1. A system (106) for generating a treatment planning treatment for the patient, said system (106) comprising: one or more processors (142) programmed: receive radiation therapy plan (RTP) for irradiation of the target over the course of one or more treatment of fractions, wherein said RTP include planned dose distribution to be introduced into a target receive motion data for at least one of the RTP treatment fractions take temporary administration metric data for at least one of RTP treatment fractions calculate the dose distribution, compensated for motion, for a target using the motion data and time of administration metric data isravnivat dose distribution, compensated for movement, with the planned distribution dozy.2. The system (106) according to Claim. 1, wherein the timing metric data administration include at least one of the angular positions of the gantry at all times during this fraction and the number of segments belonging to a specific beam which is active at any given time. 3. The system (106) according to any one of claims. 1 or 2, further comprising: generating meshes planned dose for each beam issued movement and time of administration metric data calculating dose distribution, compensated for movement, by summing each of the grids planned dose iregulirovku planned dose distribution based on the received traffic data and time data vvedeniya.4 metric. The system (106) according to any one of claims. 1 or 2, wherein the planned dose distribution is calculated from each segment n,1. Система (106) планирования лечения для генерации лечения для конкретного пациента, причем упомянутая система (106) содержит:один или более процессоров (142), запрограммированных:принимать план лучевой терапии (RTP) для облучения мишени на протяжении курса из одной или более лечебных фракций, причем упомянутый RTP включает в себя распределение запланированной дозы, подлежащей введению в мишень,принимать данные движения для, по меньшей мере, одной из лечебных фракций RTPпр
