📄 driver.res
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(.AttachRight True) (.AttachTop True) (.TopOffset 2) (.Layout (Grid (Rows 1 1) (Cols 1) init_pos_tab init_vel_tab ) ) ))(Layout init_pos (Components (CheckButton current) (InputPanel initial_position) (PushButton show) (InputPanel init_pos_units) ) (Resources (current.Label "Current") (current.AttachLeft True) (current.AttachBottom True) (current.BottomOffset 5) (initial_position.Columns 6) (initial_position.MinColumns 6) (initial_position.LeftOffset 2) (initial_position.MinDouble -8507058665963221.000000) (initial_position.InputType 3) (initial_position.DoubleFormat "%g") (show.Bitmap "cl_preview") (show.HelpText "Preview position") (show.AttachLeft True) (show.AttachRight True) (show.AttachTop True) (show.AttachBottom True) (init_pos_units.Columns 4) (init_pos_units.Editable False) (.Label "Initial Position") (.HelpText "Specify the motion axis value to beused for the initial position. Select current to use present value.") (.Decorated True) (.AttachLeft True) (.AttachRight True) (.AttachTop True) (.AttachBottom True) (.Layout (Grid (Rows 1 0) (Cols 1) current (Grid (Rows 0) (Cols 0 1 1) show initial_position init_pos_units ) ) ) ))(Layout no_init_pos (Components (Label Label4) ) (Resources (.Layout (Grid (Rows 1) (Cols 1) Label4 ) ) ))(Layout init_vel (Components (InputPanel initial_velocity) (InputPanel init_vel_units) ) (Resources (initial_velocity.Columns 9) (initial_velocity.MinColumns 9) (initial_velocity.InputType 3) (initial_velocity.DoubleFormat "%g") (init_vel_units.Columns 4) (init_vel_units.Editable False) (.Label "Initial Velocity") (.HelpText "Specify a value to beused for the initial velocity.") (.Decorated True) (.AttachLeft True) (.AttachRight True) (.AttachTop True) (.Layout (Grid (Rows 1) (Cols 1 1) initial_velocity init_vel_units ) ) ))(Layout no_init_vel (Components (Label Label2) ) (Resources (.Layout (Grid (Rows 1) (Cols 1) Label2 ) ) ))(Layout Layout15 (Components (PushButton joint_zero) (OptionMenu drv_type) (InputPanel driver_units) ) (Resources (joint_zero.Bitmap "mech_connections_prop") (joint_zero.HelpText "Define Motion Axis Settings") (joint_zero.AttachLeft True) (joint_zero.AttachRight True) (drv_type.Columns 4) (drv_type.VisibleRows 3) (drv_type.Names "position" "velocity" "acceleration") (drv_type.Labels "Position" "Velocity" "Acceleration") (driver_units.Columns 4) (driver_units.Editable False) (.AttachLeft True) (.AttachRight True) (.AttachTop True) (.Layout (Grid (Rows 1) (Cols 0 1 1) joint_zero drv_type driver_units ) ) ))(Layout magnitude (Components (OptionMenu mag_profile_opt) (Tab profile_undec_tab const_layout ramp_layout cosine_layout scca_layout cycl_layout parab_layout poly_layout table_layout expr_layout) ) (Resources (mag_profile_opt.Columns 10) (mag_profile_opt.VisibleRows 9) (mag_profile_opt.ItemHelpText "q = A" "q = A + B*t" "q = A*cos(360*t/T+B)+C" "Sine Constant Cosine Acceleration" "q = L*t/T - L*sin(2*pi*t/T)/2*pi" "q = A*t + 1/2B*t^2" "q = A + B*t + C*t^2 + D*t^3" "Enter File Name" "User Defined Function of time(t)") (mag_profile_opt.Names "const" "ramp" "cos" "scca" "cycl" "parab" "poly" "table" "udf") (mag_profile_opt.Labels "Constant" "Ramp" "Cosine" "SCCA" "Cycloidal" "Parabolic" "Polynomial" "Table" "User Defined") (profile_undec_tab.Alignment 2) (profile_undec_tab.Collapsable True) (profile_undec_tab.TopOffset 4) (.Label "Magnitude") (.Decorated True) (.AttachLeft True) (.AttachRight True) (.AttachTop True) (.AttachBottom True) (.Layout (Grid (Rows 0 1) (Cols 1) mag_profile_opt profile_undec_tab ) ) ))(Layout const_layout (Components (SubLayout Layout3) ) (Resources (.Layout (Grid (Rows 0) (Cols 1) Layout3 ) ) ))(Layout Layout3 (Components (Label Label8) (InputPanel const_a_input) ) (Resources (Label8.Label "A") (const_a_input.Columns 10) (const_a_input.AttachRight False) (const_a_input.LeftOffset 5) (const_a_input.MinDouble -10000000000.000000) (const_a_input.InputType 3) (const_a_input.DoubleFormat "%g") (.AttachTop True) (.TopOffset 2) (.Layout (Grid (Rows 1) (Cols 1 1) Label8 const_a_input ) ) ))(Layout ramp_layout (Components (SubLayout Layout4) ) (Resources (.Layout (Grid (Rows 0) (Cols 1) Layout4 ) ) ))(Layout Layout4 (Components (Label Label11) (InputPanel ramp_a_input) (InputPanel ramp_b_input) (Label Label13) ) (Resources (Label11.Label "A") (ramp_a_input.Columns 10) (ramp_a_input.Value "0") (ramp_a_input.HelpText "A=Constant Coefficient") (ramp_a_input.AttachRight False) (ramp_a_input.LeftOffset 5) (ramp_a_input.MinDouble -10000000000.000000) (ramp_a_input.InputType 3) (ramp_a_input.DoubleFormat "%g") (ramp_b_input.Columns 10) (ramp_b_input.Value "0") (ramp_b_input.HelpText "B=Slope (Linear Coefficient)") (ramp_b_input.AttachRight False) (ramp_b_input.LeftOffset 5) (ramp_b_input.MinDouble -10000000000.000000) (ramp_b_input.InputType 3) (ramp_b_input.DoubleFormat "%g") (Label13.Label "B") (.AttachTop True) (.TopOffset 2) (.Layout (Grid (Rows 1 1) (Cols 1 1) Label11 ramp_a_input Label13 ramp_b_input ) ) ))(Layout cosine_layout (Components (SubLayout Layout2) ) (Resources (.Layout (Grid (Rows 0) (Cols 1) Layout2 ) ) ))(Layout Layout2 (Components (Label Label9) (Label Label12) (Label Label14) (Label Label15) (InputPanel cos_a_input) (InputPanel cos_b_input) (InputPanel cos_c_input) (InputPanel cos_t_input) ) (Resources (Label9.Label "A") (Label12.Label "B") (Label14.Label "C") (Label15.Label "T") (cos_a_input.Columns 10) (cos_a_input.Value "1") (cos_a_input.HelpText "A=Amplitude") (cos_a_input.AttachRight False) (cos_a_input.LeftOffset 5) (cos_a_input.Double 1.000000) (cos_a_input.MinDouble -10000000000.000000) (cos_a_input.InputType 3) (cos_a_input.DoubleFormat "%g") (cos_b_input.Columns 10) (cos_b_input.Value "0") (cos_b_input.HelpText "B=Phase") (cos_b_input.AttachRight False) (cos_b_input.LeftOffset 5) (cos_b_input.MinDouble -10000000000.000000) (cos_b_input.InputType 3) (cos_b_input.DoubleFormat "%g") (cos_c_input.Columns 10) (cos_c_input.Value "0") (cos_c_input.HelpText "C=Offset") (cos_c_input.AttachRight False) (cos_c_input.LeftOffset 5) (cos_c_input.MinDouble -10000000000.000000) (cos_c_input.InputType 3) (cos_c_input.DoubleFormat "%g") (cos_t_input.Columns 10) (cos_t_input.Value "1") (cos_t_input.HelpText "T=Period") (cos_t_input.AttachRight False) (cos_t_input.MinInteger 0) (cos_t_input.LeftOffset 5) (cos_t_input.WideString "0") (cos_t_input.Double 1.000000) (cos_t_input.MinDouble 0.000001) (cos_t_input.InputType 3) (cos_t_input.DoubleFormat "%g") (.AttachTop True) (.TopOffset 2) (.Layout (Grid (Rows 1 1 1 1) (Cols 1 1) Label9 cos_a_input Label12 cos_b_input Label14 cos_c_input Label15 cos_t_input ) ) ))(Layout scca_layout (Components (SubLayout Layout6) ) (Resources (.Layout (Grid (Rows 0) (Cols 1) Layout6 ) ) ))(Layout Layout6 (Components (Label Label17) (InputPanel scca_a_input) (Label Label32) (Label Label33) (Label Label34) (InputPanel scca_b_input) (InputPanel scca_h_input) (InputPanel scca_t_input) ) (Resources (Label17.Label "A") (scca_a_input.Columns 8) (scca_a_input.HelpText "A=Fraction of normalized time for increasing acceleration") (scca_a_input.AttachRight False) (scca_a_input.MinInteger 0) (scca_a_input.LeftOffset 5) (scca_a_input.Double 0.250000) (scca_a_input.MinDouble 0.000001) (scca_a_input.MaxDouble 0.999999) (scca_a_input.InputType 3) (scca_a_input.DoubleFormat "%g") (Label32.Label "B") (Label33.Label "H") (Label34.Label "T") (scca_b_input.Columns 8) (scca_b_input.Value "0.5")
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