L_DoorFixingPointTab | digipara knowledge center

Column Name	Description	Data Type	Length	Allow Nulls	Default
DFP_RID	ID-No. of the door fixing point (ID-No.=RID number of the door fixing point) consecutive number	Integer	4		0
DFP_GRP	Number of the group of the door fixing point	Integer	4	✓	0
DFP_IX	Counter for the quantity of the dimension records for the same type of fixing. Starts always with 0, then count up to the last record! The next group starts again with 0.	Integer	4	✓	0
DFP_MODE		Integer	4	✓	0
DFP_TYPE	Type of the door fixing points: 0 - top fixing point 1 - bottom fixing point 2 - left fixing point 3 - right fixing point	SmallInt	2	✓	0
DFP_DX	Alignment in x-direction. Do not use this field any more for new records. Use DFP_DX_RULE instead. This can dramatically reduce the number of records to be loaded. Fill this field with 0.	Double	9	✓	0
DFP_DY	Alignment in y-direction. Do not use this field any more for new records. See also DFP_DX.	Double	9	✓	0
DFP_DZ	Alignment in z-direction. Do not use this field any more for new records. See also DFP_DX.	Single	4	✓	0
DFP_DX_RULE	Instead of filling fixed DFP_DX values, you may enter a rule into this field. You can use the same syntax as it is allowed as profile parameters. Example: It is, for instance, very common that a fixing point is at DW/2 - 100 mm (from the center of the door). In this case you may enter the following rule in the DFP_DX_RULE field: 0.5*[3]-100 For a specific record you must decide whether to use rules or not. The parameter "Apply Rules"(32) must be set in DFP_MODE. If set, you must also fill proper values into DFP_DY_RULE and DFP_DZ_RULE. You can use the standard profile parameters for door fixing points, especially: [3] = Door width [7] = Door height [4] = P2_DELTA_DX If you want to re-use door parameters at the fixing points, you need to use the mapped door fixing point parameters instead (limited to 10 parameters, see below). Door User Parameter — Internally mapped to Door Fixing point parameter [50] -> DD_USER_PG_50 — [60] -> DF_USER_PG_60 [51] -> DD_USER_PG_51 — [61] -> DF_USER_PG_61 [52] -> DD_USER_PG_52 — [62] -> DF_USER_PG_62 [53] -> DD_USER_PG_53 — [63] -> DF_USER_PG_63 [54] -> DD_USER_PG_54 — [64] -> DF_USER_PG_64 [55] -> DD_USER_PG_55 — [65] -> DF_USER_PG_65 [56] -> DD_USER_PG_56 — [66] -> DF_USER_PG_66 [57] -> DD_USER_PG_57 — [67] -> DF_USER_PG_67 [58] -> DD_USER_PG_58 — [68] -> DF_USER_PG_68 [59] -> DD_USER_PG_59 — [69] -> DF_USER_PG_69	VarWChar	50	✓
DFP_DY_RULE	Similar to DFP_DX_RULE	VarWChar	50	✓
DFP_DZ_RULE	Similar to DFP_DX_RULE	VarWChar	50	✓
DFP_DW_MIN	Minimum door width/height for this fixing point (left/right or top/bottom fixing point)	Single	4	✓	0
DFP_DW_MAX	Maximum door width/height for this fixing point (left/right or top/bottom fixing point).	Double	9	✓	0
DFP_P2_DELTA_DX	Only needed if anchor rails at each door fixing point. The anchor rail position and size are determined.	Double	9	✓	0
DFP_P2_DELTA_DY	Only needed if anchor rails at each door fixing point. The anchor rail position and size are determined.	Double	9	✓	0
DFP_P2_DELTA_DZ	Only needed if anchor rails at each door fixing point. The anchor rail position and size are determined.	Double	9	✓	0
DFP_AR_RID	Related to: AR_RID	Integer	4	✓	-1
DFP_AR_LEN		Double	9	✓	0