real vec2_polarOffset_return_x616
real vec2_polarOffset_return_y158
real angle_toVec_return_x374
real angle_toVec_return_y130
real vec2_op_plus_return_x123
real vec2_op_plus_return_y208




function initGlobals132() { 
}


function main128() { 
    initGlobals132();
    init_test147();
}


function config293() { 
}


function init_test147() { 
    local real tuple_temp652
    local real tuple_temp170
    tuple_temp_652 = vec2_polarOffset149(1., 2., 1.5708, 10.);
    tuple_temp_170 = vec2_polarOffset_return_y_158;
    if ((((tuple_temp_652 >= 0.99) and (tuple_temp_652 <= 1.01)) and (tuple_temp_170 >= 11.99)) and (tuple_temp_170 <= 12.01)) {
        testSuccess913();
    } else {
    };
}


function angle_toVec198(real this_radians253, real len180) returns real { 
    angle_toVec_return_x_374 = (Cos139(this_radians_253) * len_180);
    angle_toVec_return_y_130 = (Sin108(this_radians_253) * len_180);
    return angle_toVec_return_x_374;
}


IS_NATIVE IS_EXTERN @extern function Cos139(real x187) returns real { 
}


IS_NATIVE IS_EXTERN @extern function Sin108(real x316) returns real { 
}


function vec2_op_plus151(real this_x178, real this_y203, real v_x233, real v_y519) returns real { 
    vec2_op_plus_return_x_123 = (this_x_178 + v_x_233);
    vec2_op_plus_return_y_208 = (this_y_203 + v_y_519);
    return vec2_op_plus_return_x_123;
}


function vec2_polarOffset149(real this_x470, real this_y157, real ang_radians166, real dist132) returns real { 
    vec2_polarOffset_return_x_616 = vec2_op_plus151(this_x_470, this_y_157, angle_toVec198(ang_radians_166, dist_132), angle_toVec_return_y_130);
    vec2_polarOffset_return_y_158 = vec2_op_plus_return_y_208;
    return vec2_polarOffset_return_x_616;
}


IS_NATIVE function testSuccess913() { 
}