Abstract: Embodiments of the present invention provide methods, systems, and computer program products for generating a linear projection of a route. In one embodiment, route information is received and parsed. Supplementary route data is received. A linear route is generated and provided to a user, the linear route comprising a straight line and one or more segments extending form the straight line, where ends of the straight line represent a starting point and destination of the linear route, and the one or more segments represent turns.

Abstract: An approach for a route stabilization scrolling mode is provided. The approach displays a map window, wherein the map window includes a visible region of a map, the map including a plotted route originating at a source location and ending at a destination location. The approach receives one or more swipe gestures within the map window. The approach determines whether the one or more swipe gestures exceeds an escape velocity threshold. Responsive to a determination that the one or more swipe gestures exceeds the level of intensity to progress the map window into an area of the map away from the plotted route, the approach generates one or more custom pegs, wherein the one or more custom pegs is a compressed snapshot of a last position on the plotted route prior to exceeding the escape velocity threshold.

Abstract: Presenting text and figures on a display screen by formatting, by a computer, text in a document into a single display line, scrolling the single display line on a first portion of the display screen, wherein the display screen remains active, and displaying, on a second portion of the display screen, figures in the document referenced by the scrolled text in the single display line on the display screen.

Abstract: Embodiments of the present invention provide methods, systems, and computer program products for generating a linear projection of a route. In one embodiment, route information is received and parsed. Supplementary route data is received. A linear route is generated and provided to a user, the linear route comprising a straight line and one or more segments extending form the straight line, where ends of the straight line represent a starting point and destination of the linear route, and the one or more segments represent turns.

Abstract: Embodiments of the present invention disclose a method, computer program product, and system for presenting text and figures on a display screen. Formatting, by a computer, text in a document into a single display line, scrolling the single display line on a first portion of the display screen, wherein the display screen remains active, and displaying, on a second portion of the display screen, figures in the document referenced by the scrolled text in the single display line on the display screen.

Abstract: Embodiments of the present invention provide methods, systems, and computer program products for generating a linear projection of a route. In one embodiment, route information is received and parsed. Supplementary route data is received. A linear route is generated and provided to a user, the linear route comprising a straight line and one or more segments extending form the straight line, where ends of the straight line represent a starting point and destination of the linear route, and the one or more segments represent turns.

Abstract: An approach for a route stabilization scrolling mode is provided. The approach displays a map window, wherein the map window includes a visible region of a map, the map including a plotted route originating at a source location and ending at a destination location. The approach receives one or more swipe gestures within the map window. The approach determines whether the one or more swipe gestures exceeds an escape velocity threshold. Responsive to a determination that the one or more swipe gestures exceeds the level of intensity to progress the map window into an area of the map away from the plotted route, the approach generates one or more custom pegs, wherein the one or more custom pegs is a compressed snapshot of a last position on the plotted route prior to exceeding the escape velocity threshold.

Abstract: An approach for a route stabilization scrolling mode is provided. The approach displays a map window, wherein the map window includes a visible region of a map, the map including a plotted route originating at a source location and ending at a destination location. The approach receives one or more swipe gestures within the map window. The approach determines whether the one or more swipe gestures exceeds an escape velocity threshold. Responsive to a determination that the one or more swipe gestures exceeds the level of intensity to progress the map window into an area of the map away from the plotted route, the approach generates one or more custom pegs, wherein the one or more custom pegs is a compressed snapshot of a last position on the plotted route prior to exceeding the escape velocity threshold.

Abstract: An approach for a route stabilization scrolling mode is provided. The approach displays a map window, wherein the map window includes a visible region of a map, the map including a plotted route originating at a source location and ending at a destination location. The approach receives one or more swipe gestures within the map window. The approach determines whether the one or more swipe gestures exceeds an escape velocity threshold. Responsive to a determination that the one or more swipe gestures exceeds the level of intensity to progress the map window into an area of the map away from the plotted route, the approach generates one or more custom pegs, wherein the one or more custom pegs is a compressed snapshot of a last position on the plotted route prior to exceeding the escape velocity threshold.

Abstract: An approach for a route stabilization scrolling mode is provided. The approach displays a map window, wherein the map window includes a visible region of a map, the map including a plotted route originating at a source location and ending at a destination location. The approach receives one or more swipe gestures within the map window. The approach determines whether the one or more swipe gestures exceeds an escape velocity threshold. Responsive to a determination that the one or more swipe gestures exceeds the level of intensity to progress the map window into an area of the map away from the plotted route, the approach generates one or more custom pegs, wherein the one or more custom pegs is a compressed snapshot of a last position on the plotted route prior to exceeding the escape velocity threshold.

Abstract: An approach for a route stabilization scrolling mode is provided. The approach displays a map window, wherein the map window includes a visible region of a map, the map including a plotted route originating at a source location and ending at a destination location. The approach receives one or more swipe gestures within the map window. The approach determines whether the one or more swipe gestures exceeds an escape velocity threshold. Responsive to a determination that the one or more swipe gestures exceeds the level of intensity to progress the map window into an area of the map away from the plotted route, the approach generates one or more custom pegs, wherein the one or more custom pegs is a compressed snapshot of a last position on the plotted route prior to exceeding the escape velocity threshold.

Abstract: Embodiments of the present invention provide methods, systems, and computer program products for generating a linear projection of a route. In one embodiment, route information is received and parsed. Supplementary route data is received. A linear route is generated and provided to a user, the linear route comprising a straight line and one or more segments extending form the straight line, where ends of the straight line represent a starting point and destination of the linear route, and the one or more segments represent turns.

Abstract: An approach for a route stabilization scrolling mode is provided. The approach displays a map window, wherein the map window includes a visible region of a map, the map including a plotted route originating at a source location and ending at a destination location. The approach receives one or more swipe gestures within the map window. The approach determines whether the one or more swipe gestures exceeds an escape velocity threshold. Responsive to a determination that the one or more swipe gestures exceeds the level of intensity to progress the map window into an area of the map away from the plotted route, the approach generates one or more custom pegs, wherein the one or more custom pegs is a compressed snapshot of a last position on the plotted route prior to exceeding the escape velocity threshold.

Abstract: An original business model is received. At least one modification to the original business model is received. The original business model and the at least one modification to the original business model is caused to be displayed. An indication of an acceptance or a rejection for reach modification of the at least one modification to the original business model is received.

Abstract: An original business model is received. At least one modification to the original business model is received. The original business model and the at least one modification to the original business model is caused to be displayed. An indication of an acceptance or a rejection for reach modification of the at least one modification to the original business model is received.

Abstract: Embodiments of the present invention disclose a method, computer program product, and system for presenting text and figures on a display screen. Formatting, by a computer, text in a document into a single display line, scrolling the single display line on a first portion of the display screen, wherein the display screen remains active, and displaying, on a second portion of the display screen, figures in the document referenced by the scrolled text in the single display line on the display screen.

Abstract: Presenting text and figures on a display screen by formatting, by a computer, text in a document into a single display line, scrolling the single display line on a first portion of the display screen, wherein the display screen remains active, and displaying, on a second portion of the display screen, figures in the document referenced by the scrolled text in the single display line on the display screen.

Abstract: A template is generated for reformatting, or converting, data from a first data formal to a second data format, where such template generation is achieved without human interaction. Particularly, data formatted in accordance with a first data format, as well as the same data but formatted in accordance with a second data format, are received. Without human intervention, a template is generated based on the data formatted in accordance with both the first and the second data formats. The template enables subsequent reformatting of data from the first data format to the second data format, without human intervention, by, for instance, using a generic data handler.