cast.ca.sg

Functions

cast.ca.sg.CVT

cast.ca.sg.CVT(WS, ADP, BankAngle, V, theta, alt): CVT Constant Velocity Turn from General Aviation Aircraft Design WS - wing loading BankAngle - Desired bank angle in degrees V - flight speed theta - climb gradient in degrees alt - altitude in metres

cast.ca.sg.CVT_Mach

cast.ca.sg.CVT_Mach(WS, ADP, BankAngle, M, theta, alt): CVT Constant Velocity Turn from General Aviation Aircraft Design WS - wing loading BankAngle - Desired bank angle in degrees V - flight speed theta - climb gradient in degrees alt - altitude in metres

cast.ca.sg.LandingDistance

cast.ca.sg.LandingDistance(ADP, alt, WSi): LANDINGDISTANCE Landing distance constraint from General Aviation Aircraft Design WS - wing loading BankAngle - Desired bank angle in degrees V - flight speed theta - climb gradient in degrees alt - altitude in metres

cast.ca.sg.ROC_Mach

cast.ca.sg.ROC_Mach(WS, ADP, M, theta, alt): ROC TRate of Climb Constraint from General Aviation Aircraft Design WS - wing loading V - flight speed theta - climb gradient in degrees alt - altitude in metres

cast.ca.sg.ROC_Mach_Vv

cast.ca.sg.ROC_Mach_Vv(WS, ADP, M, Vv, alt): ROC TRate of Climb Constraint from General Aviation Aircraft Design WS - wing loading V - flight speed theta - climb gradient in degrees alt - altitude in metres

cast.ca.sg.ROC_VSR

cast.ca.sg.ROC_VSR(WS, ADP, factor, CL_max, theta, alt): ROC TRate of Climb Constraint from General Aviation Aircraft Design WS - wing loading V - flight speed theta - climb gradient in degrees alt - altitude in metres

cast.ca.sg.TLR

cast.ca.sg.TLR(M, alt, BPR)

cast.ca.sg.TOGroundRun

cast.ca.sg.TOGroundRun(WS, ADP, alt): TOGroundRun Take-off ground run constraint from General Aviation Aircraft Design

cast.ca.sg.VSR

cast.ca.sg.VSR(WS, CL_max, alt): VSR Summary of this function goes here Detailed explanation goes here