Abstract: A method for submitting transactions from an automated trading tool to an electronic exchange. The method includes defining a proximity limit and automatically generating a transaction for a tradeable object. The method further includes applying the proximity limit to the transaction. When the transaction falls within the defined proximity limit, the transaction is submitted to the exchange. An apparatus and interface for transaction toggling based on proximity limits are also provided.

Abstract: A method for submitting transactions from an automated trading tool to an electronic exchange. The method includes defining a proximity limit and automatically generating a transaction for a tradable object. The method further includes applying the proximity limit to the transaction. When the transaction falls within the defined proximity limit, the transaction is submitted to the exchange. An apparatus and interface for transaction toggling based on proximity limits are also provided.

Abstract: A method for submitting transactions from an automated trading tool to an electronic exchange. The method includes defining a proximity limit and automatically generating a transaction for a tradable object. The method further includes applying the proximity limit to the transaction. When the transaction falls within the defined proximity limit, the transaction is submitted to the exchange. An apparatus and interface for transaction toggling based on proximity limits are also provided.

Abstract: A method for submitting transactions from an automated trading tool to an electronic exchange. The method includes defining a proximity limit and automatically generating a transaction for a tradeable object. The method further includes applying the proximity limit to the transaction. When the transaction falls within the defined proximity limit, the transaction is submitted to the exchange. An apparatus and interface for transaction toggling based on proximity limits are also provided.

Abstract: A client terminal displays on a graphical interface a first indicator of a price associated with a lowest traded price of a tradable object during a predetermined period of time, a second indicator of a price associated with a highest traded price of the tradable object during the predetermined period of time, along with at least one quantity indicator associated with at least one order to buy/order the tradable object. The first indicator, the second indicator, and the at least one quantity indicator are displayed in relation to a static axis of price, and the client terminal dynamically updates the first and second indicator to new lowest and highest traded prices based on market updates received from an exchange.

Abstract: A client terminal displays on a graphical interface a first indicator of a price associated with a lowest traded price of a tradable object during a predetermined period of time, a second indicator of a price associated with a highest traded price of the tradable object during the predetermined period of time, along with at least one quantity indicator associated with at least one order to buy/order the tradable object. The first indicator, the second indicator, and the at least one quantity indicator are displayed in relation to a static axis of price, and the client terminal dynamically updates the first and second indicator to new lowest and highest traded prices based on market updates received from an exchange.

Abstract: An automated trader facilitates automatic trading of tradeable objects over one or more electronic exchanges. According to one embodiment, an automated trader utilizes a user programmable interface. The user programmable interface allows the user to simply develop a program that is based on a set of specifications and relationships given by the user and input into a profile, or if desired, input directly into the programmable interface referred to as direct entry. For each tradeable object, a profile may be selected, and then an automated trader can execute the program to perform a series of actions according to that selected profile and directed order entry, if any. An automated trader may also be used at a communication level to create an intelligent interface between third-party trading-related applications and exchanges.

Abstract: An automated trader facilitates automatic trading of tradeable objects over one or more electronic exchanges. According to one embodiment, an automated trader utilizes a user programmable interface. The user programmable interface allows the user to simply develop a program that is based on a set of specifications and relationships given by the user and input into a profile, or if desired, input directly into the programmable interface referred to as direct entry. For each tradeable object, a profile may be selected, and then an automated trader can execute the program to perform a series of actions according to that selected profile and directed order entry, if any. An automated trader may also be used at a communication level to create an intelligent interface between third-party trading-related applications and exchanges.

Abstract: Trading software may receive trading information from an exchange. The trading software may use the trading information to compute an estimate of last traded total sweep quantity. The trading software may also display the last traded total sweep quantity on a trading screen.

Abstract: A system and methods for automatic scalping in an electronic trading environment are presented. According to one embodiment, a trading application may display an indicator associated with a price level based on which a tradable object can be automatically traded. When a scalping application detects a fill associated with a first order, the scalping application may automatically enter a second order to offset a position created with the first order. According to one embodiment, the second order is automatically placed on the market when the inside market moves to a predetermined price level in relation to the displayed indicator.

Abstract: A client terminal displays on a graphical interface a first indicator of a price associated with a lowest traded price of a tradable object during a predetermined period of time, a second indicator of a price associated with a highest traded price of the tradable object during the predetermined period of time, along with at least one quantity indicator associated with at least one order to buy/order the tradable object. The first indicator, the second indicator, and the at least one quantity indicator are displayed in relation to a static axis of price, and the client terminal dynamically updates the first and second indicator to new lowest and highest traded prices based on market updates received from an exchange.

Abstract: A system and methods for automatic scalping in an electronic trading environment are presented. According to one embodiment, a trading application may display an indicator associated with a price level based on which a tradable object can be automatically traded. When a scalping application detects a fill associated with a first order, the scalping application may automatically enter a second order to offset a position created with the first order. According to one embodiment, the second order is automatically placed on the market when the inside market moves to a predetermined price level in relation to the displayed indicator.

Abstract: A client terminal displays on a graphical interface a first indicator of a price associated with a lowest traded price of a tradable object during a predetermined period of time, a second indicator of a price associated with a highest traded price of the tradable object during the predetermined period of time, along with at least one quantity indicator associated with at least one order to buy/order the tradable object. The first indicator, the second indicator, and the at least one quantity indicator are displayed in relation to a static axis of price, and the client terminal dynamically updates the first and second indicator to new lowest and highest traded prices based on market updates received from an exchange.

Abstract: A method for submitting transactions from an automated trading tool to an electronic exchange. The method includes defining a proximity limit and automatically generating a transaction for a tradeable object. The method further includes applying the proximity limit to the transaction. When the transaction falls within the defined proximity limit, the transaction is submitted to the exchange. An apparatus and interface for transaction toggling based on proximity limits are also provided.

Abstract: Trading software may receive trading information from an exchange. The trading software may use the trading information to compute an estimate of last traded total sweep quantity. The trading software may also display the last traded total sweep quantity on a trading screen.

Abstract: A method for submitting transactions from an automated trading tool to an electronic exchange. The method includes defining a proximity limit and automatically generating a transaction for a tradeable object. The method further includes applying the proximity limit to the transaction. When the transaction falls within the defined proximity limit, the transaction is submitted to the exchange. An apparatus and interface for transaction toggling based on proximity limits are also provided.

Abstract: Trading software may receive trading information from an exchange. The trading software may use the trading information to compute an estimate of last traded total sweep quantity. The trading software may also display the last traded total sweep quantity on a trading screen.

Abstract: A client terminal displays on a graphical interface a first indicator of a price associated with a lowest traded price of a tradable object during a predetermined period of time, a second indicator of a price associated with a highest traded price of the tradable object during the predetermined period of time, along with at least one quantity indicator associated with at least one order to buy/order the tradable object. The first indicator, the second indicator, and the at least one quantity indicator are displayed in relation to a static axis of price, and the client terminal dynamically updates the first and second indicator to new lowest and highest traded prices based on market updates received from an exchange.

Abstract: Trading software may receive trading information from an exchange. The trading software may use the trading information to compute an estimate of last traded total sweep quantity. The trading software may also display the last traded total sweep quantity on a trading screen.

Abstract: Trading software may receive trading information from an exchange. The trading software may use the trading information to compute an estimate of last traded total sweep quantity. The trading software may also display the last traded total sweep quantity on a trading screen.