Score-to-Score Parameters

Name:	Description:	Used in/Using parameters:	Default expression (mm):
Lss1	0701: Defines the real score-to-score length of the box taking into account length of the box (L), length layers correction (Llc), corrections due to two creases (*2C90Y) as well as the correction due to glue flap (GLC). When the dimension type (DT) is 'score-to-score' (dtSS=0), Lss1 equals L due to 2C90X* is 0, Llc is 0, but GLC is 1.00. When DT is 'inside' (dtID=-1), Lss1 equals L+d due to *2C90X is 1.00, Llc is 1.00, but GLC is 1.00. When DT is 'outside' (dtOD=1), Lss equals L-2d** due to 2C90X is -1.00, Llc* is 0, but GLC is -1.00.	Used In: TL (Crash Lock) Using: L, DT (Main) GLC (Corrections) Llc (Layers)	L+Llc+2*C90y(d(),fd(),DT)-GLC
Lss1	0701_1: Defines the real score-to-score length of the box taking into account length of the box (L), length layers correction (Llc), corrections due to two creases (*2C90Y) as well as the correction due to glue flap (GLC). When the dimension type (DT) is 'score-to-score' (dtSS=0), Lss1 equals L due to 2C90X* is 0, Llc is 0, but GLC is 1.00. When DT is 'inside' (dtID=-1), Lss1 equals L+d due to *2C90X is 1.00, Llc is 1.00, but GLC is 1.00. When DT is 'outside' (dtOD=1), Lss equals L-2d** due to 2C90X is -1.00, Llc* is 0, but GLC is -1.00.	Used In: TL (Crash Lock) Using: Lss (Score-to-Score)	Lss-GlueCorr(d())
Wss	Defines the real score-to-score width taking into account initial width (W) as well as all corrections applied. When the dimension type (DT) is 'score-to-score' (dtSS=0), Wss equals W due to *2C90X is 0 and Wlc is 0. When DT is 'inside' (dtID=-1), Wss equals W+d due to 2C90X* is 1, but Wlc is 0. When DT is 'outside' (dtOD=1), Wss equals W-d due to 2C90X is -1,* but Wlc is 0.00.	Used In: Wss1 (Score-to-Score) FH (Flaps) CLPH, CLFH, CB, Ext (Crash Lock) Using: W, DT (Main)	W+2*C90y(d(),fd(),DT)
Lss	0701_1: Defines the real score-to-score length taking into account initial length,lengt layer correction and C90Y correction. When the dimension type (DT) is 'score-to-score' (dtSS=0), Lss equals L due to *2C90X is 0 and Llc is 0. When DT is 'inside' (dtID=-1), Lss equals L+2d due to 2C90X* is 1 and Llc is 1.00. When DT is 'outside' (dtOD=1), Lss equals L-d due to 2*C90X is -1, but Llc is 0.	Used In: Lss1 (Score-to-Score) TO (Crash Lock) Using: L, DT (Main)	L+2*C90y(d(),fd(),DT)
Lss	0701: Defines the real score-to-score length taking into account initial length,lengt layer correction and C90Y correction. When the dimension type (DT) is 'score-to-score' (dtSS=0), Lss equals L due to *2C90X is 0 and Llc is 0. When DT is 'inside' (dtID=-1), Lss equals L+2d due to 2C90X* is 1 and Llc is 1.00. When DT is 'outside' (dtOD=1), Lss equals L-d due to 2*C90X is -1, but Llc is 0.	Used In: Lss1 (Score-to-Score) TO (Crash Lock) Using: L, DT (Main) Llc (Layers)	L+Llc+2*C90y(d(),fd(),DT)
Wss1	0701: Defines the real score-to-score width of the outermost panel taking into account Wss and the last panel correction (LPC).	Using: LPC (Corrections) Wss (Score-to-Score)	Wss-LPC
Wss1	0701_1: Defines the real score-to-score width of the outermost panel taking into account Wss and the last panel correction (LPC).	Using: Wss (Score-to-Score)	Wss-LPCorr(d())
Hss	0701_1: Defines the real score-to-score height of the resizable design. Here, we have no corrections of the height due to no flaps or panels attached to. When the dimension type (DT) is 'score-to-score' (dtSS=0), Hss equals H due to *2C90X is 0 and Hlc is 0. When DT is 'inside' (dtID=-1), Hss equals H+d due to 2C90X* is 1 and Hlc is 0. When DT is 'outside' (dtOD=1), Hss equals H-3d due to 2*C90X is -1, but Hlc is -2.00.	Using: H, DT (Main)	H+2*HC90x(d(), fd(), DT)
Hss	0701: Defines the real score-to-score height of the resizable design. Here, we have no corrections of the height due to no flaps or panels attached to. When the dimension type (DT) is 'score-to-score' (dtSS=0), Hss equals H due to *2C90X is 0 and Hlc is 0. When DT is 'inside' (dtID=-1), Hss equals H+d due to 2C90X* is 1 and Hlc is 0. When DT is 'outside' (dtOD=1), Hss equals H-3d due to 2*C90X is -1, but Hlc is -2.00.	Using: H, DT (Main) Hlc (Layers)	H+Hlc+2*HC90x(d(), fd(), DT)