmachine m )

SO3SkyGetAnimationSpeed :

Prototype:fun [SO3_SCENE] F

Parameters

SO3_SCENE : The scene on which the sky is rendered

Returns: F : Return the clouds animation speed. Can be negative. If value is "0", the clouds are frozen.

Definition at line 3362 of file SCOLEnvironment.cpp.

◆ SO3SkyGetCloudCeiling()

int SO3SkyGetCloudCeiling ( mmachine m )

SO3SkyGetCloudCeiling :

Prototype:fun [SO3_SCENE] F

Parameters

SO3_SCENE : The scene on which the sky is rendered

Returns: F : Return the clouds ceiling height, ie, the height above ground at which clouds starts.

Definition at line 3558 of file SCOLEnvironment.cpp.

◆ SO3SkyGetEnable()

int SO3SkyGetEnable ( mmachine m )

SO3SkyGetEnable :

Prototype: fun [SO3_SCENE] I

Parameters

SO3_SCENE : The scene on which we want to know if the sky rendering is activated

Returns: I : 1 if the sky rendering is activated, 0 otherwise. NIL if error occurs.

Definition at line 1343 of file SCOLEnvironment.cpp.

◆ SO3SkyGetHdrEnable()

int SO3SkyGetHdrEnable ( mmachine m )

SO3SkyGetHdrEnable :

Prototype: fun [SO3_SCENE] I

Parameters

SO3_SCENE : The scene on which we want to know if the sky HDR rendering mode is activated

Returns: I : 1 if the sky HDR rendering mode is activated, 0 otherwise. NIL if error occurs.

Definition at line 3458 of file SCOLEnvironment.cpp.

◆ SO3SkyGetLayeredCloudIndexes()

int SO3SkyGetLayeredCloudIndexes ( mmachine m )

SO3SkyGetLayeredCloudIndexes :

Prototype:fun [SO3_SCENE] [I r1]

Parameters

SO3_SCENE : The scene on which we want to retrieve the layers index of the layered cloud

Returns: [I r1] : list of the layer indexes

Definition at line 3755 of file SCOLEnvironment.cpp.

◆ SO3SkyGetLayeredCloudParameters()

int SO3SkyGetLayeredCloudParameters ( mmachine m )

SO3SkyGetLayeredCloudParameters :

Prototype:fun [SO3_SCENE I] [F F F F F F]

Parameters

SO3_SCENE	: The scene on which the sky is rendered
I	: the cloud layer index.

Returns

[F F F F F F F] : The layer cloud parameters, for layered clouds

F : height from cloud ceiling
F : scale
F : attenuation distance
F : attenuation detail
F : height volume
F : volumetric displacement

Definition at line 3842 of file SCOLEnvironment.cpp.

◆ SO3SkyGetVolumetricCloudParameters()

int SO3SkyGetVolumetricCloudParameters ( mmachine m )

SO3SkyGetVolumetricCloudParameters :

Prototype:fun [SO3_SCENE] [F F F]

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns

[F F F] : The underwater "gods ray" parameters, for water rendering

F : intensity
F : speed
F : ray size

Definition at line 4192 of file SCOLEnvironment.cpp.

◆ SO3SkyRemoveLayeredCloud()

int SO3SkyRemoveLayeredCloud ( mmachine m )

SO3SkyAddLayeredCloud :

Prototype:fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene on which we want to add a layered cloud layer
I	: the index of the layer to remove

Returns: I : 1 if success, NIL otherwise.

Definition at line 3700 of file SCOLEnvironment.cpp.

◆ SO3SkySetAnimationSpeed()

int SO3SkySetAnimationSpeed ( mmachine m )

SO3SkySetAnimationSpeed :

Prototype:fun [SO3_SCENE F] I

Parameters

SO3_SCENE	: The scene on which the sky is rendered
I	: Set the clouds animation speed. Can be negative. If value is "0", the clouds will be frozen.

Returns: I : 1 if success, NIL otherwise.

Definition at line 3410 of file SCOLEnvironment.cpp.

◆ SO3SkySetCloudCeiling()

int SO3SkySetCloudCeiling ( mmachine m )

SO3SkySetCloudCeiling :

Prototype:fun [SO3_SCENE F] I

Parameters

SO3_SCENE	: The scene on which the sky is rendered
F	: set the clouds ceiling height, ie, the height above ground at which clouds starts.

Returns: I : 1 if success, NIL otherwise.

Definition at line 3605 of file SCOLEnvironment.cpp.

◆ SO3SkySetEnable()

int SO3SkySetEnable ( mmachine m )

SO3SkySetEnable :

Prototype: fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene on which we want to activate the sky rendering
I	: 1 to activate the sky rendering, 0 to disable it

Returns: I : 1 if success, NIL otherwise.

Definition at line 1386 of file SCOLEnvironment.cpp.

◆ SO3SkySetHdrEnable()

int SO3SkySetHdrEnable ( mmachine m )

SO3SkySetHdrEnable :

Prototype: fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene on which we want to activate the water sky HDR rendering
I	: 1 to activate the HDR rendering mode, 0 to disable it (LDR mode)

Returns: I : 1 if success, NIL otherwise.

Definition at line 3507 of file SCOLEnvironment.cpp.

◆ SO3SkySetLayeredCloudParameters()

int SO3SkySetLayeredCloudParameters ( mmachine m )

SO3SkySetLayeredCloudParameters :

Prototype: fun [SO3_SCENE I F F F F F F] I

Parameters

SO3_SCENE	: The scene on which we want to set the cloud layer properties
I	: the cloud layer index.
F	: height from cloud ceiling (NIL to keep existing value)
F	: scale (NIL to keep existing value)
F	: attenuation distance (NIL to keep existing value)
F	: attenuation detail (NIL to keep existing value)
F	: height volume (NIL to keep existing value)
F	: volumetric displacement (NIL to keep existing value)

Returns: I : 1 if success, NIL otherwise.

Definition at line 3937 of file SCOLEnvironment.cpp.

◆ SO3SkySetLightningEnable()

int SO3SkySetLightningEnable ( mmachine m )

SO3SkySetLightningEnable : Set the sky Lightning state, the sky component must be set on SO3_SKY_COMPONENT_VOLUMETRIC_CLOUD.

Prototype: fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene
I	: 1 to activate the sky Lightning, 0 to disable it

Returns: I : 1 if success, NIL otherwise.

Definition at line 4074 of file SCOLEnvironment.cpp.

◆ SO3SunGetLightColor()

int SO3SunGetLightColor ( mmachine m )

SO3SunGetLightColor :

Prototype:fun [SO3_SCENE] I

Parameters

SO3_SCENE : The scene on which we want to get the sun light color

Returns: I : The sun light color

Definition at line 4220 of file SCOLEnvironment.cpp.

◆ SO3SunSetLightColor()

int SO3SunSetLightColor ( mmachine m )

SO3SunSetLightColor :

Prototype: fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene on which we want to set the sun light color
I	: The sun color

Returns: I : 1 if success, NIL otherwise.

Definition at line 4269 of file SCOLEnvironment.cpp.

◆ SO3WaterComponentGetEnabled()

int SO3WaterComponentGetEnabled ( mmachine m )

SO3WaterComponentGetEnabled :

Prototype: fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene on which we want to know if the water subcomponent is activated
I	: Component type

Returns: I : 1 if the water subcomponent is activated, 0 otherwise. NIL if error occurs.

Component type values are :

SO3_WATER_COMPONENT_SUN
SO3_WATER_COMPONENT_FOAM
SO3_WATER_COMPONENT_DEPTH
SO3_WATER_COMPONENT_SMOOTH
SO3_WATER_COMPONENT_CAUSTICS
SO3_WATER_COMPONENT_UNDERWATER
SO3_WATER_COMPONENT_UNDERWATER_REFLECTIONS
SO3_WATER_COMPONENT_GODRAYS

Definition at line 1204 of file SCOLEnvironment.cpp.

◆ SO3WaterComponentSetEnabled()

int SO3WaterComponentSetEnabled ( mmachine m )

SO3WaterComponentSetEnabled :

Prototype: fun [SO3_SCENE I I] I

Parameters

SO3_SCENE	: The scene on which we want to activate/deactivate the water subcomponent
I	: Water component type
I	: 1 to activate the subcomponent, 0 to disable it.

Returns: I : 1 if success, NIL otherwise.

Component type values are :

SO3_WATER_COMPONENT_SUN
SO3_WATER_COMPONENT_FOAM
SO3_WATER_COMPONENT_DEPTH
SO3_WATER_COMPONENT_SMOOTH
SO3_WATER_COMPONENT_CAUSTICS
SO3_WATER_COMPONENT_UNDERWATER
SO3_WATER_COMPONENT_UNDERWATER_REFLECTIONS
SO3_WATER_COMPONENT_GODRAYS

Definition at line 1276 of file SCOLEnvironment.cpp.

◆ SO3WaterGetAnimationSpeed()

int SO3WaterGetAnimationSpeed ( mmachine m )

SO3WaterGetAnimationSpeed :

Prototype:fun [SO3_SCENE] F

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns: F : Return the waves animation speed. Can be negative. If value is "0", the waves are frozen.

Definition at line 1798 of file SCOLEnvironment.cpp.

◆ SO3WaterGetCausticsParameters()

int SO3WaterGetCausticsParameters ( mmachine m )

SO3WaterGetCausticsParameters :

Prototype:fun [SO3_SCENE] [F F F]

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns

[F F F] : The caustics parameters, for water rendering

F : caustic scale
F : caustic power
F : caustic end

Definition at line 2411 of file SCOLEnvironment.cpp.

◆ SO3WaterGetColor()

int SO3WaterGetColor ( mmachine m )

SO3WaterGetColor :

Prototype:fun [SO3_SCENE] I

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns: I : The water color

Definition at line 1703 of file SCOLEnvironment.cpp.

◆ SO3WaterGetDepthParameters()

int SO3WaterGetDepthParameters ( mmachine m )

SO3WaterGetDepthParameters :

Prototype:fun [SO3_SCENE] [F F]

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns

[F F] : The depth parameters, for water rendering

F : depth maximum attenuation based on distance along Y axis from water plane Y position (surface position).
F : depth maximum attenuation based on distance from current rendering camera

Definition at line 2204 of file SCOLEnvironment.cpp.

◆ SO3WaterGetEnable()

int SO3WaterGetEnable ( mmachine m )

SO3WaterGetEnable :

Prototype: fun [SO3_SCENE] I

Parameters

SO3_SCENE : The scene on which we want to know if the water rendering is activated

Returns: I : 1 if the water rendering is activated, 0 otherwise. NIL if error occurs.

Definition at line 1098 of file SCOLEnvironment.cpp.

◆ SO3WaterGetFftNoiseParameters()

int SO3WaterGetFftNoiseParameters ( mmachine m )

SO3WaterGetFftNoiseParameters :

Prototype:fun [SO3_SCENE] [F F F F I F [F F F] F]

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns

[F F F F I F [F F F] F] : The fft noise parameters, for water rendering

F : scale
F : animation speed
F : amplitude
F : Kw factor
I : resolution
F : physical resolution
[F F F] : GPU LOD parameters (x -> Initial LOD value (Bigger values -> less detail), y -> Final LOD value, z -> Final distance)
F : GPU strength

Definition at line 2937 of file SCOLEnvironment.cpp.

◆ SO3WaterGetFoamParameters()

int SO3WaterGetFoamParameters ( mmachine m )

SO3WaterGetFoamParameters :

Prototype:fun [SO3_SCENE] [F F F F]

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns

[F F F F] : The foam parameters, for water rendering

F : maximum visibility distance
F : scale
F : start
F : transparency power

Definition at line 2059 of file SCOLEnvironment.cpp.

◆ SO3WaterGetGeometryComplexity()

int SO3WaterGetGeometryComplexity ( mmachine m )

SO3WaterGetGeometryComplexity : Set the water mesh complexity.

Prototype:fun [SO3_SCENE] I

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns: I : The water mesh complexity, for water rendering

Definition at line 3254 of file SCOLEnvironment.cpp.

◆ SO3WaterGetGodRaysParameters()

int SO3WaterGetGodRaysParameters ( mmachine m )

SO3WaterGetGodRaysParameters :

Prototype:fun [SO3_SCENE] [[F F F] F F I F I]

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns

[[F F F] F F I F I] : The underwater "gods ray" parameters, for water rendering

[F F F] : exposure
F : intensity
F : speed
I : number of rays
F : ray size
I : enable object intersection (1=true, 0=false).

Definition at line 2550 of file SCOLEnvironment.cpp.

◆ SO3WaterGetPerlinNoiseParameters()

int SO3WaterGetPerlinNoiseParameters ( mmachine m )

SO3WaterGetPerlinNoiseParameters :

Prototype:fun [SO3_SCENE] [F I F F F [F F F] F]

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns

[F I F F F [F F F] F] : The perlin noise parameters, for water rendering

F : scale
I : octaves
F : falloff
F : animation speed
F : time multiplier
[F F F] : GPU LOD parameters (x -> Initial LOD value (Bigger values -> less detail), y -> Final LOD value, z -> Final distance)
F : GPU strength

Definition at line 2741 of file SCOLEnvironment.cpp.

◆ SO3WaterGetPosition()

int SO3WaterGetPosition ( mmachine m )

SO3WaterGetPosition :

Prototype:fun [SO3_SCENE] [F F F]

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns: [F F F] : The water plane position vector, "y" being the sea level.

Definition at line 1576 of file SCOLEnvironment.cpp.

◆ SO3WaterGetSmoothPower()

int SO3WaterGetSmoothPower ( mmachine m )

SO3WaterGetSmoothPower :

Prototype:fun [SO3_SCENE] F

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns: F : The waves smooth power parameter, for water rendering

Definition at line 2313 of file SCOLEnvironment.cpp.

◆ SO3WaterGetSunParameters()

int SO3WaterGetSunParameters ( mmachine m )

SO3WaterGetSunParameters :

Prototype:fun [SO3_SCENE] [[F F F] F F I]

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns

[[F F F] F F I] : The sun parameters, for water rendering

[F F F] : sun position in world space
F : sun strength
F : sun area
I : sun color

Definition at line 1897 of file SCOLEnvironment.cpp.

◆ SO3WaterGetWaveParameters()

int SO3WaterGetWaveParameters ( mmachine m )

SO3WaterGetWaveParameters : Get the water mesh parameters.

Prototype:fun [SO3_SCENE] [F F F]

Parameters

SO3_SCENE : The scene on which the water is rendered

Returns

[F F F] : The wave parameters, for water rendering

F : strength
F : elevation
F : choppy strength

Definition at line 3138 of file SCOLEnvironment.cpp.

◆ SO3WaterSetAnimationSpeed()

int SO3WaterSetAnimationSpeed ( mmachine m )

SO3WaterSetAnimationSpeed :

Prototype:fun [SO3_SCENE F] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
I	: Set the waves animation speed. Can be negative. If value is "0", the waves will be frozen.

Returns: I : 1 if success, NIL otherwise.

Definition at line 1846 of file SCOLEnvironment.cpp.

◆ SO3WaterSetCausticsParameters()

int SO3WaterSetCausticsParameters ( mmachine m )

SO3WaterSetCausticsParameters :

Prototype: fun [SO3_SCENE F F F] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
F	: caustic scale (NIL to keep existing value)
F	: caustic power (NIL to keep existing value)
F	: caustic end (NIL to keep existing value)

Returns: I : 1 if success, NIL otherwise.

Definition at line 2482 of file SCOLEnvironment.cpp.

◆ SO3WaterSetColor()

int SO3WaterSetColor ( mmachine m )

SO3WaterSetColor :

Prototype:fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
I	: The color of the water

Returns: I : 1 if success, NIL otherwise.

Definition at line 1750 of file SCOLEnvironment.cpp.

◆ SO3WaterSetDepthParameters()

int SO3WaterSetDepthParameters ( mmachine m )

SO3WaterSetDepthParameters :

Prototype:fun [SO3_SCENE F F] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
F	: depth maximum attenuation based on distance along Y axis from water plane Y position (surface position). NIL to keep existing value.
F	: depth maximum attenuation based on distance from current rendering camera. NIL to keep existing value.

Returns: I : 1 if success, NIL otherwise.

Definition at line 2261 of file SCOLEnvironment.cpp.

◆ SO3WaterSetEnable()

int SO3WaterSetEnable ( mmachine m )

SO3WaterSetEnable :

Prototype: fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene on which we want to activate the water rendering
I	: 1 to activate the water rendering, 0 to disable it

Returns: I : 1 if success, NIL otherwise.

Definition at line 1141 of file SCOLEnvironment.cpp.

◆ SO3WaterSetFftNoiseParameters()

int SO3WaterSetFftNoiseParameters ( mmachine m )

SO3WaterSetFftNoiseParameters :

Prototype: fun [SO3_SCENE F F F F I F [F F F] F] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
F	: scale (NIL to keep existing value)
F	: animation speed (NIL to keep exising value)
F	: amplitude (NIL to keep exising value)
F	: Kw factor (NIL to keep exising value)
I	: resolution (NIL to keep exising value)
F	: physical resolution (NIL to keep existing value)
[F	F F] : GPU LOD parameters (x -> Initial LOD value (Bigger values -> less detail), y -> Final LOD value, z -> Final distance, use NIL to keep existing value)
F	: GPU strength (NIL to keep existing value)

Returns: I : 1 if success, NIL otherwise.

Definition at line 3041 of file SCOLEnvironment.cpp.

◆ SO3WaterSetFoamParameters()

int SO3WaterSetFoamParameters ( mmachine m )

SO3WaterSetFoamParameters :

Prototype: fun [SO3_SCENE F F F F] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
F	: maximum visibility distance (NIL to keep existing value)
F	: scale (NIL to keep existing value)
F	: start (NIL to keep existing value)
F	: transparency power (NIL to keep existing value)

Returns: I : 1 if success, NIL otherwise.

Definition at line 2135 of file SCOLEnvironment.cpp.

◆ SO3WaterSetGeometryComplexity()

int SO3WaterSetGeometryComplexity ( mmachine m )

SO3WaterSetGeometryComplexity : Set the water mesh complexity.

Prototype: fun [SO3_SCENE I] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
I	: complexity

Returns: I : 1 if success, NIL otherwise.

Definition at line 3308 of file SCOLEnvironment.cpp.

◆ SO3WaterSetGodRaysParameters()

int SO3WaterSetGodRaysParameters ( mmachine m )

SO3WaterSetGodRaysParameters :

Prototype: fun [SO3_SCENE [F F F] F F I F I] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
[F	F F] : exposure (NIL to keep existing value)
F	: intensity (NIL to keep existing value)
	speed (NIL to keep existing value)
	number of rays (NIL to keep existing value)
	ray size (NIL to keep existing value)
	enable object intersection (1=true, 0=false) (NIL to keep existing value)

Returns: I : 1 if success, NIL otherwise.

Definition at line 2648 of file SCOLEnvironment.cpp.

◆ SO3WaterSetPerlinNoiseParameters()

int SO3WaterSetPerlinNoiseParameters ( mmachine m )

SO3WaterSetPerlinNoiseParameters :

Prototype: fun [SO3_SCENE F I F F F [F F F] F] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
F	: scale (NIL to keep existing value)
I	: octaves (NIL to keep existing value)
F	: falloff (NIL to keep existing value)
F	: animation speed (NIL to keep existing value)
F	: time multiplier (NIL to keep existing value)
[F	F F] : GPU LOD parameters (x -> Initial LOD value (Bigger values -> less detail), y -> Final LOD value, z -> Final distance, use NIL to keep existing value)
F	: GPU strength (NIL to keep existing value)

Returns: I : 1 if success, NIL otherwise.

Definition at line 2840 of file SCOLEnvironment.cpp.

◆ SO3WaterSetPosition()

int SO3WaterSetPosition ( mmachine m )

SO3WaterSetPosition :

Prototype:fun [SO3_SCENE [F F F]] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
[F	F F] : Water plane position vector, "y" is sea level.

Returns: I : 1 if success, NIL otherwise.

Definition at line 1634 of file SCOLEnvironment.cpp.

◆ SO3WaterSetSmoothPower()

int SO3WaterSetSmoothPower ( mmachine m )

SO3WaterSetSmoothPower :

Prototype:fun [SO3_SCENE F] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
F	: The waves smooth power parameter, for water rendering

Returns: I : 1 if success, NIL otherwise.

Definition at line 2361 of file SCOLEnvironment.cpp.

◆ SO3WaterSetSunParameters()

int SO3WaterSetSunParameters ( mmachine m )

SO3WaterSetSunParameters :

Prototype: fun [SO3_SCENE [F F F] F F I] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
[F	F F] : sun position in world space (NIL to keep existing value)
F	: sun strength (NIL to keep existing value)
F	: sun area (NIL to keep existing value)
I	: sun color (NIL to keep existing value)

Returns: I : 1 if success, NIL otherwise.

Definition at line 1982 of file SCOLEnvironment.cpp.

◆ SO3WaterSetWaveParameters()

int SO3WaterSetWaveParameters ( mmachine m )

SO3WaterSetWaveParameters : Set the water mesh parameters.

Prototype: fun [SO3_SCENE F F F] I

Parameters

SO3_SCENE	: The scene on which the water is rendered
F	: strength
F	: elevation
F	: choppy strength

Returns: I : 1 if success, NIL otherwise.

Definition at line 3197 of file SCOLEnvironment.cpp.

Functions

Detailed Description

Function Documentation

◆ SO3EnvironmentGetDateTime()

◆ SO3EnvironmentGetEnable()

◆ SO3EnvironmentGetHumidity()

◆ SO3EnvironmentGetLatitude()

◆ SO3EnvironmentGetLongitude()

◆ SO3EnvironmentGetPaused()

◆ SO3EnvironmentGetRegisteredViewports()

◆ SO3EnvironmentGetTimeSpeedFactor()

◆ SO3EnvironmentGetWindDirection()

◆ SO3EnvironmentGetWindSpeed()

◆ SO3EnvironmentRegisterViewport()

◆ SO3EnvironmentSetDateTime()

◆ SO3EnvironmentSetEnable()

◆ SO3EnvironmentSetHumidity()

◆ SO3EnvironmentSetLatitude()

◆ SO3EnvironmentSetLongitude()

◆ SO3EnvironmentSetPaused()

◆ SO3EnvironmentSetTimeSpeedFactor()

◆ SO3EnvironmentSetWindDirection()

◆ SO3EnvironmentSetWindSpeed()

◆ SO3EnvironmentUnregisterViewport()

◆ SO3MoonGetLightColor()

◆ SO3MoonGetTexturePath()

◆ SO3MoonSetLightColor()

◆ SO3MoonSetTexturePath()

◆ SO3SkyAddLayeredCloud()

◆ SO3SkyAddLightning()

◆ SO3SkyComponentGetEnabled()

◆ SO3SkyComponentSetEnabled()

◆ SO3SkyGetAnimationSpeed()

◆ SO3SkyGetCloudCeiling()

◆ SO3SkyGetEnable()

◆ SO3SkyGetHdrEnable()

◆ SO3SkyGetLayeredCloudIndexes()

◆ SO3SkyGetLayeredCloudParameters()

◆ SO3SkyGetVolumetricCloudParameters()

◆ SO3SkyRemoveLayeredCloud()

◆ SO3SkySetAnimationSpeed()

◆ SO3SkySetCloudCeiling()

◆ SO3SkySetEnable()

◆ SO3SkySetHdrEnable()

◆ SO3SkySetLayeredCloudParameters()

◆ SO3SkySetLightningEnable()

◆ SO3SunGetLightColor()

◆ SO3SunSetLightColor()

◆ SO3WaterComponentGetEnabled()

◆ SO3WaterComponentSetEnabled()

◆ SO3WaterGetAnimationSpeed()

◆ SO3WaterGetCausticsParameters()

◆ SO3WaterGetColor()

◆ SO3WaterGetDepthParameters()

◆ SO3WaterGetEnable()

◆ SO3WaterGetFftNoiseParameters()

◆ SO3WaterGetFoamParameters()

◆ SO3WaterGetGeometryComplexity()

◆ SO3WaterGetGodRaysParameters()

◆ SO3WaterGetPerlinNoiseParameters()

◆ SO3WaterGetPosition()

◆ SO3WaterGetSmoothPower()

◆ SO3WaterGetSunParameters()

◆ SO3WaterGetWaveParameters()

◆ SO3WaterSetAnimationSpeed()

◆ SO3WaterSetCausticsParameters()

◆ SO3WaterSetColor()

◆ SO3WaterSetDepthParameters()

◆ SO3WaterSetEnable()

◆ SO3WaterSetFftNoiseParameters()

◆ SO3WaterSetFoamParameters()

◆ SO3WaterSetGeometryComplexity()

◆ SO3WaterSetGodRaysParameters()

◆ SO3WaterSetPerlinNoiseParameters()

◆ SO3WaterSetPosition()

◆ SO3WaterSetSmoothPower()

◆ SO3WaterSetSunParameters()

◆ SO3WaterSetWaveParameters()