How to change initial state of a digital node from 0 to 1

Hello Everyone,

I want to simulate the following circuit:

Here, Propagation delay of D Flip flops are 0 and propagation delay of XOR Gate is 3 ns

Furthermore clock frequency is 500 MHz and the initial states are D2=1 ,Q2=Q1=Q0=1

My Source Code for the same is:

.lib "C:\Cadence\SPB_16.6\tools\pspice\library\dig_io.lib" 
U_CLK STIM( 1, 1 ) $G_DPWR $G_DGND ;to generate a Clock Pulse
+ CLK 
+ IO_STM
+ 0s 0
+ REPEAT FOREVER
+ +1ns 1 
+ +1ns 0 
+ ENDREPEAT
*
U2 DFF(3) $G_DPWR $G_DGND $D_HI $D_HI CLK
* Three Synchronous D flip-flops
+ D2 Q2 Q1 Q2 Q1 Q0 QBAR2 QBAR1 QBAR0
+ T_DFF IO_STD
.MODEL T_DFF UEFF
*
U_G1 XOR $G_DPWR $G_DGND Q0 Q2 D2
+ T_XOR IO_STD
.MODEL T_XOR UGATE 
+ TPLHMN=3ns TPLHTY=3ns TPLHMX=3ns
+ TPHLMN=3ns TPHLTY=3ns TPHLMX=3ns
+)
*
.TRAN 1ns 30ns 
.PROBE D(CLK) D(Q2) D(Q1) D(Q0) D(D2)
.OPTIONS DIGINITSTATE=1
.END

Simulation Result:​

Now, the above code is assigning the initial state of D2=0;

I have tried .NODESET and .IC commands but none of them work with digital nodes,

so how can i assign initial state of D2=1 ?