CMixEQ8

CS2 build 25218825 · Steam date 2026-09-09 · platform windows-x86_64 · cs2_schema.json

Kind: classSize: 232 bytes (0xe8)Alignment: 8 bytesModule: sounddoc_libBinary: !GlobalTypes

Metadata: MPropertyDescription Up to 8 bands of EQ. Boost/cut up to 8 bands with adjustable Q. Filters can also be configured as low/high pass or low/high shelf. MPropertyFriendlyName VMix EQ8 Audio Node

Relationships

Inherits from: CMixPropertyBase

Inheritance tree

CMixPropertyBase
- CMixEQ8

Relationship diagram (2 edges)

classDiagram
    CMixPropertyBase <|-- CMixEQ8
    CMixEQ8 *-- CFilterStage

Inheritance chain, direct subclasses (up to 20) and a few composition edges

Memory layout

7 fields, 2 declared here and 5 inherited. Offsets are absolute from the object base on windows-x86_64.

CMixPropertyBaseCMixEQ8

Show only fields declared here (2)

Offset	Field	Type	From	Annotations
`0x8`	`m_name`	CUtlString	CMixPropertyBase	`MPropertyDescription Node name` `MPropertyFriendlyName Name` `MPropertySortPriority 1`
`0x10`	`m_Comment`	CUtlString	CMixPropertyBase	`MPropertyDescription Description of how this is used the graph for people reading the graph` `MPropertySortPriority -2`
`0x18`	`m_bActive`	bool	CMixPropertyBase	`MPropertyHideField` `MPropertySortPriority -1`
`0x19`	`m_bSolo`	bool	CMixPropertyBase	`MPropertyHideField` `MPropertySortPriority -1`
`0x1a`	`m_bEditProperties`	bool	CMixPropertyBase	`MPropertyHideField` `MPropertySortPriority -1`
`0x20`	`m_nChannels`	int32		`MPropertyAttributeChoiceName processor_channels` `MPropertyFriendlyName Channels`
`0x28`	`m_stages`	CFilterStage[8]		`MPropertyFriendlyName EQ Stages`

KV3 class defaults

{
	"_class": "CMixEQ8",
	"m_name": "",
	"m_Comment": "",
	"m_bActive": true,
	"m_bSolo": false,
	"m_bEditProperties": false,
	"m_nChannels": -1,
	"m_stages":
	[
		{
			"m_filterType": "FILTER_LOW_SHELF",
			"m_flFrequency": 80.000000,
			"m_flQ": 1.000000,
			"m_fldbGain": 0.000000,
			"m_nFilterSlope": "FILTER_SLOPE_12dB",
			"m_bEnable": true
		},
		{
			"m_filterType": "FILTER_PEAKING_EQ",
			"m_flFrequency": 500.000000,
			"m_flQ": 3.000000,
			"m_fldbGain": 0.000000,
			"m_nFilterSlope": "FILTER_SLOPE_12dB",
			"m_bEnable": true
		},
		{
			"m_filterType": "FILTER_PEAKING_EQ",
			"m_flFrequency": 750.000000,
			"m_flQ": 3.000000,
			"m_fldbGain": 0.000000,
			"m_nFilterSlope": "FILTER_SLOPE_12dB",
			"m_bEnable": false
		},
		{
			"m_filterType": "FILTER_PEAKING_EQ",
			"m_flFrequency": 1200.000000,
			"m_flQ": 3.000000,
			"m_fldbGain": 0.000000,
			"m_nFilterSlope": "FILTER_SLOPE_12dB",
			"m_bEnable": true
		},
		{
			"m_filterType": "FILTER_PEAKING_EQ",
			"m_flFrequency": 2000.000000,
			"m_flQ": 3.000000,
			"m_fldbGain": 0.000000,
			"m_nFilterSlope": "FILTER_SLOPE_12dB",
			"m_bEnable": false
		},
		{
			"m_filterType": "FILTER_PEAKING_EQ",
			"m_flFrequency": 3000.000000,
			"m_flQ": 3.000000,
			"m_fldbGain": 0.000000,
			"m_nFilterSlope": "FILTER_SLOPE_12dB",
			"m_bEnable": true
		},
		{
			"m_filterType": "FILTER_PEAKING_EQ",
			"m_flFrequency": 5000.000000,
			"m_flQ": 3.000000,
			"m_fldbGain": 0.000000,
			"m_nFilterSlope": "FILTER_SLOPE_12dB",
			"m_bEnable": false
		},
		{
			"m_filterType": "FILTER_HIGH_SHELF",
			"m_flFrequency": 12000.000000,
			"m_flQ": 1.000000,
			"m_fldbGain": 0.000000,
			"m_nFilterSlope": "FILTER_SLOPE_12dB",
			"m_bEnable": true
		}
	]
}