NumericExpr#
- class nominal.experimental.compute.dsl.exprs.NumericExpr#
Bases:
ChannelExpr[NumericSeries]A compute expression for numeric channel data and derived signals.
- abs()#
- Return type:
- acos()#
- Return type:
- asin()#
- Return type:
- classmethod asset_channel(asset_rid, data_scope_name, channel_name, additional_tags=None)#
- Return type:
- atan2(x_node, /)#
- Return type:
- cos()#
- Return type:
- cumulative_sum(start_timestamp)#
- Return type:
- classmethod datasource_channel(datasource_rid, channel_name, tags=None)#
- Return type:
- derivative(time_unit)#
- Return type:
- divide(right_node, /)#
- Return type:
- filter(ranges, /)#
- Return type:
- floor_divide(right_node, /)#
- Return type:
- integral(start_timestamp, time_unit)#
- Return type:
- ln()#
- Return type:
- log()#
- Return type:
- max(nodes, /)#
- Return type:
- mean(nodes, /)#
- Return type:
- min(nodes, /)#
- Return type:
- minus(right_node, /)#
- Return type:
- modulo(right_node, /)#
- Return type:
- multiply(right_node, /)#
- Return type:
- offset(offset)#
- Return type:
- plus(right_node, /)#
- Return type:
- power(exponent_node, /)#
- Return type:
- product(nodes, /)#
- Return type:
- rolling(window, operator)#
- Return type:
- classmethod run_channel(run_rid, data_scope_name, channel_name, additional_tags=None)#
- Return type:
- scale(scalar)#
- Return type:
- sin()#
- Return type:
- sqrt()#
- Return type:
- sum(nodes, /)#
- Return type:
- tan()#
- Return type:
- time_difference(time_unit=None)#
- Return type:
- value_difference()#
- Return type: