Is there a possibility to define damping for each mode?

*AMPLITUDE, NAME=amp_1g, VALUE=ABSOLUTE
0,9810.0, 1000,9810.0
**------------------------------------------------------------------------------
*PARAMETER
sin_lower_freq_x = 1.0
sin_upper_freq_x = 1000.0
sin_lower_freq_y = 1.0
sin_upper_freq_y = 1000.0
sin_lower_freq_z = 1.0
sin_upper_freq_z = 1000.0
**------------------------------------------------------------------------------
*STEP,PERTURBATION, NAME="FRF_1g_Z"
*STEADY STATE DYNAMICS, FREQUENCY SCALE=LINEAR,INTERVAL=EIGENFREQUENCY
, ,2,3
*BASE MOTION, AMPLITUDE=amp_1g,TYPE=ACCELERATION,DOF=3
*MODAL DAMPING, MODAL=DIRECT, DEFINITION=MODE NUMBERS
1,0.02
2,0.03
3,0.05
4,0.08
5,0.01
*SELECT EIGENMODES, DEFINITION=MODE NUMBERS
1 2 3 4 5
Following Errors:
***ERROR: THE NUMBER OF EIGENMODES TO BE EXTRACTED IN THE PREVIOUS *FREQUENCY
           STEP IS SMALLER THAN THE FIRST EIGENMODE SELECTED FOR USE IN THIS
           STEP. THIS IS NOT ALLOWED. PLEASE CHECK DATA.

***ERROR: INVALID INTEGER VALUE
LINE IMAGE: 2,0.03