sbs::function¶

Definitions:

Definitions:¶

[1/82] ‘sbs::function::const_float1’¶

Label: ‘Float’

Description: ‘The Float function defines a constant floating value’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueFloat(float(0))

Label: ‘Constant’

Types:

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Float’

Description: ‘The Float function defines a constant floating value’

Types:

‘float’ (SDTypeFloat)

[2/82] ‘sbs::function::const_float2’¶

Label: ‘Float2’

Description: ‘The Float2 function defines a constant two floating values vector’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueFloat2(float2(0,0))

Label: ‘Constant’

Types:

‘float2’ (SDTypeFloat2)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Float2’

Description: ‘The Float2 function defines a constant two floating values vector’

Types:

‘float2’ (SDTypeFloat2)

[3/82] ‘sbs::function::const_float3’¶

Label: ‘Float3’

Description: ‘The Float3 function defines a constant three floating values vector’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueFloat3(float3(0,0,0))

Label: ‘Constant’

Types:

‘float3’ (SDTypeFloat3)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Float3’

Description: ‘The Float3 function defines a constant three floating values vector’

Types:

‘float3’ (SDTypeFloat3)

[4/82] ‘sbs::function::const_float4’¶

Label: ‘Float4’

Description: ‘The Float4 function defines a constant four floating values vector’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueFloat4(float4(0,0,0,0))

Label: ‘Constant’

Types:

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Float4’

Description: ‘The Float4 function defines a constant four floating values vector’

Types:

‘float4’ (SDTypeFloat4)

[5/82] ‘sbs::function::const_int1’¶

Label: ‘Integer’

Description: ‘The Integer function defines a constant integer’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueInt(int(0))

Label: ‘Constant’

Types:

‘int’ (SDTypeInt)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Integer’

Description: ‘The Integer function defines a constant integer’

Types:

‘int’ (SDTypeInt)

[6/82] ‘sbs::function::const_int2’¶

Label: ‘Integer2’

Description: ‘The Integer2 function defines a constant two integers vector’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueInt2(int2(0,0))

Label: ‘Constant’

Types:

‘int2’ (SDTypeInt2)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Integer2’

Description: ‘The Integer2 function defines a constant two integers vector’

Types:

‘int2’ (SDTypeInt2)

[7/82] ‘sbs::function::const_int3’¶

Label: ‘Integer3’

Description: ‘The Integer3 function defines a constant three integers vector’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueInt3(int3(0,0,0))

Label: ‘Constant’

Types:

‘int3’ (SDTypeInt3)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Integer3’

Description: ‘The Integer3 function defines a constant three integers vector’

Types:

‘int3’ (SDTypeInt3)

[8/82] ‘sbs::function::const_int4’¶

Label: ‘Integer4’

Description: ‘The Integer4 function defines a constant four integers vector’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueInt4(int4(0,0,0,0))

Label: ‘Constant’

Types:

‘int4’ (SDTypeInt4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Integer4’

Description: ‘The Integer4 function defines a constant four integers vector’

Types:

‘int4’ (SDTypeInt4)

[9/82] ‘sbs::function::const_bool’¶

Label: ‘Boolean’

Description: ‘The Boolean function defines a constant boolean’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueBool(bool(false))

Label: ‘Constant’

Types:

‘bool’ (SDTypeBool)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Boolean’

Description: ‘The Boolean function defines a constant boolean’

Types:

‘bool’ (SDTypeBool)

[10/82] ‘sbs::function::const_string’¶

Label: ‘String’

Description: ‘The Path function defines a constant string’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueString(string())

Label: ‘Constant’

Types:

‘string’ (SDTypeString)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘String’

Description: ‘The Path function defines a constant string’

Types:

‘string’ (SDTypeString)

[11/82] ‘sbs::function::vector2’¶

Label: ‘Vector Float2’

Description: ‘The Vector Float2 function casts two floating values in a vector with two coordinates’

SDPropertyCategory = ‘Input’

‘componentsin’ [CONNECTABLE, READ_ONLY]

Label: ‘In’

Types:

‘float’ (SDTypeFloat)

‘componentslast’ [CONNECTABLE, READ_ONLY]

Label: ‘Last’

Types:

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector Float2’

Description: ‘The Vector Float2 function casts two floating values in a vector with two coordinates’

Types:

‘float2’ (SDTypeFloat2)

[12/82] ‘sbs::function::vector3’¶

Label: ‘Vector Float3’

Description: ‘The Vector Float3 function casts two floating values into a vector with three coordinates’

SDPropertyCategory = ‘Input’

‘componentsin’ [CONNECTABLE, READ_ONLY, VARIADIC]

Label: ‘In’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘componentslast’ [CONNECTABLE, READ_ONLY]

Label: ‘Last’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector Float3’

Description: ‘The Vector Float3 function casts two floating values into a vector with three coordinates’

Types:

‘float3’ (SDTypeFloat3)

[13/82] ‘sbs::function::vector4’¶

Label: ‘Vector Float4’

Description: ‘The Vector Float4 function casts two floating values into a vector with four coordinates’

SDPropertyCategory = ‘Input’

‘componentsin’ [CONNECTABLE, READ_ONLY, VARIADIC]

Label: ‘In’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘componentslast’ [CONNECTABLE, READ_ONLY]

Label: ‘Last’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector Float4’

Description: ‘The Vector Float4 function casts two floating values into a vector with four coordinates’

Types:

‘float4’ (SDTypeFloat4)

[14/82] ‘sbs::function::swizzle1’¶

Label: ‘Swizzle Float1’

Description: ‘The Swizzle Float1 function extracts a single specified coordinate from the input Vector’

SDPropertyCategory = ‘Input’

‘vector’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘__constant__’ = SDValueInt(int(0))

Label: ‘Constant’

Types:

‘int’ (SDTypeInt)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Swizzle Float1’

Description: ‘The Swizzle Float1 function extracts a single specified coordinate from the input Vector’

Types:

‘float’ (SDTypeFloat)

[15/82] ‘sbs::function::swizzle2’¶

Label: ‘Swizzle Float2’

Description: ‘The Swizzle Float2 function extracts two specified coordinates from the input Vector’

SDPropertyCategory = ‘Input’

‘vector’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘__constant__’ = SDValueInt2(int2(0,0))

Label: ‘Constant’

Types:

‘int2’ (SDTypeInt2)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Swizzle Float2’

Description: ‘The Swizzle Float2 function extracts two specified coordinates from the input Vector’

Types:

‘float2’ (SDTypeFloat2)

[16/82] ‘sbs::function::swizzle3’¶

Label: ‘Swizzle Float3’

Description: ‘The Swizzle Float3 function extracts three specified coordinates from the input Vector’

SDPropertyCategory = ‘Input’

‘vector’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘__constant__’ = SDValueInt3(int3(0,0,0))

Label: ‘Constant’

Types:

‘int3’ (SDTypeInt3)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Swizzle Float3’

Description: ‘The Swizzle Float3 function extracts three specified coordinates from the input Vector’

Types:

‘float3’ (SDTypeFloat3)

[17/82] ‘sbs::function::swizzle4’¶

Label: ‘Swizzle Float4’

Description: ‘The Swizzle Float4 function extracts four specified coordinates from the input Vector’

SDPropertyCategory = ‘Input’

‘vector’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘__constant__’ = SDValueInt4(int4(0,0,0,0))

Label: ‘Constant’

Types:

‘int4’ (SDTypeInt4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Swizzle Float4’

Description: ‘The Swizzle Float4 function extracts four specified coordinates from the input Vector’

Types:

‘float4’ (SDTypeFloat4)

[18/82] ‘sbs::function::ivector2’¶

Label: ‘Vector Integer2’

Description: ‘The Vector Integer2 function casts two integer values in a vector with two coordinates’

SDPropertyCategory = ‘Input’

‘componentsin’ [CONNECTABLE, READ_ONLY]

Label: ‘In’

Types:

‘int’ (SDTypeInt)

‘componentslast’ [CONNECTABLE, READ_ONLY]

Label: ‘Last’

Types:

‘int’ (SDTypeInt)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector Integer2’

Description: ‘The Vector Integer2 function casts two integer values in a vector with two coordinates’

Types:

‘int2’ (SDTypeInt2)

[19/82] ‘sbs::function::ivector3’¶

Label: ‘Vector Integer3’

Description: ‘The Vector Integer3 function casts two integer values in a vector with three coordinates’

SDPropertyCategory = ‘Input’

‘componentsin’ [CONNECTABLE, READ_ONLY, VARIADIC]

Label: ‘In’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘componentslast’ [CONNECTABLE, READ_ONLY]

Label: ‘Last’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector Integer3’

Description: ‘The Vector Integer3 function casts two integer values in a vector with three coordinates’

Types:

‘int3’ (SDTypeInt3)

[20/82] ‘sbs::function::ivector4’¶

Label: ‘Vector Integer4’

Description: ‘The Vector Integer4 function casts two integer values in a vector with four coordinates’

SDPropertyCategory = ‘Input’

‘componentsin’ [CONNECTABLE, READ_ONLY, VARIADIC]

Label: ‘In’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘componentslast’ [CONNECTABLE, READ_ONLY]

Label: ‘Last’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector Integer4’

Description: ‘The Vector Integer4 function casts two integer values in a vector with four coordinates’

Types:

‘int4’ (SDTypeInt4)

[21/82] ‘sbs::function::iswizzle1’¶

Label: ‘Swizzle Integer1’

Description: ‘The Swizzle Integer1 function extracts a single specified integer coordinate from the input Vector’

SDPropertyCategory = ‘Input’

‘vector’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘__constant__’ = SDValueInt(int(0))

Label: ‘Constant’

Types:

‘int’ (SDTypeInt)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Swizzle Integer1’

Description: ‘The Swizzle Integer1 function extracts a single specified integer coordinate from the input Vector’

Types:

‘int’ (SDTypeInt)

[22/82] ‘sbs::function::iswizzle2’¶

Label: ‘Swizzle Integer2’

Description: ‘The Swizzle Integer2 function extracts two specified integer coordinates from the input Vector’

SDPropertyCategory = ‘Input’

‘vector’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘__constant__’ = SDValueInt2(int2(0,0))

Label: ‘Constant’

Types:

‘int2’ (SDTypeInt2)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Swizzle Integer2’

Description: ‘The Swizzle Integer2 function extracts two specified integer coordinates from the input Vector’

Types:

‘int2’ (SDTypeInt2)

[23/82] ‘sbs::function::iswizzle3’¶

Label: ‘Swizzle Integer3’

Description: ‘The Swizzle Integer3 function extracts three specified integer coordinates from the input Vector’

SDPropertyCategory = ‘Input’

‘vector’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘__constant__’ = SDValueInt3(int3(0,0,0))

Label: ‘Constant’

Types:

‘int3’ (SDTypeInt3)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Swizzle Integer3’

Description: ‘The Swizzle Integer3 function extracts three specified integer coordinates from the input Vector’

Types:

‘int3’ (SDTypeInt3)

[24/82] ‘sbs::function::iswizzle4’¶

Label: ‘Swizzle Integer4’

Description: ‘The Swizzle Integer4 function extracts four specified integer coordinates from the input Vector’

SDPropertyCategory = ‘Input’

‘vector’ [CONNECTABLE, READ_ONLY]

Label: ‘Vector’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘__constant__’ = SDValueInt4(int4(0,0,0,0))

Label: ‘Constant’

Types:

‘int4’ (SDTypeInt4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Swizzle Integer4’

Description: ‘The Swizzle Integer4 function extracts four specified integer coordinates from the input Vector’

Types:

‘int4’ (SDTypeInt4)

[25/82] ‘sbs::function::set’¶

Label: ‘Set’

Description: ‘Set’

SDPropertyCategory = ‘Input’

‘value’ [CONNECTABLE, READ_ONLY]

Label: ‘Value’

Types:

‘bool’ (SDTypeBool)

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘string’ (SDTypeString)

‘__constant__’ = SDValueString(string())

Label: ‘Constant’

Types:

‘string’ (SDTypeString)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Set’

Description: ‘Set’

Types:

‘bool’ (SDTypeBool)

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘string’ (SDTypeString)

[26/82] ‘sbs::function::get_float1’¶

Label: ‘Get Float’

Description: ‘The Get Float function accesses a function’s or graph’s floating value input(s)’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueString(string())

Label: ‘Constant’

Types:

‘string’ (SDTypeString)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Get Float’

Description: ‘The Get Float function accesses a function’s or graph’s floating value input(s)’

Types:

‘float’ (SDTypeFloat)

[27/82] ‘sbs::function::get_float2’¶

Label: ‘Get Float2’

Description: ‘The Get Float2 function accesses a function’s or graph’s two floating values vector input(s)’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueString(string())

Label: ‘Constant’

Types:

‘string’ (SDTypeString)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Get Float2’

Description: ‘The Get Float2 function accesses a function’s or graph’s two floating values vector input(s)’

Types:

‘float2’ (SDTypeFloat2)

[28/82] ‘sbs::function::get_float3’¶

Label: ‘Get Float3’

Description: ‘The Get Float3 function accesses a function’s or graph’s three floating values vector input(s)’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueString(string())

Label: ‘Constant’

Types:

‘string’ (SDTypeString)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Get Float3’

Description: ‘The Get Float3 function accesses a function’s or graph’s three floating values vector input(s)’

Types:

‘float3’ (SDTypeFloat3)

[29/82] ‘sbs::function::get_float4’¶

Label: ‘Get Float4’

Description: ‘The Get Float4 function accesses a function’s or graph’s four floating values vector input(s)’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueString(string())

Label: ‘Constant’

Types:

‘string’ (SDTypeString)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Get Float4’

Description: ‘The Get Float4 function accesses a function’s or graph’s four floating values vector input(s)’

Types:

‘float4’ (SDTypeFloat4)

[30/82] ‘sbs::function::get_integer1’¶

Label: ‘Get Integer’

Description: ‘The Get Integer function accesses a function’s or graph’s integer input(s)’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueString(string())

Label: ‘Constant’

Types:

‘string’ (SDTypeString)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Get Integer’

Description: ‘The Get Integer function accesses a function’s or graph’s integer input(s)’

Types:

‘int’ (SDTypeInt)

[31/82] ‘sbs::function::get_integer2’¶

Label: ‘Get Integer2’

Description: ‘The Get Integer2 function accesses a function’s or graph’s two integers vector input(s)’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueString(string())

Label: ‘Constant’

Types:

‘string’ (SDTypeString)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Get Integer2’

Description: ‘The Get Integer2 function accesses a function’s or graph’s two integers vector input(s)’

Types:

‘int2’ (SDTypeInt2)

[32/82] ‘sbs::function::get_integer3’¶

Label: ‘Get Integer3’

Description: ‘The Get Integer3 function accesses a function’s or graph’s three integers vector input(s)’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueString(string())

Label: ‘Constant’

Types:

‘string’ (SDTypeString)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Get Integer3’

Description: ‘The Get Integer3 function accesses a function’s or graph’s three integers vector input(s)’

Types:

‘int3’ (SDTypeInt3)

[33/82] ‘sbs::function::get_integer4’¶

Label: ‘Get Integer4’

Description: ‘The Get Integer4 function accesses a function’s or graph’s four integers vector input(s)’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueString(string())

Label: ‘Constant’

Types:

‘string’ (SDTypeString)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Get Integer4’

Description: ‘The Get Integer4 function accesses a function’s or graph’s four integers vector input(s)’

Types:

‘int4’ (SDTypeInt4)

[34/82] ‘sbs::function::get_bool’¶

Label: ‘Get Boolean’

Description: ‘The Get Boolean function accesses a function’s or graph’s boolean input(s)’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueString(string())

Label: ‘Constant’

Types:

‘string’ (SDTypeString)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Get Boolean’

Description: ‘The Get Boolean function accesses a function’s or graph’s boolean input(s)’

Types:

‘bool’ (SDTypeBool)

[35/82] ‘sbs::function::get_string’¶

Label: ‘Get String’

Description: ‘The Get String function accesses a function’s or graph’s string input(s)’

SDPropertyCategory = ‘Input’

‘__constant__’ = SDValueString(string())

Label: ‘Constant’

Types:

‘string’ (SDTypeString)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Get String’

Description: ‘The Get String function accesses a function’s or graph’s string input(s)’

Types:

‘string’ (SDTypeString)

[36/82] ‘sbs::function::samplelum’¶

Label: ‘Sample Gray’

Description: ‘Returns the grayscale pixel value of input image.’

SDPropertyCategory = ‘Input’

‘pos’ [CONNECTABLE, READ_ONLY]

Label: ‘Position’

Types:

‘float2’ (SDTypeFloat2)

‘__constant__’ = SDValueInt2(int2(0,0))

Label: ‘Constant’

Types:

‘int2’ (SDTypeInt2)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Sample Gray’

Description: ‘Returns the grayscale pixel value of input image.’

Types:

‘float’ (SDTypeFloat)

[37/82] ‘sbs::function::samplecol’¶

Label: ‘Sample Color’

Description: ‘Returns the color pixel value of input image.’

SDPropertyCategory = ‘Input’

‘pos’ [CONNECTABLE, READ_ONLY]

Label: ‘Position’

Types:

‘float2’ (SDTypeFloat2)

‘__constant__’ = SDValueInt2(int2(0,0))

Label: ‘Constant’

Types:

‘int2’ (SDTypeInt2)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Sample Color’

Description: ‘Returns the color pixel value of input image.’

Types:

‘float4’ (SDTypeFloat4)

[38/82] ‘sbs::function::tofloat’¶

Label: ‘To Float’

Description: ‘The To Float function converts integer to floating value’

SDPropertyCategory = ‘Input’

‘value’ [CONNECTABLE, READ_ONLY]

Label: ‘Value’

Types:

‘int’ (SDTypeInt)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘To Float’

Description: ‘The To Float function converts integer to floating value’

Types:

‘float’ (SDTypeFloat)

[39/82] ‘sbs::function::tofloat2’¶

Label: ‘To Float2’

Description: ‘The To Float2 function converts two integer values to floating point values’

SDPropertyCategory = ‘Input’

‘value’ [CONNECTABLE, READ_ONLY]

Label: ‘Value’

Types:

‘int2’ (SDTypeInt2)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘To Float2’

Description: ‘The To Float2 function converts two integer values to floating point values’

Types:

‘float2’ (SDTypeFloat2)

[40/82] ‘sbs::function::tofloat3’¶

Label: ‘To Float3’

Description: ‘The To Float3 function converts three integer values to floating point values’

SDPropertyCategory = ‘Input’

‘value’ [CONNECTABLE, READ_ONLY]

Label: ‘Value’

Types:

‘int3’ (SDTypeInt3)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘To Float3’

Description: ‘The To Float3 function converts three integer values to floating point values’

Types:

‘float3’ (SDTypeFloat3)

[41/82] ‘sbs::function::tofloat4’¶

Label: ‘To Float4’

Description: ‘The To Float4 function converts four integer values to floating point values’

SDPropertyCategory = ‘Input’

‘value’ [CONNECTABLE, READ_ONLY]

Label: ‘Value’

Types:

‘int4’ (SDTypeInt4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘To Float4’

Description: ‘The To Float4 function converts four integer values to floating point values’

Types:

‘float4’ (SDTypeFloat4)

[42/82] ‘sbs::function::toint1’¶

Label: ‘To Integer’

Description: ‘The To Integer function converts floating value to integer’

SDPropertyCategory = ‘Input’

‘value’ [CONNECTABLE, READ_ONLY]

Label: ‘Value’

Types:

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘To Integer’

Description: ‘The To Integer function converts floating value to integer’

Types:

‘int’ (SDTypeInt)

[43/82] ‘sbs::function::toint2’¶

Label: ‘To Integer2’

Description: ‘The To Integer2 function converts two floating values to integers ‘

SDPropertyCategory = ‘Input’

‘value’ [CONNECTABLE, READ_ONLY]

Label: ‘Value’

Types:

‘float2’ (SDTypeFloat2)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘To Integer2’

Description: ‘The To Integer2 function converts two floating values to integers ‘

Types:

‘int2’ (SDTypeInt2)

[44/82] ‘sbs::function::toint3’¶

Label: ‘To Integer3’

Description: ‘The To Integer3 function converts three floating values to integers ‘

SDPropertyCategory = ‘Input’

‘value’ [CONNECTABLE, READ_ONLY]

Label: ‘Value’

Types:

‘float3’ (SDTypeFloat3)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘To Integer3’

Description: ‘The To Integer3 function converts three floating values to integers ‘

Types:

‘int3’ (SDTypeInt3)

[45/82] ‘sbs::function::toint4’¶

Label: ‘To Integer4’

Description: ‘The To Integer4 function converts four floating values to integers ‘

SDPropertyCategory = ‘Input’

‘value’ [CONNECTABLE, READ_ONLY]

Label: ‘Value’

Types:

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘To Integer4’

Description: ‘The To Integer4 function converts four floating values to integers ‘

Types:

‘int4’ (SDTypeInt4)

[46/82] ‘sbs::function::add’¶

Label: ‘Add’

Description: ‘The Add function adds two same type values: a+b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Add’

Description: ‘The Add function adds two same type values: a+b’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[47/82] ‘sbs::function::sub’¶

Label: ‘Subtraction’

Description: ‘The Subtraction function substracts two same type values: a-b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Subtraction’

Description: ‘The Subtraction function substracts two same type values: a-b’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[48/82] ‘sbs::function::mul’¶

Label: ‘Multiplication’

Description: ‘The Multiplication function multiplies two same type values: a × b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Multiplication’

Description: ‘The Multiplication function multiplies two same type values: a × b’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[49/82] ‘sbs::function::mulscalar’¶

Label: ‘Scalar Multiplication’

Description: ‘The Scalar Multiplication function multiplies first entry value by a floating value: a × scalar’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘scalar’ [CONNECTABLE, READ_ONLY]

Label: ‘Scalar’

Types:

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Scalar Multiplication’

Description: ‘The Scalar Multiplication function multiplies first entry value by a floating value: a × scalar’

Types:

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[50/82] ‘sbs::function::div’¶

Label: ‘Division’

Description: ‘The Division function divides two same type values: a/b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Division’

Description: ‘The Division function divides two same type values: a/b’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[51/82] ‘sbs::function::neg’¶

Label: ‘Negation’

Description: ‘The Negation function returns the negation value of entry: -a’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘Value’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Negation’

Description: ‘The Negation function returns the negation value of entry: -a’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[52/82] ‘sbs::function::mod’¶

Label: ‘Modulo’

Description: ‘The Modulo function returns modulo of entry value: mod(a,divisor)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘Divisor’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Modulo’

Description: ‘The Modulo function returns modulo of entry value: mod(a,divisor)’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[53/82] ‘sbs::function::dot’¶

Label: ‘Dot Product’

Description: ‘The Dot product function returns dot product between two same type values: dot(a,b)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Dot Product’

Description: ‘The Dot product function returns dot product between two same type values: dot(a,b)’

Types:

‘float’ (SDTypeFloat)

[54/82] ‘sbs::function::and’¶

Label: ‘And’

Description: ‘The And function returns true if the two boolean entries values are true: a&b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘bool’ (SDTypeBool)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘bool’ (SDTypeBool)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘And’

Description: ‘The And function returns true if the two boolean entries values are true: a&b’

Types:

‘bool’ (SDTypeBool)

[55/82] ‘sbs::function::or’¶

Label: ‘Or’

Description: ‘The Or function returns true if one of the two boolean entries values are true: a|b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘bool’ (SDTypeBool)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘bool’ (SDTypeBool)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Or’

Description: ‘The Or function returns true if one of the two boolean entries values are true: a|b’

Types:

‘bool’ (SDTypeBool)

[56/82] ‘sbs::function::not’¶

Label: ‘Not’

Description: ‘The Not function returns the negation boolean of entry: !x’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘bool’ (SDTypeBool)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Not’

Description: ‘The Not function returns the negation boolean of entry: !x’

Types:

‘bool’ (SDTypeBool)

[57/82] ‘sbs::function::eq’¶

Label: ‘Equal’

Description: ‘The Equal function returns true if entries values are equal: a=b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Equal’

Description: ‘The Equal function returns true if entries values are equal: a=b’

Types:

‘bool’ (SDTypeBool)

[58/82] ‘sbs::function::noteq’¶

Label: ‘Not Equal’

Description: ‘The Not Equal function returns true if entries values are different: a ≠ b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Not Equal’

Description: ‘The Not Equal function returns true if entries values are different: a ≠ b’

Types:

‘bool’ (SDTypeBool)

[59/82] ‘sbs::function::gt’¶

Label: ‘Greater’

Description: ‘The Greater function returns true if first entry is greater than second entry: a>b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Greater’

Description: ‘The Greater function returns true if first entry is greater than second entry: a>b’

Types:

‘bool’ (SDTypeBool)

[60/82] ‘sbs::function::gteq’¶

Label: ‘Greater or Equal’

Description: ‘The Greater or Equal function returns true if first entry is greater than second entry or equal: a ≥ b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Greater or Equal’

Description: ‘The Greater or Equal function returns true if first entry is greater than second entry or equal: a ≥ b’

Types:

‘bool’ (SDTypeBool)

[61/82] ‘sbs::function::lr’¶

Label: ‘Lower’

Description: ‘The Lower function returns true if first entry is lower than second entry: a &lt b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Lower’

Description: ‘The Lower function returns true if first entry is lower than second entry: a &lt b’

Types:

‘bool’ (SDTypeBool)

[62/82] ‘sbs::function::lreq’¶

Label: ‘Lower or Equal’

Description: ‘The Lower or Equal function returns true if first entry is lower than second entry or equal: a ≤ b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Lower or Equal’

Description: ‘The Lower or Equal function returns true if first entry is lower than second entry or equal: a ≤ b’

Types:

‘bool’ (SDTypeBool)

[63/82] ‘sbs::function::abs’¶

Label: ‘Absolute’

Description: ‘The Absolute function returns absolute value of entry value: abs(a)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘XA’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Absolute’

Description: ‘The Absolute function returns absolute value of entry value: abs(a)’

Types:

‘int’ (SDTypeInt)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[64/82] ‘sbs::function::floor’¶

Label: ‘Floor’

Description: ‘The Floor function returns the highest value lower or equal to the entry value: floor(a)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Floor’

Description: ‘The Floor function returns the highest value lower or equal to the entry value: floor(a)’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[65/82] ‘sbs::function::ceil’¶

Label: ‘Ceil’

Description: ‘The Ceil function returns the smallest value upper or equal to the entry value: ceil(a)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Ceil’

Description: ‘The Ceil function returns the smallest value upper or equal to the entry value: ceil(a)’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[66/82] ‘sbs::function::cos’¶

Label: ‘Cosine’

Description: ‘The Cosine function returns cosine value of entry value: cos(a)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘a’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Cosine’

Description: ‘The Cosine function returns cosine value of entry value: cos(a)’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[67/82] ‘sbs::function::sin’¶

Label: ‘Sine’

Description: ‘The Sine function returns sine value of entry value: sin(a)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Sine’

Description: ‘The Sine function returns sine value of entry value: sin(a)’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[68/82] ‘sbs::function::tan’¶

Label: ‘Tangent’

Description: ‘The Tangent function returns the tangent value of entry value: tan(a)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Tangent’

Description: ‘The Tangent function returns the tangent value of entry value: tan(a)’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[69/82] ‘sbs::function::atan2’¶

Label: ‘Arc Tangent 2’

Description: ‘The Arc Tangent 2 function returns the arc tangent value of the two floating value vector entry: arcTan2(xa,ya)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float2’ (SDTypeFloat2)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Arc Tangent 2’

Description: ‘The Arc Tangent 2 function returns the arc tangent value of the two floating value vector entry: arcTan2(xa,ya)’

Types:

‘float’ (SDTypeFloat)

[70/82] ‘sbs::function::cartesian’¶

Label: ‘Cartesian’

Description: ‘The Cartesian function converts two polar cordinates to two carthesian coordinates: carth(rho,theta)’

SDPropertyCategory = ‘Input’

‘rho’ [CONNECTABLE, READ_ONLY]

Label: ‘Rho’

Types:

‘float’ (SDTypeFloat)

‘theta’ [CONNECTABLE, READ_ONLY]

Label: ‘Theta’

Types:

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Cartesian’

Description: ‘The Cartesian function converts two polar cordinates to two carthesian coordinates: carth(rho,theta)’

Types:

‘float2’ (SDTypeFloat2)

[71/82] ‘sbs::function::sqrt’¶

Label: ‘Square Root’

Description: ‘The Square Root function returns square root value of entry value: √¯ a’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Square Root’

Description: ‘The Square Root function returns square root value of entry value: √¯ a’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[72/82] ‘sbs::function::log’¶

Label: ‘Logarithm’

Description: ‘The Logarithm function returns the logarithmic value of entry value: log(a)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Logarithm’

Description: ‘The Logarithm function returns the logarithmic value of entry value: log(a)’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[73/82] ‘sbs::function::exp’¶

Label: ‘Exponential’

Description: ‘The Exponential function returns the exponential value of entry value: exp(a)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Exponential’

Description: ‘The Exponential function returns the exponential value of entry value: exp(a)’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[74/82] ‘sbs::function::log2’¶

Label: ‘Logarithm base 2’

Description: ‘The Log2 function returns the logarithmic value base 2 of entry value: log2(a)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Logarithm base 2’

Description: ‘The Log2 function returns the logarithmic value base 2 of entry value: log2(a)’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[75/82] ‘sbs::function::pow2’¶

Label: ‘2Pow’

Description: ‘The 2Pow function returns the pow 2 value of entry value: 2a’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘2Pow’

Description: ‘The 2Pow function returns the pow 2 value of entry value: 2a’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[76/82] ‘sbs::function::lerp’¶

Label: ‘Linear Interpolation’

Description: ‘The Linear Interpolation function returns the linear interpolation between two values in function of a floating value: (1-x)a+x × b’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘x’ [CONNECTABLE, READ_ONLY]

Label: ‘X’

Types:

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Linear Interpolation’

Description: ‘The Linear Interpolation function returns the linear interpolation between two values in function of a floating value: (1-x)a+x × b’

Types:

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[77/82] ‘sbs::function::min’¶

Label: ‘Minimum’

Description: ‘The Minimum function returns minimum value of entries values: min(a,b)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Minimum’

Description: ‘The Minimum function returns minimum value of entries values: min(a,b)’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[78/82] ‘sbs::function::max’¶

Label: ‘Maximum’

Description: ‘The Maximum function returns maximum value of entries values: max(a,b)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘b’ [CONNECTABLE, READ_ONLY]

Label: ‘B’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Maximum’

Description: ‘The Maximum function returns maximum value of entries values: max(a,b)’

Types:

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

[79/82] ‘sbs::function::rand’¶

Label: ‘Random’

Description: ‘The Rand function generates a floating random value between 0 and the entry value (a)’

SDPropertyCategory = ‘Input’

‘a’ [CONNECTABLE, READ_ONLY]

Label: ‘A’

Types:

‘float’ (SDTypeFloat)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Random’

Description: ‘The Rand function generates a floating random value between 0 and the entry value (a)’

Types:

‘float’ (SDTypeFloat)

[80/82] ‘sbs::function::sequence’¶

Label: ‘Sequence’

Description: ‘Sequence’

SDPropertyCategory = ‘Input’

‘seqin’ [CONNECTABLE, READ_ONLY, VARIADIC]

Label: ‘In’

Types:

‘bool’ (SDTypeBool)

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘string’ (SDTypeString)

‘void’ (SDTypeVoid)

‘seqlast’ [CONNECTABLE, READ_ONLY]

Label: ‘Last’

Types:

‘bool’ (SDTypeBool)

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘string’ (SDTypeString)

‘void’ (SDTypeVoid)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Sequence’

Description: ‘Sequence’

Types:

‘bool’ (SDTypeBool)

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘string’ (SDTypeString)

‘void’ (SDTypeVoid)

[81/82] ‘sbs::function::ifelse’¶

Label: ‘If…Else’

Description: ‘The If…Else function returns the second value if the boolean entry is true else returns the third entry’

SDPropertyCategory = ‘Input’

‘condition’ [CONNECTABLE, READ_ONLY]

Label: ‘Condition’

Types:

‘bool’ (SDTypeBool)

‘ifpath’ [CONNECTABLE, READ_ONLY]

Label: ‘If’

Types:

‘bool’ (SDTypeBool)

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘string’ (SDTypeString)

‘void’ (SDTypeVoid)

‘elsepath’ [CONNECTABLE, READ_ONLY]

Label: ‘Else’

Types:

‘bool’ (SDTypeBool)

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘string’ (SDTypeString)

‘void’ (SDTypeVoid)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘If…Else’

Description: ‘The If…Else function returns the second value if the boolean entry is true else returns the third entry’

Types:

‘bool’ (SDTypeBool)

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘string’ (SDTypeString)

‘void’ (SDTypeVoid)

[82/82] ‘sbs::function::passthrough’¶

Label: ‘Dot’

Description: ‘The Dot function is doing a passthrough (output=input)’

SDPropertyCategory = ‘Input’

‘input’ [CONNECTABLE, READ_ONLY]

Label: ‘Input’

Types:

‘bool’ (SDTypeBool)

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘string’ (SDTypeString)

‘void’ (SDTypeVoid)

SDPropertyCategory = ‘Output’

‘unique_filter_output’ [CONNECTABLE, READ_ONLY]

Label: ‘Dot’

Description: ‘The Dot function is doing a passthrough (output=input)’

Types:

‘bool’ (SDTypeBool)

‘int’ (SDTypeInt)

‘int2’ (SDTypeInt2)

‘int3’ (SDTypeInt3)

‘int4’ (SDTypeInt4)

‘float’ (SDTypeFloat)

‘float2’ (SDTypeFloat2)

‘float3’ (SDTypeFloat3)

‘float4’ (SDTypeFloat4)

‘string’ (SDTypeString)

‘void’ (SDTypeVoid)