built-in system text variables. Configuring design rules Design rules control the behavior of the interactive router, the filling of copper zones, and the design rule checker. Design rules can be modified Route tracks / route differential pairs: These tools activate the interactive router and allow placing tracks and vias. The interactive router is described in more detail in the Routing Tracks section the reference. You can also use the Drag command ( ) to move the selected footprint using the interactive router, maintaining all track connections to the footprint. Dragging footprints behaves like the

built-in system text variables. Configuring design rules Design rules control the behavior of the interactive router, the filling of copper zones, and the design rule checker. Design rules can be modified Route tracks / route differential pairs: These tools activate the interactive router and allow placing tracks and vias. The interactive router is described in more detail in the Routing Tracks section the reference. You can also use the Drag command ( ) to move the selected footprint using the interactive router, maintaining all track connections to the footprint. Dragging footprints behaves like the

substituted as Version: 1.0 . Configuring design rules Design rules control the behavior of the interactive router, the filling of copper zones, and the design rule checker. Design rules can be modified Route tracks / route differential pairs: These tools activate the interactive router and allow placing tracks and vias. The interactive router is described in more detail in the Routing Tracks section of the footprint. Pads may be unlocked to allow free movement, which can be useful for certain applications (such as through-hole footprints with varying lead positions) but is generally never recommended

built-in system text variables. Configuring design rules Design rules control the behavior of the interactive router, the filling of copper zones, and the design rule checker. Design rules can be modified Route tracks / route differential pairs: These tools activate the interactive router and allow placing tracks and vias. The interactive router is described in more detail in the Routing Tracks section the reference. You can also use the Drag command ( ) to move the selected footprint using the interactive router, maintaining all track connections to the footprint. Dragging footprints behaves like the

cross-platform 3D application for free. At the time, this was a revolutionary concept as most commercial 3D applications cost thousands of dollars. NaN hoped to bring professional level 3D modeling and animation tools software product, Blender Publisher was launched. This product was targeted at the emerging market of interactive web-based 3D media. Due to disappointing sales and the ongoing difficult economic climate, the version released. 1.80 -- June 2000: End of C-key, Blender full freeware again. 2.00 -- August 2000: Interactive 3D and real-time engine. 2.10 -- December 2000: New engine, physics, and Python. 2.20 -- August

cross-platform 3D application for free. At the time, this was a revolutionary concept as most commercial 3D applications cost thousands of dollars. NaN hoped to bring professional level 3D modeling and animation tools software product, Blender Publisher was launched. This product was targeted at the emerging market of interactive web-based 3D media. Due to disappointing sales and the ongoing difficult economic climate, the version released. 1.80 – June 2000: End of C-key, Blender full freeware again. 2.00 – August 2000: Interactive 3D and real-time engine. 2.10 – December 2000: New engine, physics, and Python. 2.20 – August 2001:

cross-platform 3D application for free. At the time, this was a revolutionary concept as most commercial 3D applications cost thousands of dollars. NaN hoped to bring professional level 3D modeling and animation tools software product, Blender Publisher was launched. This product was targeted at the emerging market of interactive web-based 3D media. Due to disappointing sales and the ongoing difficult economic climate, the version released. 1.80 – June 2000: End of C-key, Blender full freeware again. 2.00 – August 2000: Interactive 3D and real-time engine. 2.10 – December 2000: New engine, physics, and Python. 2.20 – August 2001:

cross-platform 3D application for free. At the time, this was a revolutionary concept as most commercial 3D applications cost thousands of dollars. NaN hoped to bring professional level 3D modeling and animation tools software product, Blender Publisher was launched. This product was targeted at the emerging market of interactive web-based 3D media. Due to disappointing sales and the ongoing difficult economic climate, the version released. 1.80 -- June 2000: End of C-key, Blender full freeware again. 2.00 -- August 2000: Interactive 3D and real-time engine. 2.10 -- December 2000: New engine, physics, and Python. 2.20 -- August

cross-platform 3D application for free. At the time, this was a revolutionary concept as most commercial 3D applications cost thousands of dollars. NaN hoped to bring professional level 3D modeling and animation tools software product, Blender Publisher was launched. This product was targeted at the emerging market of interactive web-based 3D media. Due to disappointing sales and the ongoing difficult economic climate, the version released. 1.80 -- June 2000: End of C-key, Blender full freeware again. 2.00 -- August 2000: Interactive 3D and real-time engine. 2.10 -- December 2000: New engine, physics, and Python. 2.20 -- August

cross-platform 3D application for free. At the time, this was a revolutionary concept as most commercial 3D applications cost thousands of dollars. NaN hoped to bring professional level 3D modeling and animation tools software product, Blender Publisher was launched. This product was targeted at the emerging market of interactive web-based 3D media. Due to disappointing sales and the ongoing difficult economic climate, the version released. 1.80 – June 2000: End of C-key, Blender full freeware again. 2.00 – August 2000: Interactive 3D and real-time engine. 2.10 – December 2000: New engine, physics, and Python. 2.20 – August 2001: