The start point shift relative to the previous layer allows to get a more even distribution of zones where the feed of material starts/stops and where the quality of the formed surface is usually lower.

Note: For "Non-planar slicing" operation this option is available only if "Start points" parameter on the "Strategy" page is set to "Auto" or "Custom for first layers" mode.

Sps - Start point shift

Straight.

With this rule, the approach to the part is carried out:
1. Tool change position
2.Appr- Approach
3. LD - Leads (If they are enabled)
The returnl is carried out in the reverse order:
1. LD - Leads (If they are enabled)
2.Ret - Return
3. Tool change position

By Feed Distance.

With this rule, the approach to the part is carried out:
1. Tool change position
2.Appr- Approach
3. FD - Feed distance
4. LR - Linking Radius (depends on the type of Leads. If the Leads is located vertically, then as a rule, the arc is not built)
5. LD - Leads (If they are enabled)
The returnl is carried out in the reverse order:
1. LD - Leads (If they are enabled)
2. LR - Linking Radius (depends on the type of Leads. If the Leads is located vertically, then as a rule, the arc is not built)
3.FD - Feed distance
4.Ret - Return
5. Tool change position

By Rapid Distance.

With this rule, the approach to the part is carried out:
1. Tool change position
2. Appr- Approach
3. RD - Rapid distance
4. FD - Feed distance
5. LR - Linking Radius (depends on the type of Leads. If the Leads is located vertically, then as a rule, the arc is not built)
6. LD - Leads (If they are enabled)
The returnl is carried out in the reverse order:
1. LD - Leads (If they are enabled)
2. LR - Linking Radius (depends on the type of Leads. If the Leads is located vertically, then as a rule, the arc is not built)
3. FD - Feed distance
4. RD - Rapid distance
5. Ret - Return
6. Tool change position

On Safe Surface.

With this rule, the approach to the part is carried out:
1. Tool change position
2.Appr- Approach
3.SL - Safe level
4. FD - Feed distance
5.LR - Linking Radius (depends on the type of Leads. If the Leads is located vertically, then as a rule, the arc is not built)
6. LD - Leads (If they are enabled)
The returnl is carried out in the reverse order:
1. LD - Leads (If they are enabled)
2. LR - Linking Radius (depends on the type of Leads. If the Leads is located vertically, then as a rule, the arc is not built)
3. FD - Feed distance
4. SL - Safe level
5. Ret - Return
6. Tool change position

Straight. Links are made by the shortest distance.

Smooth. Links are made by a smooth spline curve.

High Speed. Links are made by a smooth curve in such a way that the Link radius is nowhere exceeded.

By Feed Distance.

The links made from from the Feed distance. Additionally transition curves may be smoothed by the Link radius.
FD - Feed distance
LR - Link radius

By Rapid Distance.

The links made from from the Linking Radius and Rapid distance.
RD - Rapid distance
LR - Linking Radius

On Safe Surface.

The links made from from the Linking Radius + Feed distance to the Safe level.
LR - Linking Radius
FD - Feed distance
SL - Safe level

On Offset Surface.

Works as a displacement of the treated surface by a distance Feed distance. Works with milling type: Climb, Conventional.
FD - Feed distance

Short link max distance. Sets the maximum distance at which links are made by the short link type.

Link radius sets the radius of smoothing for

- Highspeed links
- Feed distance links (depends on the type of Leads. If the Leads is located vertically, then as a rule, the arc is not built)

FD - Feed distance
LR - Link radius

The Vertical Lead Radius parameter, in combination with the Linking Radius, expands the connection zone to include a vertical displacement, enabling “Frog Jump” transitions.

FD - Feed distance
LR - Link radius
VLR - Vertical Lead Radius