A fluidic die comprising: an array of nozzles, each nozzle to eject a fluid drop in response to a corresponding actuation signal having an actuation value; nozzle select logic is configured to provide for each nozzle a nozzle select signal having a select value or a non-select value; and actuation logic is configured to provide the respective actuation signal for each nozzle, the actuation logic is configured to: receive two or more drop weight signals (34, DW1, DW2); and for each nozzle select signal having the select value, to provide an actuation signal having an actuation value to the corresponding nozzle and/or to one or more neighboring nozzles based on a state of the two or more drop weight signals (34, DW1, DW2), wherein when the drop weight signals (DW1, DW2) each have an enable state, nozzle N and neighboring nozzles N-1 and N+1 each eject fluid drops in response to select signal of nozzle N having a select value, characterized in that when drop weight signal has a disable state and drop weight signal has an enable state, only neighboring nozzles N-1 and N+1 eject fluid drops in response to select signal of nozzle N having a select value wherein when the nozzle select signal of nozzle N has a select value, and both drop weight signal and drop weight signal have an enable state, an AND-gate associated with nozzle N provides a "HI" output to an OR-gate of nozzle N, and an AND-gate provides a "HI" output to the OR-gates of neighboring nozzles N-1 and N+1, as a result, the OR-gates of nozzles N, N-1, and N+1, in conjunction with a fire pulse signal, result in "HI" outputs from AND-gates of nozzles N, N-1, and N+1, causing controllable switches of nozzles N-1 and N+1 to actuate fluid actuators to eject fluid drops. an array of nozzles, each nozzle to eject a fluid drop in response to a corresponding actuation signal having an actuation value; nozzle select logic is configured to provide for each nozzle a nozzle select signal having a select value or a non-select value; and actuation logic is configured to provide the respective actuation signal for each nozzle, the actuation logic is configured to: receive two or more drop weight signals (34, DW1, DW2); and for each nozzle select signal having the select value, to provide an actuation signal having an actuation value to the corresponding nozzle and/or to one or more neighboring nozzles based on a state of the two or more drop weight signals (34, DW1, DW2), wherein when the drop weight signals (DW1, DW2) each have an enable state, nozzle N and neighboring nozzles N-1 and N+1 each eject fluid drops in response to select signal of nozzle N having a select value, characterized in that when drop weight signal has a disable state and drop weight signal has an enable state, only neighboring nozzles N-1 and N+1 eject fluid drops in response to select signal of nozzle N having a select value wherein when the nozzle select signal of nozzle N has a select value, and both drop weight signal and drop weight signal have an enable state, an AND-gate associated with nozzle N provides a "HI" output to an OR-gate of nozzle N, and an AND-gate provides a "HI" output to the OR-gates of neighboring nozzles N-1 and N+1, as a result, the OR-gates of nozzles N, N-1, and N+1, in conjunction with a fire pulse signal, result in "HI" outputs from AND-gates of nozzles N, N-1, and N+1, causing controllable switches of nozzles N-1 and N+1 to actuate fluid actuators to eject fluid drops. receive two or more drop weight signals (34, DW1, DW2); and for each nozzle select signal having the select value, to provide an actuation signal having an actuation value to the corresponding nozzle and/or to one or more neighboring nozzles based on a state of the two or more drop weight signals (34, DW1, DW2), wherein when the drop weight signals (DW1, DW2) each have an enable state, nozzle N and neighboring nozzles N-1 and N+1 each eject fluid drops in response to select signal of nozzle N having a select value, characterized in that when drop weight signal has a disable state and drop weight signal has an enable state, only neighboring nozzles N-1 and N+1 eject fluid drops in response to select signal of nozzle N having a select value wherein when the nozzle select signal of nozzle N has a select value, and both drop weight signal and drop weight signal have an enable state, an AND-gate associated with nozzle N provides a "HI" output to an OR-gate of nozzle N, and an AND-gate provides a "HI" output to the OR-gates of neighboring nozzles N-1 and N+1, as a result, the OR-gates of nozzles N, N-1, and N+1, in conjunction with a fire pulse signal, result in "HI" outputs from AND-gates of nozzles N, N-1, and N+1, causing controllable switches of nozzles N-1 and N+1 to actuate fluid actuators to eject fluid drops.