*	struct RW_MODULE_VARIABLE_IN {
*	typedef struct {
*		UINT32  fRead, cfgSet, cfgBitfield, groupId, module, chip, varType;
*
*		UINT32 info;      /* for writing: output message? */
*		UINT32 dataLen;   /* for writing: length of data (e.g. mask= 4) */
*	} RwModuleVariableIn_v103;
*	//If writing, data follows directly after structure.
*
*	typedef struct {
*		UINT32  nModData, dataLen;
*	} RwModuleVariableOut_v103;
*
* ST_BYPASS: (val= 19.0f => default)
*prim:rwModuleVariable
**        read?  cfgSet  cfgBitfield group ID    module   chip   varType    info  dataLen   *data (float)
*param:      0,    0x3,     1,           8,       0xfe,   0x3f,   0x11,      1,      1,      0x41980000;
**********************************
prim:rwModuleVariable
*        read?  cfgSet  cfgBitfield group ID    module   chip   varType    info  dataLen   *data (float)
param:      0,    0x3,     1,           8,       0xfe,   0x3f,   0x01,      1,      1,      0x41980000;
*
prim:rwModuleVariable
param:      0,    0x2,     1,           8,       0xfe,   0x3f,    102,      1,      1,      0x00000000;
*
*
*                                                                                           0x3f800000 => 1.0f
prim:rwModuleVariable
param:      0,    1,       0,           8,       0xfe,   0x3f,    102,      1,      1,      0x3f800000;
*
*
*Read out the present flags and vThresh for PHYSICS:
prim:rwModuleVariable
param:      1,     0,      0,           8,       0xfe,   0x3f,    102,      0,      0;
*
prim:rwModuleVariable
param:      1,     0,      0,           8,       0xfe,   0x3f,   0x01,      0,      0;